Solutions for the test
Check and test your micro-mechanism
Check and test your micro-mechanism
Customizable solutions to perfectly meet your needs
measure
Tailor-made solutions designed to meet specific requirements
Tailor-made solutions
Test benches to aim for excellence
QMT test benches can be semi-automatic or automatic. The former guides the technician through performance measurements, while the latter performs the test automatically and autonomously. Software runs test scenarios: test temperature, product position relative to an instrument, etc.
- Validation bench to test a product in the development phase in order to validate it before its marketing
- Endurance bench for testing product lifespan and reliability. This test bench is used during the development phase.
- Test bench for GO/NO GO manufacturing control. The product is accepted if the results comply with the specifications.
- Load bench for maintenance to detect a defective product and the origin of its failure, particularly in the field of electronics
Example of a test bench
We contribute to our clients' development for lasting prosperity
Through vision, through hearing, through automated solutions integrating artificial intelligence, qmt limits the number of imperfections in what will or can be manufactured.
About qmtA team deployed across our two sites in Geneva and Chambéry
With our extensive know-how, we build a reliable partnership with our clients to develop solutions and support their success by improving quality and efficiency.
The qmt teamWe will never achieve perfection, but we work towards it every day.
qmt developed the Multimicro in 1991 (motorized image analyzer with automatic microhardness measurement), which was awarded a Credit Suisse prize. In 2015, qmt won the Geneva Canton Innovation Prize.
HistoricalQMT's expertise in implementing solutions
Understanding the client's needs, defining the optimal solution architecture, and integrating the system into the client's environment.
Software development or customizations integrating signal acquisition, processing, communication, and results management
Design and development of Multi-Inspection Mechatronic (M2IS) systems for testing and micromanipulating devices to be controlled
Development and design of innovative optical systems and algorithms to reproduce human vision (3D vision, augmented stereoscopic vision, etc.)
Integration of multi-physics measurements (torque, force, velocity, position, etc.) into systems to enable characterization and automation
Model selection, dataset creation, data management, and integration into an automated process