Machine Calibration

Out of tolerance parts are often the result of a poorly calibrated machine. Quick checks of machine calibration using portable CMMs from FARO, allow operators to perform a full volumetric accuracy test with minimal setup time and quickly identify calibration errors. Part production is optimized and downtime reduced.

Industries such as automotive, aerospace, and shipbuilding, have adopted 3D portable metrology solutions, such as the FARO® Laser Tracker and FaroArm®, for recalibration of machines, machine tools and general fixed CMM calibration.

Ensuring Precision & Efficiency with FARO’s Measurement Solutions

Machine Tools: Jendamark Techcellency
FARO’s measurement solutions provided Jendamark Techcellency with support throughout pre-production, production, and post-production processes, eliminating concerns about human error and lengthy measurement times. Jendamark Techcellency was then better able to increase process efficiency without compromising on the quality and precision of its products.

Machinist Achieves Greater Customer Satisfaction Levels with FARO

Machine Tools: Techno Engineers
Mr. Amit Singh, Technical Head at Techno Engineers, revealed, “Our work requires measurements to be performed at every stage of production, whether it’s first article inspection, in-process inspection, machine calibration, or alignment. Careful measurements at every step of the way helps us to make sure quality is not compromised at the fundamental level.”

FARO Supports the Development of Automated Welding Assembly – Welding Specialist Benefits from Portable & Efficient Measurement Solutions

Mechanical Engineering: Sichuan BMT Welding
The quality of a vehicle hinges on the manufacturing accuracy of the BIW. It also has a direct impact on the performance of the vehicle, whether in terms of the vehicle’s safety, aesthetics, air tightness, or noise performance. For these reasons, it is important to improve the welding accuracy and quality of the automotive body through ensuring the accuracy of the welding assembly fixtures, and the optimization, reduction, and control of positioning errors.

Advanced Measurement Technologies Support Research of Precision Instruments

Aerospace: Harbin Institute of Technology
In 2007, in order to address the growing research and curriculum needs, the university decided to purchase a unit of FARO Laser Tracker and a unit of FaroArm for the center after careful evaluation. “We use the FARO Laser Tracker most frequently,” said Mr. Wang Jun, Laboratory Director, HIT Center for Precision Instruments. “It was professionally calibrated according to national standards by an agency in 2013, and it has maintained great precision, working well with no issue over the years.”

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