The minituarization of precision and micro parts poses challenges to machine tools that must continuously be met anew. State-of-the-art micro machines made by Kugler attain a surface roughness within nanometer range and shape accuracies of 0.1 µm and better. The machines feature non-contact measuring systems, aerostatic or hydrostatic bearings instead of mechanical roller bearings, and diamond cutters or lasers instead of standard work tools. Precision for our future!

Monday, 5th December 2011, 18:50 h

State-of-the-art, customer-oriented micro machine tools made by Kugler
As one of the world's leading companies supplying ultraprecision machines, Kugler designs and builds all critical core components in-house.
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Asphere Metrology on Joint Investigations
March 10 - 11, 2010 | PTB Braunschweig, Germany

Precise measuring technology is the key to accuracy and even more effective production. As the leading manufacturer of micro and ultra-precision technology we are active in various associations that support research in these sectors.
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Making the invisible visible is a function of terahertz radiation, making the almost impossible possible is what Kugler does best.
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The new coordinate measuring machine LEGEX 776 finds application in the form measurement of complex precision-worked surfaces and in the accurate collection of form position tolerances in relation to reference surfaces. Tactile probes (MPEE 0.5µm) and a visual measuring head measure both micro components and large components up to 700 mm x 700 mm accurately traceable into the submicrometer range. With this unique measuring machine Kugler can now offer job order measurements with the same care and service that we have been famous for - for over 25 years!
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During the processing of hard materials, solid carbide tools quickly show signs of wear that also substantially affect the geometrical tolerance and accuracy of the workpiece. Therefore, the choice of the correct tool and the correct process strategy is crucial.
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Tooth crowns can only resist the high loads of chewing for a certain amount of time. The most frequent cause of failure is that crowns become loosened from the stump. Researchers from the Laser Zentrum Hannover (Laser Center Hanover) and the Goethe University Frankfurt Dental Clinic have discovered how to improve the adherence of ceramic crowns.
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