Hexagon Metrology, parent company of Brown & Sharpe, produces the largest selection of Coordinate Measuring Machines (CMMs) in the industry. Measure small, medium-sized and large parts three-dimensionally with performance and accuracy.
Hexagon Metrology's software, in standard and customizable packages, offers modules beyond the core offering for CMMs. Use it to interface with vision machines, portable measuring arms, laser trackers, and CNC machines. Specialty packages for measurement of gears, blades and other specialized geometry are also available.
Hexagon Metrology's comprehensive range of probes, heads, tool changers and accessories for CMMs represents the latest evolution in probing technology for coordinate measuring machines. It enhances CMM performance and functionality.
Flexibility is the key issue for multisensor technology. Choose between contact and optical measurement in one complete system. Use it for inspection of materials sensitive to touch to measure non-destructively and accurately.
Calipers, thread gages, bore and height measuring devices are suitable for countless applications. Use them in combination with mechanical instruments or stationary machines or for the calibration of measuring equipment.
TESA offers the largest range of height gauges for reliable one or two-dimensional measurements. Choose the model convenient to both your budget and metrology application requirements. The wide range of height gages goes from the simple height and scribing gauge to the motorized vertical column, suitable for high-precision measurements in two coordinate directions.
Standard CMMs, when properly equipped, are the ideal flexible tool for measuring gears. They combine the flexiblity of a general purpose measuring system, with specialized probing and software that allows them to be fully functional gear measuring centers.
Custom designed handheld device, the Universal Jogbox incorporates a touch screen interface with an ergonomic design and soft-touch materials. It's extremely tough, designed to withstand the rigors of industrial use by resisting drops and similar shocks.