Design Prize for MAPAL Clamping Tools MAPAL’s clamping tools meet all the hallmarks of good industrial and product design. What’s more, they have now been recognised with one of the world’s most respected design prizes: the iF DESIGN AWARD. It is the oldest independent design award and has been presented in recognition of exceptional
Tools for the Die and Mould Industry The range of highly capable tools by MAPAL ensures excellent and reliable results for all machining tasks in the die and mould industry. Cost-effectiveness and product quality are particularly important when meeting customer requirements. The tool range includes solid carbide end milling cutters, milling cutters with indexable
Chucks from MAPAL shine with a new brilliance Since 1993, MAPAL has built up a broad portfolio in the area of clamping technology: from the clamping cartridge to the application-specific hydraulic chuck. The company is now announcing an entirely new appearance for these items. In this way not only will the complete range have
Tool and process solutions combined with comprehensive services. We see ourselves as a technology partner, supporting our customers with the development of efficient and resource-saving manufacturing processes using standard tools, individual tool concepts and the optimisation of tool details. Our tools satisfy all the requirements on process reliability, precision and simple handling. How? Using
THE eMOBILITY ROAD MAP, Speeding up tool development at MAPAL with the ZEISS PRISMO ultra These days, the employees from the development department at MAPAL Dr. Kress KG generally know within an hour if new tools will offer the level of precision their customers require. Instead of having to wait days for a service
MOBILITY IN TRANSITION, NEW CHALLENGES, NEW SOLUTIONS Electric motors and other elements of electric vehicles are components to which vehicle manufacturers and their suppliers have been devoting considerable attention for some time now. Designing new parts and manufacturing them in a way that is suitable for series production often present a challenge, and the tight tolerances require call
