Customizing our products

We adapt our products to perfectly meet our customers' requirements.
Personalization program (qmtf4u)
Product customization
Adapting a product to meet your needs

Each project begins with understanding the client's technical and organizational needs. Based on this understanding, we define the optimal solution, incorporating the necessary customizations to meet specific requirements. This approach ensures that we perfectly meet the client's expectations with a solution based on a proven standard. This customization can even extend to creating a product dedicated to a single client.

Customizable solutions to perfectly meet your needs
Customization
products

QMT products can be customized

Product customization
Solution on
measure

Tailor-made solutions designed to meet specific requirements

Tailor-made solutions
Product
customer

A customized, industrialized solution to be a product

Customer product
We meet our clients' needs with our latest generation technological platform integrating artificial intelligence
Customized solutions for testing and quality control

Automatic defect detection, texture characterization, and perceived color

High-precision measurement in demanding industrial environments

Multi-physics measurements with actuation and automation mechanisms

Measurements and controls specific to watchmaking

Measuring threads
A software function for measuring threads
A specific measurement function has been developed to allow all measurements to be carried out without any programming. After removing the part, the measurements are automatically carried out, they are precise to the micron and repeatable as specified in the NIHS standard
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QMT'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.)

Multi-physics measurements

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