ABSOLUTE MULTILINE TECHNOLOGY continuously monitors the geometry of machines and structures with exceptional accuracy by combining the benefits of an absolute measuring system and an interferometer. With an accuracy of just 0.5 µm per meter, this technology can precisely measure lengths of up to 30 meters. A single system can utilize 124 measurement channels simultaneously.…
The patented ETALON TRAC-CAL | TRAC-CHECK software significantly reduces the time required to ensure that machine tools comply with important international precision standards. To enhance measurement speeds and ensure the highest levels of accuracy during the calibration, compensation, and verification of machine tools, the ETALON system utilizes multilateration—a spatial measurement technique employed by satellite navigation…
When calibrating small and medium 3- to 5-axis machining machines, the ETALON X-AX LASERBAR simplifies the process by eliminating the need for multiple devices. It offers a single, semi-automated method that quickly delivers results at the push of a button. This solution is compact, lightweight, and reasonably priced, utilizing innovative measurement technologies to assess volumetric…
Revolutionize the calibration and monitoring of machine tools and coordinate measuring machines (CMMs) with the ETALON LASERTRACER-NG. This cutting-edge technology offers unparalleled accuracy and affordability, streamlining the process of calibrating and adjusting medium and large machine tools. Unlike other measurement systems, the LASERTRACER uses a proprietary technique to provide a level of accuracy previously unheard…
Leica Geosystems’ Industrial Theodolites are known worldwide for their exceptional accuracy, boasting the highest angular precision of 0.5″. These autocollimating theodolites are acclaimed for their outstanding optics and unparalleled precision, setting a new standard in the industry. By incorporating additional features and enhancements in their latest theodolite, Leica Geosystems has further elevated the benchmark. Incorporating…
The handheld 3D scanners from Hexagon have three measurement modes that are designed for specific applications. The standard mode uses one blue laser line along with 22 blue laser lines to cover wide areas. The fine mode uses five parallel blue laser lines to provide high-resolution information on small details. In hard-to-reach areas, the line…
The handheld 3D scanners by Hexagon offer three easily accessible measurement modes, each designed for specific applications: 1. Standard mode: This mode uses 26 laser lines to cover large areas. 2. Fine mode: In this mode, 14 laser lines are used to obtain high-resolution data on small features. 3. Line mode: This mode is designed…
Coordinate measurement methods often encounter difficulties when examining components that require several probe adjustments, such as intricate and tiny internal gearing. A rotary table can be used to measure these components, as well as crankshafts, camshafts, screw compressors, turbine disks, and blisks, in a relatively simple and confident manner. Leitz offers a range of rotary…
Coordinate measurement can be limited when examining components that require several probe adjustments, especially intricate and tiny internal gearing. A rotary table can be used to measure these components, as well as crankshafts, camshafts, screw compressors, turbine disks, and blisks, in a relatively simple and confident manner. There are multiple CMM models that can utilize…
In addition to the standard Jogbox that comes with most Hexagon Manufacturing Intelligence CMMs, there are several options available for operating specific machines remotely. Large bridge, gantry, and horizontal arm CMMs are well-suited for remote operation, as they sometimes require the operator to perform tasks away from a traditional computer terminal. Hexagon Manufacturing Intelligence CMMs…
