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Machining

Energy efficiency during tool clamping

Clamping system made from shape memory alloys

Tool clamping systems have a considerable influence on the precision and efficiency of machining processes. In conventional clamping systems, the clamping force required to fix the tool holder is applied using spring assemblies. The force required to release the holder is realized with high energy consumption by a hydraulic release unit. Ott-Jakob Spanntechnik and the Institute of Production Engineering and Machine Tools (IFW) at Leibniz Universität Hannover are therefore researching a new type of clamping concept based on bidirectional actuators made from shape memory alloys.

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EMO 2023

Precision machining of bores

Paul Horn is presenting an innovative extension for the Supermini system in the field of ultra-fine machining at EMO 2023. The system has been supplemented by a variant with an ultra-fine ground cutting surface.

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High-tech surface solutions

Performance leap in machining

Oerlikon Balzers, technology brand of the Oerlikon Group, will be presenting its latest solutions on the EMO trade fair stage. For example, the S3p coating Baliq Tisinos pro for hard machining up to 70 HRC will be presented for the first time. Other highlights include the carbon coating Balinit Mayura, the diamond coatings of the Baldia family and modern digital production and connectivity technologies.

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Automated machining

Process control and mobility

The Cerasmart Tool-Scope monitoring and control system from Ceratizit permanently records the signals generated by the cutting machine during the production process, visualizes them and provides important information for process control, machine protection and documentation.

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