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Forge & Foundry, Part 10 – Shot Blasting Machines Commonly Used for Die Castings

At Rosler Metal Finishing , we have more than 80 years of experience. In that time we have worked with numerous forge and foundry customers. One focus has been the development of shot blasting systems

Rösler relies on solar energy - annual savings of approx. 475 tons of CO2

The idea of environmental/climate protection is an integral part of the corporate culture of Rösler Oberflächentechnik GmbH. In addition to its social obligations, the owner-managed industrial company

Automation, Part 5 – What Automation Hardware is Available?

As previously discussed in our Automation Blog Series, building a robotically assisted process requires evaluating your surface finishing system along with its problems and goals and selecting the rig

Industry 4.0 in the steel industry – Partners4Steel offer answers

Industry 4.0 has long since ceased to be a buzzword, but has become a living reality in many companies and sectors – the steel industry has also comprehensively recognized this potential and relies on

Consumable Innovations Improve Finishing Outcomes

True to our mantra of “finding a better way…” Rosler Metal Finishing is constantly working to optimize our consumables . These improvements and additions to our offerings improve process stability, co

Forge & Foundry, Part 9 – Frequently Used Shot Blasting Machines for Forgings, Non-Sand Castings, and Powdered Metal Components

Rosler Metal Finishing has worked in the forge and foundry industries for decades. With more than 80 years of experience, we have developed sophisticated shot blasting systems for countless work piece

Automation, Part 4 – Choosing the Right Machine and Consumables

Rosler Metal Finishing understands that automation integration requires careful planning to ensure the best, most efficient results. Whether for mass finishing or shot blasting , we have more than 80

Innovative Vibratory System Offers Precision Finishing of Delicate Work Pieces

Innovation is at the heart of engineering. At Rosler Metal Finishing , our engineers are constantly finding a better way to help our customers meet their surface finishing needs. That’s why they devel

Forge & Foundry, Part 8 – Frequently Used Shot Blasting Machines for Sand Castings

With extensive experience in the forge and foundry industries, Rosler Metal Finishing understands that no two shot blasting processes and work pieces are alike. With that in mind, we continue our Forg

Professional surface finish through simulation solution in the aerospace sector

In an industry such as the aerospace industry, nothing is left to chance; every detail, however small, must meet the highest standards of quality and safety. This is why the Polish company ATI ZKM was

Automation, Part 3 — What Problems Do You Want to Solve?

We’ve all heard the saying “If it’s not broken, don’t fix it.” At Rosler Metal Finishing , we often view automation as the solution—or fix, if you will—for mass finishing and shot blasting processes i

Rösler donates 7,000 respirators to the Haßberg-Kliniken and the REGIOMED-Verbund

In addition to disinfectants, supply bottlenecks are also currently occurring in the procurement of respiratory protection. For this reason, Rösler Oberflächentechnik GmbH offers quick and unbureaucra

Part-on-Part Mass Finishing, Part 3 – Effective Finishing for Ammunition Work Pieces

The gun ammunition manufacturing process requires numerous finishing operations. Since ammunition parts allow for part-on-part mass finishing , Rosler Metal Finishing’s washing and drying machines are

Up to 40 % energy savings thanks to innovative drying solution following the mass finishing process

About 90% of all mass finishing applications are wet processes. Therefore the workpieces must subsequently be dried either in continuous or batch operation. This process guarantees temporary corrosion

Automotive Crankshafts, Part 3 – Typical Mass Finishing Machines Used for Crankshafts

Crankshafts are an integral automotive component. Utilized to convert piston movement into rotational motion, these work pieces must provide reliable stability and withstand tensile, compressive, and