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Privacy Policy

Privacy Policy Privacy policy of Rösler Oberflächentechnik GmbH We welcome you to our website and appreciate your interest in our company. We take the protection of your personal data very seriously. We process your data in accordance with the applicable legal provisions for the protection of personal data, in particular the General Data Protection Regulation (GDPR) and the country-specific implementation laws applicable to us. This privacy policy provides you with comprehensive information about the processing of your personal data by Rösler Oberflächentechnik GmbH and the rights to which you are entitled. Personal data is any information that makes it possible to identify a natural person. This includes, in particular, name, date of birth, address, telephone number, e-mail address, but also your IP address. Anonymous data exists if no personal reference to the user can be established. Responsible body and data protection officer Address: Vorstadt 1, 96190 Untermerzbach Contact information: www.rosler.com, +49 9533 924-0, datenschutz@rosler.com Contact of the data protection officer: datenschutz@rosler.com Your rights as a data subject First of all, we would like to inform you here about your rights as a data subject. These rights are standardized in Art. 15 - 22 GDPR. This includes: The right of access (Art. 15 GDPR), The right to erasure (Art. 17 GDPR), The right to rectification (Art. 16 GDPR), The right to data portability (Art. 20 GDPR), The right to restriction of data processing (Art. 18 GDPR), The right to object to data processing (Art. 21 GDPR). To assert these rights, please contact: datenschutz@rosler.com. The same applies if you have any questions about data processing in our company. You also have the right to lodge a complaint with a data protection supervisory authority. Transparency and information obligations Transparency and information obligations for customers, suppliers and contractual partners of Rösler Oberflächentechnik GmbH in accordance with the General Data Protection Regulation. Rights of objection In connection with your rights of objection please consider the following: Whenever we are using your personal data for the purpose of direct advertising (e.g. direct mailing) you have the right to object to this type of data handling at any time without having to provide a reason. This also applies to a profiling, if it takes place in connection with direct advertising activities. As soon as you object to the use of your personal data for the purpose of direct advertising, we will no longer do so. Your objection is free-of-charge and can be done entirely at your discretion, preferably addressed to: marketing@rosler.com. In case we are handling your data for safeguarding legitimate interests, you can object to this data handling for reasons associated with your personal situation at any time; this applies also to profiling based on these interests. We will no longer use your personal data unless we can state compelling reasons, which will overrule your interests, rights and freedoms or, if the use of your data serves to enforce or defend legal claims by our company. Purposes and legal bases of data processing Your personal data is processed in full compliance with the requirements of the GDPR and all other applicable regulations pertaining to data protection. Especially Art. 6 GDPR is the legal basis for the handling of data. We are using your data for initiating business relations, for fulfilling contractual and legal obligations, for executing contractual relationships, for offering products and services and for deepening our customer relations. The latter can also include studies for marketing purposes and direct advertising. Your consent automatically includes our obligation for handling your data in line with data protection regulations. In this connection we inform you about the purpose of using your data and your right to object. If your consent also includes the use of particular categories of your personal data, we will specifically point this out upon your consent. The use of particular categories of personal data as described in Art. 9, para. 1 GDPR only takes place if and when this is required for legal reasons and if there is no reason to assume that the protection of your data outweighs their use. Passing of data to third parties We will only pass your data to third parties in compliance with legal regulations or with your express consent. Otherwise no transfer to third parties takes place, unless we are obligated to do so because of binding legal requirements (providing of data to external authorities like, for example, supervisory offices or for criminal investigations). Data recipients / recipient categories Within our company we ensure that only those people who require your personal data for the fulfillment of contractual or legal obligations receive them. Frequently, service providers support our employees in their work. We have concluded the required data protection contracts with all our service providers. For the administration of our website one external service provider has temporary access to personal data from the respective contact forms. Transfer of data to countries outside the EU / intent to transfer data to such countries Data transmission in third countries (outside the European Union or the European Economic Zone) takes place only if it is required for the execution of contractual obligation and for handling of queries, if it is legally prescribed or if you have granted us your consent for it. We transmit your personal data to a service provider or to Group companies outside the European Economic Zone: USA, Switzerland, Russia, Serbia, Brazil, China, India, Turkey. Beyond that, we have worldwide representatives to whom personal data is also transmitted where appropriate. The compliance with data protection regulations is ensured through our corporate privacy rules and EU standard contractual clauses. Duration of data storage We keep your data as long as they are required for a specific purpose. Please keep in mind that numerous data storage regulations stipulate the storage of data beyond their specific purpose. This applies mainly to data storage periods prescribed by commercial and tax laws (for example, the German commercial code, tax regulations, etc.). After they have fulfilled their purpose and no other data storage requirements exist anymore, the data is routinely deleted. Please take into consideration that we can keep data, for which we have received your consent or, for legal disputes for which we use the data as evidence within the scope of legal statutes of limitation, which can have a duration of 30 yeas; the normal statute of limitation expires after three years. Safe transmission of data To protect the data handled by our company against accidental or deliberate manipulation, loss or access by non-authorized persons, we are utilizing the required technical and organizational protective tools. The level of protection is continuously reviewed with data safety experts and adapted to the latest data safety standards. Obligations for Provision of Data Diverse personal data is necessary to establish, execute and terminate contractual obligation and to fulfil the contractual and legal duties associated with it. The same applies for the use of our website and the various functions that it provides. We have summarised its details for you in the above mentioned point. In certain cases, data must also be collected or provided owing to legal provisions. Please note that processing of your query or the execution of the underlying contractual obligation without provision of this data is not feasible. Categories, sources and origin of the data The underlying context determines which data we are using: For example, you may place an online purchase order, send us an enquiry through the contact form, send us an application or file a claim. Please note that we may pass certain information requiring special processing separately to the responsible department/persons, for example, uploading of job applications or contact forms. When you visit our website, we collect and process the following data: Name of the Internet service provider Information about the website, from which you visit us Your web browser and operating system and language settings The IP address assigned by your Internet service provider Requested files, transferred data volume, downloads/file export Information about the pages/sections in our website you visit with date and time For safety reasons (especially to protect against attempted attacks against our web server) is data is stored in line with Art. 6, para. 1 lit. F GDPR. Anonymization by shortening the IP address takes place after 30 days at the latest so that no connection to the user is established. As part of a contact request, we collect and process the following data: Personal information Title, first name, last name, phone number, e-mail address Company information Name of the company Industry Department Address Country Information about wishes and interests As part of newsletter registration, we collect and process the following data: Personal information Title, first name, last name, phone number, e-mail address Company information Company name As part of Rösler Academy seminar registration, we collect and process the following data: Personal information Title, first name, last name, phone number, e-mail address Company information Company / invoice address Participant data Title, first name, last name, e-mail address Contact form / contact by e-mail (Art. 6 para. 1 lit. a, b GDPR) There is a contact form on our website that can be used for electronic contact. If you contact us with this formor to request a quote for contract manufacturing we are using the data you provided in the form to reply to your questions and requests. In doing so, the principle of data economy and data avoidance is observed, as you only have to provide the data that we absolutely need to contact you. These are your title, first name, last name, e-mail address and telephone number (for queries) of the further company information (company, address, sector and department) as well as the message field itself. For technical and legal reasons your IP address will also be registered. All other data are voluntary fields and can be provided optionally (e.g. to answer your questions on a more individual basis). When you contact us by e-mail, we will use the personal data listed in your e-mail only for processing your enquiry. If you do not use our contact forms, no additional data will be collected. Newsletter (Art. 6, para. 1 lit. a GDPR) You can subscribe to free newsletters on our website. We use dialog+ to send out newsletters. The provider is mission<one> GmbH, Magirus-Deutz-Straße 14, 89077 Ulm, Germany. Among other things, dialog+ is used to organize and analyze the distribution of newsletters. The data you provide for the purpose of subscribing to the newsletter is stored on mission<one>’s servers in Germany. We have entered into the necessary data protection agreement with the provider. We use the so-called double opt-in procedure to send newsletters via email. This means that you will only receive promotional emails if you have previously expressly confirmed that we should activate the newsletter service. This is done by sending you a confirmation email and asking you to click on a link contained in that email to confirm that you wish to receive our newsletter at this email address. If you do not wish to have your data analyzed by dialog+, you must unsubscribe from the newsletter. We provide a link for this purpose in every newsletter message. You can also unsubscribe from the newsletter directly on the website or by sending an email to marketing@rosler.com. For analysis purposes, emails sent via dialog+ contain a so-called tracking pixel that connects to mission<one>’s servers when the email is opened. This allows us to determine whether a newsletter message has been opened. Furthermore, with the help of dialog+, we can determine whether and which links in the newsletter message are clicked. All links in the email are so-called tracking links, which allow us to count your clicks. etracker The provider of this website uses the services of etracker GmbH, Hamburg, Germany ( www.etracker.com ) to analyse usage data. We do not use cookies for web analysis by default. If we use analysis and optimisation cookies, we will obtain your explicit consent separately in advance. If this is the case and you agree, cookies are used to enable a statistical range analysis of this website, a measurement of the success of our online marketing measures and test procedures, e.g. to test and optimise different versions of our online offer or its components. Cookies are small text files that are stored by the Internet browser on the user's device. etracker cookies do not contain any information that could identify a user. The data generated by etracker on behalf of the provider of this website is processed and stored by etracker solely in Germany by commission of the provider of this website and is thus subject to the strict German and European data protection laws and standards. In this regard, etracker was independently checked, certified and awarded with the ePrivacyseal data protection seal of approval. The data processing is based on Art. 6 Section 1 lit f (legitimate interest) of the General Data Protection Regulation (GDPR). Our legitimate interest is the optimisation of our online offer and our website. As the privacy of our visitors is very important to us, the data that may possibly allow a reference to an individual person, such as IP address, registration or device IDs, will be anonymised or pseudonymised as soon as possible. etracker does not use the data for any other purpose, combine it with other data or pass it on to third parties. You can object to the outlined data processing at any time by clicking on the slider. The objection has no disadvantageous consequences. If no slider is displayed, the data collection is already prevented by other blocking means. Further information on data protection with etracker can be found here . Videolyser We use Videolyser, a service of Christian Eckardt, Kirchtal 5, 37431 Bad Lauterberg, Germany, for the integration of videos within the framework of our legitimate interest in a technically flawless online offer and its economically efficient design and optimization pursuant to Art.6 para. 1 lit.f DSGVO. This is a particularly data-saving service for embedding videos, as your data is only collected pseudonymously. Your IP address is already shortened by the last digits before it is stored in the server log files and replaced by a randomly generated number https://www.videolyser.de/artikel/dsgvo-videolyser , so that no personal data of yours is stored by Videolyser when you watch a video on our website. You can find more information in Videolyser's privacy policy at https://www.videolyser.de/datenschutz.php . Webinars / video telephony (Art. 6 para. 1 sentence 1 lit. b, f GDPR) Rösler Oberflächentechnik GmbH uses video conferencing services to conduct webinars on various topics offered. For this purpose, Rösler Oberflächentechnik GmbH uses the video conferencing tool Microsoft Teams. Microsoft Teams is a service of the Microsoft Corporation. Zoom can be used either via your web browser or via the app installed on your end device. Please note that this data protection notice only informs you about the processing of your personal data by us if you conduct online meetings with us. If you access the “Microsoft Teams” website, the provider of “Microsoft Teams” is responsible for data processing. Various personal data is processed when you use Teams. What these are also depends on the information you provide when you participate in our online meeting. The following data may be processed IP address User details: e.g. display name, email address if applicable, profile picture (optional), preferred language Meeting metadata: e.g. date, time, meeting ID, telephone numbers, location Text, audio and video data: e.g. if you use the chat function or enable the display of video or audio. Teams receives, if you allow it, access to your camera and microphone for the duration of the transmission. This data is processed for the purpose of conducting webinars and serves the implementation of pre-contractual measures or the fulfillment of the contract, Art. 6 para. 1 lit. b GDPR. Insofar as the video conferences take place within the company between employees on the basis of Section 26 (1) BDSG. Otherwise, data processing is based on our legitimate interest in effective communication in accordance with Art. 6 para. 1 sentence 1 lit. f GDPR. The data will only be stored for as long as is absolutely necessary to achieve the purpose and no statutory retention obligations prevent deletion. Please note that the data may have to be stored for verification purposes on the basis of statutory retention obligations. In this case, the data will be deleted at the latest after expiry of the respective retention obligation. Microsoft processes and stores your data in the USA and is obliged by corresponding contractual regulations to comply with the data protection standards of the EU and to guarantee the European level of data protection. Microsoft is also certified in accordance with the EU-U.S. Data Privacy Framework. Further information on data processing by Microsoft can be found at: https://www.microsoft.com/de-de/privacy/privacystatement Social media links On our website you will find links to the social media services of Meta / Facebook, YouTube, Xing, Instagram and LinkedIn. You can recognize links to the websites of social media services by the respective company logo. If you follow these links, you will reach the corporate presence of Rösler Oberflächentechnik GmbH on the respective social media service. When you click on a link to a social media service, a connection to the servers of the social media service is established. This tells the social media service's servers that you have visited our website. In addition, further data is transmitted to the provider of the social media service. These are, for example Address of the website on which the activated link is located Date and time of accessing the website or activating the link Information about the browser and operating system used IP address If you are already logged in to the corresponding social media service at the time the link is activated, the provider of the social media service may be able to determine your user name and possibly even your real name from the transmitted data and assign this information to your personal user account with the social media service. You can exclude this possibility of assignment to your personal user account if you log out of your user account beforehand. The servers of the social media services are located in the USA and other countries outside the European Union. The data may therefore also be processed by the provider of the social media service in countries outside the European Union. Please note that companies in these countries are subject to data protection laws that do not generally protect personal data to the same extent as is the case in the member states of the European Union. Please note that we have no influence on the scope, type and purpose of data processing by the provider of the social media service. For more information on the use of your data by the social media services integrated on our website, please refer to the privacy policy of the respective social media service. Privacy policy / information on data protection in social media Rösler Oberflächentechnik GmbH maintains presences on “social media,” presently on Facebook, YouTube, Xing, LinkedIn, kununu and vimeo. Insofar as we have control over the processing of your data, we ensure that the applicable data protection regulations are observed. The following provides you with the most important information on data protection law in relation to our presences. Name and address of the person responsible for the company In addition to Rösler Oberflächentechnik GmbH, the person responsible for the company presences within the meaning of the General Data Protection Regulation (GDPR) and other data protection regulations is Facebook (Facebook Ireland Ltd., 4 Grand Canal Square, Grand Canal Harbour, Dublin 2, Irland) LinkedIn (LinkedIn Ireland Unlimited Company, Wilton Place, Dublin 2, Irland) Xing (New Work SE, Dammtorstraße 30, 20354 Hamburg, Deutschland) YouTube (Google Ireland Ltd., Gordon House, Barrow Street, Dublin 4, Irland) Kununu (kununu GmbH, Neutorgasse 4-8, Top 3.02, A - 1010 Wien) Instagram Meta Platforms Ireland Limited, Merrion Road, Dublin 4, D04 X2K5, Ireland However, you use these platforms and their functions on your own responsibility. This applies in particular to the use of the interactive functions (e.g. commenting, sharing, rating). We would further like to point out that, in doing so, your data may be processed outside the area of the European Union. Your rights / option to object If you are a member of a social network and do not want the network to collect data about you via our presence and link it to your stored membership data with the respective network, you must log out of the respective network before visiting our fan page, delete the cookies stored on your device and close and restart your browser. After logging in again, however, you will again be recognizable to the network as a specific user. For a detailed description of the respective processing and the opt-out options, please refer to the information linked below: Facebook Privacy policy: https://www.facebook.com/about/privacy/ Opt-Out: https://www.facebook.com/settings?tab=ads LinkedIn Privacy policy: https://www.linkedin.com/legal/privacy-policy Opt-Out: https://www.linkedin.com/legal/cookie-policy Xing Privacy policy: https://privacy.xing.com/de/datenschutzerklaerung Opt-Out: https://www.xing.com/settings/privacy/data/tracking Youtube Privacy policy: https://policies.google.com/privacy Opt-Out: https://tools.google.com/dlpage/gaoptout?hl=de Kununu Privacy policy: https://privacy.xing.com/de/datenschutzerklaerung Opt-Out: https://www.xing.com/settings/privacy/data/tracking Instagram Privacy policy: https://help.instagram.com/519522125107875 Opt-Out: https://optout.networkadvertising.org and http://www.youronlinechoices.com Altogether, you have the following rights regarding the processing of your personal data: Right to information; right to rectification; right to erasure; right to restriction of processing; right to object; right to data portability; right to complain about unlawful processing of your personal data to the competent data protection authority. However, since Rösler Oberflächentechnik GmbH does not have complete access to your personal data, you should contact the providers of the social media directly when asserting your rights, as they each have access to the personal data of their users and can take appropriate measures and provide information. Should you still require assistance, we will of course do our best to support you. Please contact datenschutz@rosler.com . Marketing purposes for existing customers (Art. 6(1)(f) GDPR) Rösler Oberflächentechnik GmbH is interested in maintaining our customer relationship with you and providing you with information and offers regarding our products and services. Therefore, we process your data in order to send you relevant information and offers via email. If you do not wish to receive such communications, you may object at any time to the use of your personal data for direct marketing purposes; this also applies to profiling to the extent that it is related to direct marketing. If you object, we will no longer process your data for this purpose. The objection may be made free of charge and without any specific formality or need to state reasons, and should preferably be directed to +49 9533 924-0, by email to marketing@rosler.com, or by mail to Vorstadt 1, 96190 Untermerzbach. Information on copyright and art copyright If you want to publish pictures, texts, plans, videos, music, etc. on our website, you should know that you may possibly thus assign all rights of use to the network, which could ultimately have legal consequences for you if you are not the author or rights holder yourself. Online offers and children Persons under the age of 16 years are not allowed to transmit data to us or make a consent declaration without the specific approval of their parents. We want to encourage all parents and guardians to share in the online activities of their children. Links to other providers Our website also contains links - clearly indicated by this symbol - to the websites of other companies. Insofar as links to websites of other providers are present, we have no influence on their contents. Therefore, no guarantee or liability can be assumed for these contents. The respective provider or operator of the pages is always responsible for the content of these pages. The linked pages were checked for possible legal violations and recognizable infringements at the time of linking. Illegal contents were not recognizable at the time of linking. However, a permanent control of the contents of the linked pages is not reasonable without concrete evidence of a violation of the law. If we become aware of any infringements, such links will be removed immediately.

Location Rösler France - Sens Cedex

WORLDWIDE Rösler France Z.I de la Fontaine d'Azon CS 50513 - St. Clement F- 89105 Sens Cedex +33 3 86 64 79 79 rosler-fr@rosler.com Rösler France, a subsidiary of Rösler Oberflächentechnik GmbH with a base in St. Clément in the department of Yonne, is an attractive and modern family business with over 100 employees. Our company specializes in the field of mechanical surface finishing. The technologies we offer include: mass finishing, shot peening, wet blasting and the post-processing of parts produced by additive manufacturing. On an area of over 10,000 m², our site specializes in the sale of mass finishing and shot blasting machines as well as the production of pressurized air blasting machines (wet and dry). Thanks to our Robotics and Applications department, at Rösler France we are leaders in the production of automated machines and support our customers with the development of tools and the integration of robots. We rely on our own state-of-the-art design offices for mechanical design, automation and industrial IT in order to offer high performance machines consistent with Industry 4.0. Rösler France has its own Customer Experience Center. We sell and distribute finishing media, consumables and blasting abrasives and offer a wide range of services, replacement parts, training and subcontracting services. Our service for you directly on site After Sales & Service / Spare parts Customer Experience Center Automation Manufacturing Training Subcontracting Finding a better way ... After Sales & Service / Spare parts Our service experts offer professional visits and service agreements, which we tailor to your machine and rate of usage. We are also happy to provide suggestions for improving your processes and tips on maintaining, repairing and overhauling your machines. Our TuneUp service also offers you the opportunity to upgrade your current machines. With a large stock of spare parts and consumables in our logistics center, we can guarantee availability of parts and quick delivery. Customer Experience Center (CEC) Our CEC is equipped with mass finishing systems, shot blasting machines, centrifuges for process water treatment and post-processing machines for 3D parts. We are able to determine the best process for finishing parts and treating process water. In addition, we can assess and demonstrate these results through our in-house measurement laboratory. The R&D department is fully integrated in our businesses processes and can support special developments, helping to promote innovation and continuous improvement. Automation One of our main activities is the manufacturing of automated systems, and our highest priority is fulfilling our customers’ project requirements. Our engineering department works with the latest drawing tools and tests the viability of every project to demonstrate possible solutions to the customer with regard to parts handling, linking machines and the proposed software. Manufacturing Our airblasting machines (dry or wet) are manufactured into our French workshop and are dedicated for worldwide use. We can offer you a wide range of standard or tailor made machines, manual or automated, as well as complete manufacturing lines. Training We offer training in mass finishing, process water treatment, shot blasting and the post-processing of 3D-printed parts. Our aim is to share our knowledge and experience through our training program in order to support customers with their industrial development. Subcontracting Our site features a workshop that is specially set up for carrying out subcontracting services. With our own full range of machines for vibratory grinding, shot blasting, air blasting and AM solutions, we can offer services in our usual top quality to support you with short-term additional production requirements, pre-series production or the outsourcing of production runs without the need to invest in a machine. Your contact for our service Sales department machines E-Mail Sales department consumables E-MAIL Service & Spare Parts E-Mail Subcontracting E-Mail Surface technology is in our DNA. We look forward to your inquiry! send Inquiry Jean-Jacques Andreu Managing Director rosler-fr@rosler.com Downloads Index d’égalité professionnelle Femmes/Hommes PDF 222 KB ISO 9001 FR PDF 236 KB Responsible Care FR PDF 95 KB Accès FDS V4 FR PDF 425 KB Training Qualiopi FR PDF 576 KB UTILISATION_ET_MAINTENANCE_2026 PDF 183 KB UTILISATION_ET_MAINTENANCE_Z800-Z1000_2026 PDF 192 KB Follow us on social media

Rösler worldwide

ABOUT US Worldwide on site for you More than 1,500 employees work for the Rösler Group, forming a global network of 15 locations in Great Britain, France, Italy, the Netherlands, Belgium, Austria, Switzerland, Spain, Romania, Russia, Brazil, China and the USA. In addition, there are more than 150 agencies with years of experience standing ready to advise you. Rösler Oberflächentechnik GmbH Untermerzbach - Germany Discover Rösler Germany Rösler Oberflächentechnik GmbH Bad Staffelstein - Germany Discover Rösler Germany Rösler France Saint Clément - France discover rösler france Rösler Italiana S.r.l. Concorezzo (MB) - Italy discover Rösler Italy Rosler Metal Finishing USA, LCC Battle Creek, MI - USA discover Rösler USA Rösler Benelux B.V. Oss - Netherlands discover Rösler Netherlands Rösler UK LTD Liverpool - United Kingdom Discover Rösler United Kingdom Rösler Oberflächentechnik GmbH Vienna - Austria Discover Rösler Austria Rösler Schweiz AG Kirchleerau - Switzerland Discover Rösler Switzerland Rösler Benelux B.V. Anderlecht - Belgium discover Rösler Belgium Rösler International GmbH & Co. KG Rubí Barcelona - Spain DISCOVER RÖSLER SPAIN Rösler Romania SRL Otopeni/ILFOV - Romania DISCOVER RÖSLER ROMANIA Rösler China Beijing & Shanghai - China Discover Rösler China Rösler Russland Moscow- Russia Discover Rösler Russia Rösler Otec do Brasil Ltda Boituva - SP - Brasil discover Rösler Brasil Our international agencies are at your service around the globe. Select Country Afghanistan Albania Algeria American Samoa Andorra Angola Anguilla Antarctica Antigua and Barbuda Argentina Armenia Aruba Australia Austria Azerbaijan Bahrain Bangladesh Barbados Belarus Belgium Belize Benin Bermuda Bhutan Bolivia Bonaire,Sint Eustatius and Saba Bosnia and Herzegovina Botswana Bouvet Island Brazil British Indian Ocean Territory British Virgin Islands Brunei Bulgaria Burkina Faso Burundi Cambodia Cameroon Canada Cape Verde Cayman Islands Central African Republic Chad Chile China Christmas Island Cocos (Keeling) Islands Colombia Comoros Congo Congo-Brazzaville Cook Islands Costa Rica Croatia Cuba Curaçao Cyprus Czech Republic Côte d’Ivoire Denmark Djibouti Dominica Dominican Republic Ecuador Egypt El Salvador Equatorial Guinea Eritrea Estonia Ethiopia Falkland Islands Faroes Fiji Finland France French Guiana French Polynesia French Southern Territories Gabon Gambia Georgia Germany Ghana Gibraltar Greece Greenland Grenada Guadeloupe Guam Guatemala Guernsey Guinea Guinea-Bissau Guyana Haiti Heard Island and McDonald Islands Honduras Hong Kong SAR of China Hungary Iceland India Indonesia Iran Iraq Ireland Isle of Man Israel Italy Jamaica Japan Jersey Jordan Kazakhstan Kenya Kiribati Kuwait Kyrgyzstan Laos Latvia Lebanon Lesotho Liberia Libya Liechtenstein Lithuania Luxembourg Macao SAR of China Macedonia Madagascar Malawi Malaysia Maldives Mali Malta Marshall Islands Martinique Mauritania Mauritius Mayotte Mexico Micronesia Moldova Monaco Mongolia Montenegro Montserrat Morocco Mozambique Myanmar Namibia Nauru Nepal Netherlands New Caledonia New Zealand Nicaragua Niger Nigeria Niue Norfolk Island North Korea Northern Marianas Norway Oman Pakistan Palau Palestine Panama Papua New Guinea Paraguay Peru Philippines Pitcairn Islands Poland Portugal Puerto Rico Qatar Reunion Romania Russia Rwanda Saint Barthélemy Saint Helena,Ascension and Tristan da Cunha Saint Kitts and Nevis Saint Lucia Saint Martin Saint Pierre and Miquelon Saint Vincent and the Grenadines Samoa San Marino Saudi Arabia Senegal Serbia Seychelles Sierra Leone Singapore Sint Maarten Slovakia Slovenia Solomon Islands Somalia South Africa South Georgia and the South Sandwich Islands South Korea South Sudan Spain Sri Lanka Sudan Suriname Svalbard Swaziland Sweden Switzerland Syria São Tomé e Príncipe Taiwan Tajikistan Tanzania Thailand The Bahamas Timor-Leste Togo Tokelau Tonga Trinidad and Tobago Tunisia Turkey Turkmenistan Turks and Caicos Islands Tuvalu US Virgin Islands Uganda Ukraine United Arab Emirates United Kingdom United States United States Minor Outlying Islands Uruguay Uzbekistan Vanuatu Vatican City Venezuela Vietnam Wallis and Futuna Western Sahara Yemen Zambia Zimbabwe Åland Legend/Info Location Dealer Mass Finishing Shot Blasting South Korea Pyeongchon-daero SEC Korea #701 Shinan Metrokhan 239, Pyeongchon-daero, Dongan-gu Anyang-si, Gyeonggi-do, 431-811 South Korea +82 31469 5624 jeffkor1004@gmail.com Learn more Czech Republic Brno Omílací technika s.r.o. Vodova 94 612 00 Brno Czech Republic Czech Republic +420 602 773 626 info@omtech.cz Learn more Denmark Hedehusene Preben Z. Jensen A/S Guldalderen 11 2640 Hedehusene Denmark +45 46 56 36 66 post@prebenz.dk Learn more Estonia Tallinn Venten OÜ Suur-Söjamäe 50a 11415 Tallinn Estonia +372 668 23 21 info@venten.ee Learn more Iceland Hafnarfirði Formula 1 ehf. Gjótuhraun 3 IS-220 Hafnarfirði Iceland +354 51 7220 0 formula1@formula1.is Learn more Israel Holon Tamex Marketing Ltd. 12, Hamashbir Str. IL - Holon, 58856 Israel Israel +972 35594779 lori@tamex.co.il Learn more Afghanistan Bayrampaşa/İstanbul Kromas Metal ve Makine Sanayi Limited Si... Muratpaşa Mahallesi Uluyol Caddesi No.17-19 Kat: 15 A-69-70-71 34040 Bayrampaşa/İstanbul Afghanistan +90 212 613 73 50 info@kromas.com Learn more India Mumbai Millenia Technologies (I) Pvt Ltd 311 & 318, Options Primo Plot No. X-21, CTS-31, MIDC Andheri (E) Mumbai 400093 India sales@millenia-technologies.com Learn more Peru Lima Traelsa Comercial S.A.C. Av. Colonial 1280 PE-Lima1 Peru traelsacomercial@speedy.com.pe Learn more Poland Chwaszcyno Lucjan Zalewski Technika Obrobki Powierzchniowej Nowy Tuchon 2a PL 80-209 Chwaszcyno Poland +48 58 712 81 55 topzal@topzal.com.pl Learn more Poland Warszawa AWEXIM A. Wodinski l Wspolnicy Sp. J. ul. Wachocka 1G 03-934 Warszawa Poland e.buczak@awexim.pl Learn more Poland Gliwice Zygmunt J. Głuchowski S.C. Ul. Łódzka 32 PL 44-164 Gliwice Poland +48 32 234 66 45 w.33 zjg@zjg.com.pl Learn more Singapore Singapore Abrasive Engineering PTE Ltd 5 Tuas South Street 1 Singapore 638059 Singapore +65 6863 45 55 abrasive@singnet.com.sg Learn more Singapore Singapore Nako M-Link Pte Ltd. 3021 Ubi Avenue 2 03-167 Singapore 408897 Singapore +65 6742 2209 nai@nako-m-link.com Learn more South Africa Alberton SurTec South Africa Ptv. Ltd. Regency Drive 1449 Randhart, Alberton South Africa + 27 (83) 295 7433 info@surtec.com Learn more Sweden Falun Begner Agenturer AB Kaserngården 4 791 40 Falun Sweden +46 23 160 20 sales@begner.com Learn more Sweden Järfälla KMC Ytbehandling AB Fakturavägen 6 175 62 Järfälla Sweden + 46 8 445 84 40 info@kmc.se Learn more Thailand Nonthaburi A.I.M SIAM CO., LTD 59/10 Moo2 Bangkreuy-Sainoi Rd., T.Saino Nonthaburi 11150 Thailand +66 2 1976700 4 sales@aimsiam.co.th Learn more Japan Tokyo Leybold Co. Ltd. Tokyo Tatemono BLDG. 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KG Sucursal en España Polg. Ind. Cova Solera C/Roma, 7 08191 Rubí Barcelona Spain +34 93 5885585 rosler-es@rosler.com Learn more Romania Romania Rösler Romania SRL Str. Avram Iancu 39-43 RO-075100 Otopeni/ILFOV Romania +40 21 352 4416 rosler-ro@rosler.com Learn more China Beijing Rosler Surface-Tech (Beijing) Co., Ltd 7th Floor, Wangfu Center, No.219 Wangfujing Street, Dongcheng District, Beijing 100006, China China +86 21 64281083 info@rosler.com.cn Learn more United Kingdom Liverpool Rösler UK LTD Knowsley Business Park Unity Grove GB-Liverpool, Merseyside L34 9GT United Kingdom +44 151 4820444 rosler-uk@rosler.com Learn more Germany Bad Staffelstein Rösler Oberflächentechnik GmbH Hausen 1 96231 Bad Staffelstein Germany +49 924 0 info@rosler.com Learn more United States Battle Creek, MI Rösler Metal Finishing USA, L.L.C. 1551 Denso Road Battle Creek, MI 49037 United States +1 269 441 3000 rosler-us@rosler.com Learn more Brazil São Paulo Rösler Otec do Brasil LTDA Av. 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DGUV

Die DGUV-Prüfung Ihrer Zentrifuge ist fällig! Die regelmäßige Prüfung und Wartung Ihrer Zentrifuge ist nicht nur eine Empfehlung – sie ist Ihre gesetzlich vorgeschriebene Betreiberpflicht. Gemäß den aktuellen Vorgaben der Deutschen Gesetzlichen Unfallversicherung (DGUV, FBRCI-025) müssen Zentrifugen in festgelegten Intervallen geprüft werden: 4x jährlich: Prüfung der Aufstellung, Ausrüstung und Betriebsbereitschaft durch eine geschulte, fachkundige Person im nicht zerlegten Zustand. 1x jährlich: Herstellerprüfung im zerlegten Zustand bei 3-schichtigem Betrieb. alle 2 Jahre: Herstellerprüfung im zerlegten Zustand bei 2-schichtigem Betrieb. alle 3 Jahre: Herstellerprüfung im zerlegten Zustand bei 1-schichtigem Betrieb. Anfrage zur DGUV-Prüfung von Zentrifugen Persönliche Daten Anrede Bitte auswählen Herr Frau Vorname * Nachname * E-Mail * Telefon Firmendaten Firma * PLZ * Ort * Maschinendaten Maschinennr. * Gewünschter Wartungszeitraum Datum Ich stimme der Datenschutzerklärung der Rösler Oberflächentechnik GmbH zu. * Captcha * * Required field Reset Submit

Used blasting machines and mass finishing machines

Used Equipment Here you will find used and exhibition equipment at special conditions! Rösler Multi Tumbler (STR9401) RMT 70 Demonstration machine with electrical control unit. year of manufacture: 2019 blasting chamber made of solid, robust welded construction in 10 mm steel multiple-segment drum made of high wear resistant 10 mm austenitic manganese steel max. batch volume: 700 dm³ max. batch capacity: 1.800 kg 1 Rösler „Gamma 400 8G“ turbine (subject to change) located: Rösler Germany send Inquiry Rösler Blasting Cabinet (STR9407) RSKI 1000-So Used machine with electrical control unit and new filter unit (RF 12) year of manufacture: 2016 operating hours: 35 electrical control unit with pneumatic transport special coloration: RAL 9002 (grey white) located: Rösler Germany send Inquiry Rösler Continuous feed indexing spinner hanger blast machine (STR12562) RHBD 17/22-T Used machine with electrical control unit incl. PLC and wet dust collector year of manufacture: 2011 blasting chamber made of austenitic manganese steel door dimensions: height: 2.200 mm / width: 1.700 mm operating hours: 59.555 turbines: 3 pc. Rösler “H32” (11kW/each) located: Germany send Inquiry

High Pressure Water Jet Blasting to 4,000 bar

HIGH-PRESSURE WATER JET BLASTING What capabilities do high pressure water jet blasting and UHP / ultra-high-pressure water jet blasting offer? Shot blasting technology under high pressure: an effective process for demanding workpieces High pressure water jet blasting at pressures up to 4,000 bar is an exceptionally workpiece-friendly, environmentally responsible, and highly efficient process. When operating pressures exceed 2,000 bar, the process is also referred to as ultra-high-pressure water jet blasting (UHPW). The ultra-high-pressure variant in particular has become widely established across numerous industries, as it is capable of removing even extremely hard coatings — such as ceramic coatings or specialty lacquers. Water jet blasting using pressure — whether applied through a rotating multi-nozzle head or individual nozzles — offers numerous additional advantages. No blasting media is consumed, which in turn minimizes material removal from the base workpiece. Post-process cleaning of the workpiece to remove dust and blasting media residue is eliminated entirely. When compounds are added to the process water, temporary corrosion protection can also be achieved. Furthermore, because the process water can be continuously recirculated in a closed-loop system, high pressure water jet blasting is an inherently environmentally friendly process. Rust removal, descaling, stripping, cleaning, decoating (where the base material must not be attacked), and deburring are all blasting processes that perform effectively in combination with water and pressure. For other applications — such as surface roughening — high pressure water jet blasting or ultra-high-pressure water jet blasting is less suitable, as achieving a homogeneous surface finish with this method is difficult. The process is used extensively in the aerospace sector, where components are routinely decoated prior to non-destructive inspection in order to detect even the smallest defects. It is frequently employed as an alternative to chemical liquors or as a replacement for blasting with aluminum oxide. In both cases, high pressure water jet blasting represents the gentler machining option. The process is also used when machined components require deburring without introducing new contamination in the form of blasting media. In which industries is the process used? Decoating of a wide range of turbine components in the aerospace sector. Removal of ceramic residues from investment castings. Paint stripping and removal of rubber, latex, bitumen, and stubborn product residues in the chemical, rubber, and process industries (pipes, heat exchangers, reactors, hoppers, mixers). Pipe and heat exchanger cleaning, tank and container cleaning — in some cases performed as a non-entry process using remote-controlled equipment. Surface preparation and coating removal on steel structures, ship hulls, offshore structures, tanks, and pipelines. Concrete removal (hydrodemolition) for bridge rehabilitation, industrial floors, ramps, and structures using UHP systems operating at up to approximately 2,800–3,000 bar. Pipe and heat exchanger cleaning, tank and container cleaning — in some cases performed as a non-entry process using remote-controlled equipment. Industrial and municipal cleaning — for example, traffic surfaces, municipal infrastructure, and graffiti removal — as well as special applications such as cold cutting or precision cleaning in energy and oil/gas facilities. Frequently asked questions — What you need to know about high pressure water jet blasting At what pressure does a process qualify as high pressure water jet blasting or ultra-high-pressure water jet blasting? High pressure water jet blasting begins at approximately 600 bar. At a pressure range of 2,000 bar and above, the process is referred to as ultra-high-pressure water jet blasting (HPW) or ultra-high-pressure water jetting (UHPW). The maximum operating pressure currently in use is approximately 4,000 bar. Is high pressure water jet blasting environmentally friendly? Yes — no chemical cleaning agents or harmful additives are required. The process water can also be recirculated and reused in a closed-loop system. Compared to conventional blasting with blasting media such as aluminum oxide, high pressure water jet blasting is the more environmentally responsible option, as it generates no blasting media waste and significantly less dust. What makes high pressure and ultra-high-pressure water jet blasting so attractive? In high pressure water jet blasting, we harness very high energy in combination with liquid. The liquid penetrates the surface readily and blasts the coating away. This occurs significantly faster and with greater precision than chemical processes or conventional dry blasting. At the same time, the process does not damage the surface of the components. However, the high energy consumption of the process does represent a certain disadvantage. Is blasting performed manually or robot-guided? Both methods are available. Manual operation using a hand lance remains widely used in rehabilitation and maintenance applications, or where the processing objective involves only minor material removal. This type of operation, however, always places significant physical demands on the operator. For more demanding material properties and thanks to a wide range of new technological developments, robotic systems are employed and the blast lance is guided automatically. Robotic technology also enables cost-effective operation at high blast volumes. How are water and sludge disposed of? Modern high pressure water jet blasting systems and ultra-high-pressure water jet blasting systems are equipped with a water cleaning unit that separates the process water from blasted-off materials. The process water is recycled and returned to the closed-loop circulation system. Can high pressure water jet blasting also be used with abrasive media? Yes. When machining particularly hard materials, abrasive media such as garnet sand are frequently added. This process is referred to as abrasive water jet blasting and significantly increases the material removal rate. Is high pressure water jet blasting suitable for all materials? With the appropriate selection of pressure and nozzle, a wide variety of substrates — from steel and titanium to nickel-based alloys — can be processed. However, the pressure setting must be strictly adapted to the sensitivity of the material in question. Use the Solution Finder to find the right system for your processing method. Solution finder

Rust Removal Blasting – Efficient and Surface-Friendly Cleaning

RUST REMOVAL Derusting and rust removal as a key process for durable metal surfaces Rust removal from metal - a classic application area for shot blasting and mass finishing When iron or steel surfaces come into contact with moisture and oxygen, rust forms. Rust is an oxidation product that initially develops on the surface but can penetrate deep into the material layers. If rust is not removed, it can irreversibly destroy even the strongest iron or steel components. In non-commercial environments (depending on the extent of corrosion) household remedies such as various acids or even cola can help remove rust. A particularly effective method is mechanical cleaning using a wire brush or sandpaper. Compared to acid-based scale removal, this mechanical method does not produce chemical by-products, but the manual process is labor-intensive and often leaves scratches on the metal surface. In industrial applications, manually removing rust from manufactured components is often too inefficient. This is where the material-friendly mass finishing process, or the highly effective and powerful shot blasting process, comes into play. Rust-removal blasting comes under the category of “cleaning blast procedures” and is indispensable in many industries. It is particularly used for large flat and profile steel products and is performed using blast wheels/turbines . For localized rust removal, compressed-air blasting is used, and in some instances both methods can be combined. Typical industries where rust-removal blasting is part of daily operations include steel construction, steel distribution, vehicle manufacturing, and mechanical engineering. What do you need to know about derusting/ rust removal: Frequently asked questions What is rust and how does it form? Rust forms when iron or steel comes into contact with water and oxygen. Rust is mainly hydrated iron(III) oxide, meaning water is incorporated into its crystal structure. In the earliest stages of corrosion, iron(II) oxide compounds form first, but they typically oxidize further to iron(III) rust as exposure continues.This oxidation process leads to porous oxide layers that do not protect the metal surface but instead promote further corrosion. Rust formation occurs in several steps: iron releases electrons, forms Fe²⁺ ions, reacts with water, and eventually oxidizes to iron(III) oxide. Due to the increase in volume of the oxide scales, stresses develop that cause the surface layer to flake off. Commonly affected items include tools, metal fences, garden equipment, and vehicles. What is the difference between rust and mill scale? Mill scale forms at high temperatures — for example during forging or hot rolling. It consists of wüstite (FeO), magnetite (Fe₃O₄), and hematite (Fe₂O₃) and adheres more strongly to the metal surface. Rust, in contrast, forms at normal temperatures, contains water, and is more porous. Removing mill scale often requires more aggressive descaling processes than derusting. When Is shot blasting suitable for rust removal/ derusting metal? Shot blasting is one of the most efficient mechanical methods for derusting and descaling metal components. Abrasives such as aluminum oxide, glass beads, steel shot, or glass granulate are propelled at high speed onto the metal surface. Compressed-air shot blasting is suitable for localized rust removal or complex geometries, while blast wheels/turbines efficiently clean large structural beams and other large steel products. The choice of abrasive depends on the metal and the desired surface finish: angular media for aggressive removing oxide scale, round glass beads for a gentle, smooth surface with controlled surface roughness. Standards such as ISO 8501-1 help determine the rust grade and adjust the shot blasting process accordingly. For light rust, a gentle blast may be sufficient; for heavy corrosion (grade C or D), more intensive blasting is required. The duration of the blasting process depends on the amount of surface impurities and corrosion present. Shot blasting is used in various industries, including steel construction, machine building, vehicle manufacturing, and the restoration of historical metal parts. Surface quality directly affects adhesion of subsequent coating and thus the service life of metal parts. Especially in industries working with large components — such as shipbuilding or steel construction — conservation lines are used, where derusting is directly combined with the application of corrosion protection coatings or paint. When Is mass finishing the method of choice for rust removal/ derusting metal? Derusting in mass finishing/vibratory finishing systems is particularly suitable for series processing of small to medium-sized workpieces. The process combines mechanical methods with chemical processes. The parts are processed with media, water, and acidic solutions (compounds) inside the mass finishing equipment. This movement generates material removal, removes rust, and simultaneously improves the surface layer for a consistent surface finish. A major strength of mass finishing is that several finishing processes can be combined into one single process. In industrial applications, mass finishing is therefore frequently the lowest-cost option for suitable parts. Compounds activate the removal of rust, corrosion, or oxide scales and are used to neutralize the workpieces (pH adjustment). They are also suitable for removing oily residues and cleaning or brightening the parts. Machine types for derusting range from vibratory finishers to high energy disc systems and linear continuous-flow systems , making mass finishing particularly suitable for small and medium-sized series often with complex geometries. What household remedies are available for rust removal? Several methods are used in households to remove rust: Vinegar or vinegar essence: dissolves rust through acidic solutions. Citric acid: gentle, suitable for small rust spots. Baking soda: mildly abrasive and chemically neutral. Cola: contains phosphoric acid, which helps remove scale and rust. Instructions: Soak the item or apply the liquid to the rusted area, let it sit, then rinse with water and dry thoroughly. For long-term corrosion resistance, apply a protective coating or rust converter. Tip : After treatment, light sanding with sandpaper or a wire brush can remove remaining oxide layers. What alternative methods exist for derusting? High-pressure water jets: environmentally friendly and effective for large structures. Chemical processes: acids such as phosphoric, citric, or oxalic acid dissolve rust; phosphoric acid forms a protective surface layer. Electrolytic derusting: gentle on materials, suitable for small, delicate, or complex metal parts. The choice of method depends on part size, rust grade, material, desired surface cleanliness, and environmental impact. Often, a combination of mechanical cleaning and chemical methods is used. What role does derusting play as a pre-process for painting? Derusting is an essential pre-treatment step for painting metal surfaces . Rust is an unacceptable substrate because it lacks adhesion strength and does not provide corrosion resistance. If oxidation residues remain on the metal, the coating can be undercut, leading to premature failure. For a coating-ready metal surface, all corrosion products and oxide layers must be removed. This is typically achieved through mechanical methods (shot blasting, grinding, brushing) or through chemical descaling such as pickling. Only a clean, metallic-bright surface (possibly further treated through phosphating or passivation) ensures durable adhesion and long-term corrosion resistance. After derusting, the metal must be dried and immediately coated or treated with corrosion protection. How do non-ferrous metals “rust”? Non-ferrous metals do not rust, they oxidize and form characteristic oxide layers. Aluminum, for example, immediately forms a thin, tightly adhering layer of aluminum oxide that passivates the outer layer of the metal and often enhances durability. Copper, on the other hand, forms a patina that can be decorative but must often be removed for technical coatings. Unlike rust on iron, oxide layers on many non-ferrous metals are stable and improve corrosion resistance. When Is rust removing/ derusting no longer possible? A steel or iron component is considered too corroded for derusting when the rust has penetrated deeply into the material. Deep pitting, cavities, or cracks lead to material loss and structural weakening, making mechanical methods such as shot blasting or mass finishing ineffective long-term solutions. As long as the metal thickness is sufficient and corrosion is only superficial, these processes can restore a suitable surface for subsequent coating. However, severely corroded parts with compromised structural integrity must be replaced. Conclusion: Rust removal/ derusting for long service life Derusting is crucial for preserving the value and stability of metal. Whether in households or in industrial applications, the choice of method depends on the metal, rust grade, part size, and the required surface quality. Shot blasting ensures efficiency and large-scale performance, while mass finishing is often the lowest-cost process because multiple finishing processes can be combined. Removing rust early and protecting the metal surface afterward ensures long-lasting durability of metal components. Use the Solution Finder to find the right system for your processing method. Solution finder

Roughening Metal Surfaces – Improve Adhesion

ROUGHENING Industrial roughening and shot blasting of surfaces Roughening for improved adhesion of coatings Metal surfaces, (depending on the manufacturing process) exhibit more or less rough, inhomogeneous surface structures. Before further processing, they must be uniformly roughened to improve the adhesion of coatings, adhesives, or paints. This is typically achieved using shot blasting technology. This process is also referred to as surface roughening. Surface roughening or shot blasting (sometimes called abrasive blasting) deliberately increases the surface area of a component and thus the contact area for subsequent surface layers (such as paint or adhesive). For optimal adhesion, these contact surfaces must not only be rough but also clean and free of contaminants. Therefore, after blasting, all residues from the blasting process, such as dust and blasting media, must be thoroughly removed. Rösler blasting systems are equipped with blow-off devices or special brushes to clean the blasted workpieces. Roughening as a final processing step in various industries While roughening is primarily a preparatory or intermediate step before applying the respective layers to the base material, it can also be the final step in the production chain. In orthopedics, for example, the non-articular sides of femur and tibia implants are roughened. This finish ensures that the implants can firmly integrate into the body. In other industries, such as automotive manufacturing, roughening can be the last step in surface treatment. For instance, the friction linings of clutches are roughened before final assembly to improve the coefficient of friction between the lining and the mating surface, ensuring a grippy surface. Another purpose of roughening is to accelerate cooling processes. For example, in tool and mold making, surfaces in cooling channels or mold inserts are roughened to increase the heat transfer coefficient and thus speed up heat dissipation. In heat exchanger technology, deliberately roughened inner surfaces improve convective heat transfer. In engine and turbine construction, surfaces are micro-structured through targeted roughening to enhance heat dissipation in highly stressed areas and to achieve a more stable thermal balance. What do you need to know about surface roughening methods? Frequently asked questions What is sweeping, sweep blasting, or fine blasting? Sweeping, sweep blasting, or fine blasting is a particularly gentle method of roughening and is used especially for processing sensitive materials like aluminum, stainless steel, or hot-dip galvanized steel. These materials must also be gently cleaned and minimally roughened before coating, bonding, welding, or applying powder coatings. The use of angular blasting media and low energy (compressed air or wheel blasting) ensures that the base material or galvanization is not damaged and that the special properties of the surface are preserved. Sweeping, sweep blasting, or fine blasting is a particularly gentle method of roughening and is used especially for processing sensitive materials like aluminum, stainless steel, or hot-dip galvanized steel. These materials must also be gently cleaned and minimally roughened before coating, bonding, welding, or applying powder coatings. The use of angular blasting media and low energy (compressed air or wheel blasting) ensures that the base material or galvanization is not damaged and that the special properties of the surface are preserved. What is matting or decorative blasting In industrial practice, metal and plastic surfaces are roughened to provide a better foundation for further processing. Irregularities are removed to create the best conditions for optimal interlocking or bonding of the surface and composite material (paint, adhesive). Proper preparation of the workpiece through cleaning and residue removal is crucial. In industrial practice, metal and plastic surfaces are roughened to provide a better foundation for further processing. Irregularities are removed to create the best conditions for optimal interlocking or bonding of the surface and composite material (paint, adhesive). Proper preparation of the workpiece through cleaning and residue removal is crucial. Optimal surface Preparation: What Role Does Roughening Play in Industrial Practice? In industrial practice, metal and plastic surfaces are roughened to provide a better foundation for further processing. Irregularities are removed to create the best conditions for optimal interlocking or bonding of the surface and composite material (paint, adhesive). Proper preparation of the workpiece through cleaning and residue removal is crucial. In industrial practice, metal and plastic surfaces are roughened to provide a better foundation for further processing. Irregularities are removed to create the best conditions for optimal interlocking or bonding of the surface and composite material (paint, adhesive). Proper preparation of the workpiece through cleaning and residue removal is crucial. What measuring parameters describe surface roughness? Ra value (arithmetic mean roughness): Describes the average distance of all measured points from a mean reference line. The value is given in micrometers (µm). Rz value (average roughness depth): Indicates the average height difference between the highest peaks and the deepest valleys over several individual measuring sections. Rt / Rmax (total roughness or maximum roughness depth): Refers to the greatest vertical difference between the highest peak and the deepest valley within the entire measuring section. Rpk value (reduced peak height): Refers to the average height of the load-bearing surface peaks above the core profile and indicates how much the top roughness peaks protrude from the material core. Bonding, painting, coating: Which roughness values ensure the most stable connection between metal and plastic components? The Rz value is particularly suitable for this purpose, as it represents the average of the measured roughness depths, including the highest peaks and deepest valleys. Depending on the chosen process, material, and subsequent stress, the appropriate Rz value must be determined. In practice, this can range from 10 to 100 µm, depending on the required adhesion. How does surface energy change through roughening? Surface energy refers to the energetic tension at the interface of a material. It indicates how strongly the molecules on the surface are bonded. Any surface treatment process (such as grinding, blasting, or welding) alters the surface energy. Roughening a surface increases its surface energy and thus its adhesive capacity. Which blasting media are suitable for shot blasting? Corundum, garnet sand, ceramic, stainless steel grit, plastic granules, glass beads, or crushed glass beads. The selection — as well as the appropriate grain size — depends on the material to be processed, the processing goal or desired roughness value, the initial condition of the surface, and the sensitivity of the workpiece. Generally, angular blasting media are more suitable. What requirements are placed on blasting systems? Due to the use of particularly aggressive blasting media in shot blasting or roughening, the systems are subjected to high wear and must therefore be constructed to be correspondingly robust. The same applies to turbines and blasting drives, which are heavily stressed by continuous contact with the blasting media and would need to be replaced quickly without a suitable system design. Use the Solution Finder to find the right system for your processing method. Solution finder

Location Battle Creek, MI

WORLDWIDE ROSLER METAL FINISHING USA, LCC 1551 Denso Road Battle Creek, MI 49037 +1 (269) 441-3000 rosler-us@rosler.com Your Partner in North America As part of The Rösler Group, Rösler USA is part of a global network of shot blasting and mass finishing experts including 15 locations, more than 150 sales agents, and nearly 90 years of experience. Our surface finishing products and services are developed and manufactured in-house. This enables us to offer the most extensive portfolio of mass finishing and shot blasting equipment and consumables in the world. Through AM Solutions, a brand of The Rösler Group, we also provide innovative and cutting-edge processing for the ever-evolving field of additive manufacturing. The United States-based branch of Rösler is headquartered in Battle Creek, Mich. Conveniently located between Detroit and Chicago, it employs 65 individuals. The 300,000 sq. ft. facility houses manufacturing, warehousing, and production space as well as customer experience centers and training facilities capable of meeting and exceeding customer needs. Our service for you directly on site After Sales & Service / Spare parts Customer Experience Center Automation Manufacturing Training Finding a better way ... After Sales & Service / Spare parts Our United States-based service team is available to help you with all your equipment maintenance, repair, and overhaul challenges and needs. We stock and supply spare and wear parts from our warehouse in Battle Creek, Mich., and offer tailored service contracts based on your machine usage. If you are ready to upgrade your current machine, ask our service experts about Tune-Up, our retrofit and plant modernization brand, as well as machine rebuilds and relines. Customer Experience Center (CEC) Our local CEC is equipped with mass finishing machines, shot blasting machines, centrifuges for water treatment, post-processing machines for 3D parts, and all the necessary consumables to develop the best finishing process for your needs. Our CEC process experts will review your parts and the finishing requirements with you in person or via video conference before and after conducting our trials. This ensures that the final solution meets all the requirements. Automation Efficient and cost-effective processes usually rely on automation. This reduces manufacturing costs and improves product quality and repeatability. Our expertise and manufacturing depth allow us to integrate material handling, robotics, and inspection processes into the overall finishing system. Our engineering team utilizes the latest design, 3D simulation, and visualization software and years of experience to make your projects a reality, integrating the finishing system fully into your manufacturing flow. Manufacturing Rösler USA’s manufacturing capabilities are extensive. With our full sheet metal fabrication and machine shop, staffed by skilled craftsmen, we produce a wide variety of equipment and spare parts. This gives us full control of the entire production and assembly process. Consumables are produced from domestic raw materials at our Battle Creek facility utilizing Rosler’s unique manufacturing processes to ensure the highest quality products. Ceramic and plastic media and our finishing compounds are manufactured locally and adhere to Rösler’s strict global quality standards. Training In addition to the Rosler Academy training seminars, we offer customized training for our customers, covering mass finishing, process water treatment, shot blasting, and post-processing of parts produced with 3D printing. Our training programs ensure that you, as the end user, have the knowledge and experience to optimize your finishing process and operate and maintain your equipment. History After providing shot blasting and mass finishing expertise to customers in the United States, Mexico, and Canada for decades, the Rösler Group established Rösler USA in 1999 to service the North American market directly from its newly established facility in Battle Creek, Mich. The branch provides more convenient and localized service to North American customers with the trusted expertise and innovation Rösler has been known for since 1933. Over the years, the Battle Creek facility has undergone several expansions. In 2001, the facility expanded to allow for the introduction of U.S.-based ceramic production. Additional growth came in 2004 with the acquisition of JetWheelBlast shot blast machine production and the start of in-house plastic media manufacturing. The facility was expanded in 2011 to provide additional capacity for equipment production. The introduction of AM Solutions to the U.S. market came in 2019. Your contact for our service Sales +1 269 441-3000 E-Mail CEC +1 269 441-3000 E-Mail Aftermarket +1 269 441-3000 E-Mail Customer Service +1 269 441-3000 E-Mail Surface technology is in our DNA. We look forward to your inquiry! send Inquiry Cüneyt Gürel Managing Director info-us@rosler.com Downloads Consumbales US Follow us on social media

Paint removal from metal – gentle blasting technology

PAINT STRIPPING Shot blasting equipment for paint stripping Gently and efficiently remove organic coatings All standard blasting methods are suitable for paint stripping, but turbine blasting (wheel blasting) and injector blasting are most commonly used. Injector blasting ensures even paint removal thanks to a specially designed nozzle that optimally distributes the blasting media. Turbine blasting offers the highest surface coverage and is ideal for processing individual parts or batches, such as in a multi-tumbler system. Surfaces can be fully or selectively stripped. Different blasting techniques can also be combined—for example, turbine blasting for large areas followed by injector blasting to remove paint from internal sections or stubborn residues. Paint stripping in practice: surface preparation, system technology, and recycling Combining paint stripping and roughening Material preservation is not always the primary objective when combining paint stripping and surface roughening. If the base material is robust and available in large surface areas, other processes become viable. In such cases, shot blasting—including sand blasting—is often the most effective method for removing paint from metal components and, in some instances, from plastic parts as well. At the same time, this process can create a light to medium surface profile, providing ideal preparation for subsequent coating or repainting. For example, innovative plastic blast media made from organic materials allow composite or metal surfaces to be stripped cleanly and safely without residue. Highly abrasive aluminum oxide is also a suitable blast medium for paint removal—provided the substrate permits it and visual requirements are secondary. The result is a clean, paint-free surface that ensures optimal adhesion for subsequent coatings or powder coating applications. While alternative processes such as mass finishing (vibratory finishing) may be suitable for certain deburring or surface refinement tasks, large-area paint removal and surface preparation are typically far more efficient with shot blasting technology . System Features for Paint Removal All common shot blasting methods are available for paint removal and surface roughening. The most frequently used systems are turbine blasting (wheel blasting) and injector blasting. Injector blasting ensures particularly uniform paint removal thanks to a specially designed nozzle that distributes the blast media evenly. Turbine blasting achieves the highest surface throughput and is ideal for processing individual parts or batch operations, for example in a Multi Tumbler system. Surfaces can be completely stripped or treated selectively. Different shot blasting methods can also be combined—for instance, turbine blasting for large external areas followed by targeted removal of interior coatings or localized paint residues using injector blasting or similar tools. This flexible combination enables efficient paint removal and surface roughening tailored to the specific component geometry and production requirements. Paint stripping as a pre-process for material recycling With rising raw material costs and growing emphasis on the circular economy and sustainability, paint stripping is increasingly used as a pre-treatment for recycling metals and lightweight alloys, particularly in the automotive industry. Wheel recycling, for instance, involves reprocessing or recycling used or damaged aluminum or steel rims. The goal is to conserve resources, save energy, and reduce environmental impact. Old rims that cannot be refurbished are melted down to recover the metal. A crucial step in this process is stripping paint from the rims. This prevents the release of hazardous substances during smelting. Typical blasting systems for paint removal from shredded rim parts include batch plants like multi-tumblers or loop belt systems . Paint stripping cleans the metal surface, improves recycling quality, and allows nearly 100% metal recovery. Wheel recycling thus contributes to resource conservation, environmental protection, and sustainable use of aluminum and steel. What do you need to know about paint stripping? Frequently asked questions Is paint stripping the same as coating removal? Technically, both processes achieve the same result: removing a surface layer from materials like metal, steel, or stainless steel. However, the terms are not interchangeable. While “coating removal” is an umbrella term for eliminating any type of coating—whether paint, powder, galvanic layers, corrosion products like rust, or passivation—paint stripping specifically refers to the removal of organic paints. The base material should remain undamaged, though a slight roughening effect is often desirable to improve adhesion for subsequent coatings. What are thermal and chemical paint stripping? Thermal paint stripping, or pyrolysis, uses heat to essentially burn off the paint layer. Temperatures can reach up to 450°C, breaking down the chemical bonds in the paint. The result is an ash layer that must be mechanically removed, sometimes using a blasting system. While thermal paint stripping is fast and effective for thick layers, it is not suitable for heat-sensitive materials like aluminum, which can warp. It also risks causing material fatigue. Chemical paint stripping is another common alternative to mechanical blasting. Chemical solutions—either acidic or alkaline—dissolve or lift the paint. Parts are immersed in a stripping bath, where chemical strippers break down the paint. This method is ideal for delicate materials like aluminum or zinc die-cast parts and thin-walled geometries. However, chemical paint stripping can be time-consuming, labor-intensive, and environmentally problematic due to the need for proper disposal of contaminated wastewater. Which blasting media are suitable for paint removal? Glass Beads: Glass bead blasting combines paint removal with surface refinement, producing a high-gloss finish. However, it is not suitable for thin-walled parts, as deformation can occur. The process creates a slight roughness, which enhances adhesion for subsequent coatings. Water blasting alone can also be effective (especially in aerospace applications) offering an eco-friendly and cost-efficient option. This method is often used in the automotive industry for stripping paint from aluminum components. Corundum: Highly abrasive corundum is ideal for quickly removing paint from large, robust components. It achieves the highest removal rate and creates a rough surface—perfect for preparing parts for repainting or powder coating, though not always aesthetically pleasing. Corundum is available in various grit sizes (60-200 mesh). Plastic Blasting Media: Plastic media provides a gentle paint stripping solution without scratching or deforming surfaces. Though slower due to lower abrasion rates, it is ideal for precision work where the base material must remain intact. This method is widely used in aerospace, automotive plastic components, and electronics. Water: Water blasting, with or without abrasive additives, uses compressed air (similar to a pressure washer) for gentle material removal through erosion rather than mechanical abrasion. While less efficient due to lower removal rates, it is unmatched in environmental friendliness. Without abrasive additives, the water can be cleaned, recycled, and reused in a closed loop. Use the Solution Finder to find the right system for your processing method. Solution finder