In micro tool machining, precision, process reliability and efficiency are equally important. Depending on the application and production goals, the correct technological solution is required. High-end technology and cost-effectiveness are not mutually exclusive: with the VGrind argon LINEAR, the range of applications is expanding and can grow flexibly with user requirements. The machine combines modern grinding technology with economical production – without compromising quality and accuracy – and is now also suitable for demanding micro tools.
Invest efficiently, manufacture with precision
With the extension to machining the smallest tool diameters, Vollmer provides a cost-effective solution for companies looking to enter the micro tool segment or expand their existing capacities. The VGrind argon LINEAR deliberately focuses on the essentials and enables a secure investment in manufacturing. It allows the economical production of micro tools without high investment costs. Thanks to its patented machine concept, it ensures maximum precision and top-class machining results. At the same time it stands out for its flexibility, as both standard and micro tools can be produced efficiently on a single machine. This opens up new possibilities for anyone aiming to manufacture micro tools with both precision and cost efficiency – in a machine that combines intelligently performance and efficiency.
Stability as the key to process reliability
A decisive factor for stable and reliable machining of micro tools is the well-designed interaction between clamping and support technology. In the new version of the VGrind argon LINEAR, the combination of a steady rest for the shank, a support steady rest, and a flexible collet chuck ensures maximum stability – even with the smallest diameters.
The result is an exceptionally smooth and reproducible machining process that guarantees maximum dimensional accuracy and surface quality. Users benefit from reliable process control, reduced scrap rates and consistently high tool quality.



