您的罗斯勒产品世界指南

Mass Finishing Work Piece Handling Series, Part 1 – Selecting the Best Work Piece/Media Separation Method

One of the first considerations in finishing process development is the ability to effectively separate mass finishing media from the work pieces. If separation cannot be achieved, the process will no

Mass Finishing Machine Settings Series, Part 2 – Determine Imbalance Weight Settings for Consistent Results

Specific mass finishing applications are developed through processing trials. Once defined, users should not deviate from the determined machine settings unless necessitated by work piece or process c

Perfect surface finishes for prosthetic and orthotic components from Ottobock

More efficient and more sustainable mass finishing operation The Ottobock company in Duderstadt, Germany, manufacturer of all kinds of orthopedic systems, recently commissioned two new mass finishing

Customer Experience Centers Offer Free Surface Finishing Insight & Solutions

During more than 80 years in business, the Rosler team has gained extensive experience in shot blasting and mass finishing for a variety of industries . In addition to the machinery and consumables we

Effective shot blasting of steel weldments for rail cars as well as agricultural and construction equipment

Surface preparation operations with improved quality, higher productivity and lower costs To meet today’s demands for quality and long service life, complex steel weldments used in the production of r

New development: Long Life Compounds (LF)

Your work pieces deserve special treatment. And when it comes to placing the optimal finish on their surface, you can rely on our consumables. With around 15,000 different products we can offer you th

Innovative work piece drying solutions for mass finishing applications

Energy savings of up to 40% This generation of dryers offers energy savings of up to 40% for drying the finished work pieces after a mass finishing process. They are an important factor in the impleme

Dutch Equipment Manufacturer Increases Flexibility with Automatic Shot Blasting

Blast cleaning is uniquely capable and efficient at delivering the pre-coating surface preparation required for components that must be able to withstand severe ambient conditions including heavy equi

Investment in the production sector of over one million Euros

A significant investment at the Untermerzbach location represents a major milestone towards preparing the Rösler equipment production for the future. The new CNC moving column milling and drilling cen

Mass Finishing Machine Settings Series, Part 1 – Improve Machine Function with Proactive and Responsive Observation, Calibration

Even if the finishing media and compound/water are managed perfectly, without a well-functioning machine a mass finishing process is doomed to fail. Focusing on a few essentials will ensure that a mas

Intelligent solutions for efficient, automated plastic de-flashing

To further optimize product quality, productivity and manufacturing capacity, a leading supplier of injection-molded plastic components decided to decommission its existing shot blast machines and rep

Lower costs, improved quality and absolutely consistent finishing results

To ensure the optimal function of artificial hips in a patient’s body, certain surface areas on the hip stem must have different finishes. For example, the neck area of the stems requires a very smoot

Highly automated shot blasting solution for transmission components in E-vehicles

For the expansion of its transmission production facility for electric vehicles a German automotive supplier purchased a new continuous feed blast machine from Rösler that includes fully automatic wor

Non-Foaming Plastic Media Optimizes Finishing Process

While the optimization of mass finishing processes mostly focuses on the machinery utilized, Dörfler & Schmidt Präzisionsfinish GmbH (Dörfler & Schmidt) has shown that a simple shift such as using a d

Wet Blasting Equipment & Media, Part 5 – Careful Media Selection, Additive Use Impact Results 

Wet blasting and dry shot blasting often use similar media to achieve the desired processing result. Unlike dry blasting that only uses a solid abrasive media, wet blasting processes use a slurry of w