1234 results found
    1. pump cover made of PF- and BMC-material

      pump cover made of PF- and BMC-material

      This pump cover is the functional link between the motor-pump unit and the gear unit to be controlled. Industry: automotive industry / e-mobility Special features: + High design freedoms. Realization of complex geometries without machining (no complex machining and post-processing). + The thermoset materials in question have a particularly good performance/cost ratio compared to metallic solutions + Excellent planarity and tolerance accuracy (depending on the geometry, tolerances of IT 8 to 10 are possible). + Substitutes an aluminum component, which had to be elaborately machined from all sides. + Excellent mechanical properties. (Additional usability as structural component with integration of e.g. bushing-free bolt-on elements). + Geometrical stability even in operating condition (continuous operation in aggressive media and high temperatures, e.g. 180° C) + No corrosion

    2. Push unit BSE 250, ZSE 250 and BZS 500

      Push unit BSE 250, ZSE 250 and BZS 500

      Things to know about BSE 250, ZSE 250 and BZS 500: • Maximum operating pressure 250 bar • Comprehensive standard range • Guided front plate for accepting tools on request • Short lead times • Large stock range • Piston rods ground and hardened • Standard strokes 50mm, 75mm, 100mm • 2, 3 or 4 columns • Series: BSE/BSEP and ZSE/ZSEP • Multiple mounting options available • Use primarily as deburring or cutting tool • Developed into the standard by AHP Merkle

    3. QMC 106

      QMC 106

      Simple and safe: The mechanical quick-release systems meet the highest demands for set-up time optimizations while at the same time offering the greatest possible versatility. Whether horizontal or vertical machine, tool weights up to 2 t or operating temperatures of 200 ° C: the mechanical bayonet system is suitable for all electrical or hydraulic as well as new or existing machines (retrofit) up to an opening force of 250 kN regardless of the outer contour. The simple clamping process is characterized by a removable hand lever and the integrated safety lock.

    4. QMC123 magnetic tool clamping system - Stäubli

      QMC123 magnetic tool clamping system - Stäubli

      The new generation QMC 123 magnetic clamping system improves the efficiency of tool change operations with numerous advantages such as reliability, high efficiency and optimized profitability. It is characterized by innovative features, including active safety mechanisms, interactivity with the operator and precise clamping force measurements made possible by the IMAG technology developed by Stäubli. A well thought-out design and continuous monitoring of parameters, both during the clamping process and in the production process, contribute significantly to increasing productivity

    5. Quality Inspection

      Quality Inspection

      The quality inspection software Compact.Net is the central tool for inspection planning, quality inspection, SPC and LIMS as well as incoming goods inspection, outgoing goods inspection, analysis, control charts, CAD, and evaluation. This all-in-one solution provides you with one software solution that covers all aspects of quality assurance. Highlights of the Quality Inspection Software Compact.Net • Inspection planning / SPC • Inspection data acquisition • Incoming goods inspection • Goods issue inspection, • Integrated CAD inspection planning • Analysis, evaluation, and statistics • Intelligent measured value analysis • Inspection schemes and article-specific characteristic specifications • LIMS: Laboratory Information and Management System • Analytics, certificates, and CoA • Potential analysis • Calibration during production • In-process metrology • Control Plan Manager

    6. RECOSYS® rPET

      RECOSYS® rPET

      The recycled PET, RECOSYS® rPET, is produced as part of RECOSYS®, the world's first take-back and recycling system for PET transfer materials from the graphics industry. KURZ is continuously developing this system. So far, the surplus carrier material has been processed into robust injection molding material. In the next stage, it is now possible for the first time to process it into a pure rPET, which greatly increases the range of possible applications for the recycled material, including fibers and outer packaging for everyday products.