OUR STORY
Európa
Amerika
ÁzsiaSpeciális geometria
Speciális méréstechnikák támogatják az összetett geometriájú, különleges alapanyagú, illetve egyedi alkalmazásokhoz készülő alkatrészek gyártását.
Csavarkompresszorok nagypontosságú ellenőrzése
Hogyan tehető nagy pontosságúvá és egyszerűvé a csavarkompresszorok mérése
Efficient Inspection of Screw Compressor Parts
How to maximise throughout for complex rotor assemblies
Quality Assurance of Orthopaedic Implants
Multisensor Measurement of Hip Joint, Knee Joint and Disc Prosthetics.
Quality Assurance of Dental Implants
Using Multisensor Measurement to Inspect to Medical Standards.
Csavarkompresszorok nagypontosságú ellenőrzése
A csavarkompresszorokat széles körben alkalmazzák sűrített gázok létrehozására, amelyek világszerte számos nagy ipari művelet hajtóközegei. Emiatt folyamatosan nagy rájuk az igény. Tekintve, hogy némely alkatrészeiket nagyon szoros profiltűréssel kell készíteni, a termelékenységet növelni igyekvő csavarkompresszor-gyártók nem mondhatnak le a pontosságról.
Optimising Medical Tool Inspection
Medical device manufacturers often require quality checks of dimensional characteristics on parts having different materials that require non-contact measurement. Whether they are inspecting a part created in-house or trying to validate parts from a supplier, manufacturers require a flexible solution that will allow them to measure all kinds of complex features.
Efficient Inspection of Screw Compressor Parts
As one of the most widely used air compressor models on the market, screw compressors are in high demand. With tight tolerances, these parts require an inspection solution that delivers both high accuracy and the fastest possible scanning speeds for maximised throughput.
Quality Assurance of Orthopaedic Implants
The development dynamic of the medical industry is nearly without parallel in any other industry. New materials, production methods, and optimised designs drive innovation in orthopaedic implants for hips, knees and the spinal column. These products are characterised by high geometric accuracy and surface quality, long service life and biocompatibility.
Quality Assurance of Components for Electric Motors
The requirements for powertrain components are forever evolving thanks in part to the fast progression of electro-mobility applications. In many applications it is important to optimise the electric motor in terms of efficiency, quality and costs. New motor concepts are required, and the rotor lamination stacks composed of individual electrical steel laminations are of particular importance, because they have a decisive influence on the achievable efficiency of an electric motor.
Quality Assurance of Electronic Components
Lead frames are important functional elements of electrotechnical applications. They are cut from a continuous strip of material by progressive composite punches and further processed into metal-plastic composite parts during subsequent procedures. Lead frames can be designed with extremely fine web and slot widths for automated assembly with SMD electronic components.
Premier Class Calibration
Gauges and master parts must be calibrated on a regular basis in order to be used efficiently. The continuing return to national standards is a guarantee for reliable, standard compliant and reproducible measurement results within every manufacturing company. The high-accuracy Leitz Infinity and Leitz Ultra coordinate measuring machines (CMMs) provide the ideal bases for these highly-complex measuring tasks.
Contactless Measurement of Large Lenses
Lenses are precision components, where the smallest deviation from the target geometry results in a change in quality. Quality control can only accompany production if a high-accuracy measuring centre such as the Leitz PMM-Xi from Hexagon Manufacturing Intelligence is used, particularly with large lenses with a diameter greater than 200 mm.
HxGN LIVE
A HxGN LIVE, a Hexagon éves nemzetközi konferenciája inspiráló alaphangot ad, korlátlan kapcsolatépítési lehetőségeket kínál, és kihagyhatatlan technológiákat mutat be.