Turned parts play a crucial role in the industry due to their precision, diversity, and contribution to various sectors such as automotive, aerospace, watchmaking, and precision engineering. Turning is a machining process that allows the production of high-precision mechanical parts from metal bars or other materials.
In the automotive industry, these parts are used in braking, injection, steering, and engine assembly systems. In the aerospace sector, they are essential for engine components, landing gear, and other parts subjected to high stress. In watchmaking, turned parts are found in miniature components. The medical sector also relies on turned parts for high-precision medical devices and surgical instruments.
Turned parts are indispensable in many industrial sectors. A highly precise quality control process is essential to ensure their reliability, performance, and innovation in the manufacturing of high-precision mechanical components.
Thanks to CMS systems developed with the latest cutting-edge technologies, it is possible to ensure precise and reliable inspection of turned parts, whatever their shapes, using Eddy Current and Ultrasonic technologies. These inspections ensure their compliance with industrial standards and their reliability in service.
Installed on-line or off-line, our specially designed systems can detect a wide range of defects arising during the various manufacturing processes:
Thanks to advanced Eddy Current technology and the expertise of CMS, we offer specialized Eddy Current sorting probes for:
Several profile probes are available to match the shape and diameter of the product. A dedicated software has been developed for this type of application, fully compatible with the Zet@Premium Material Sorting version.
All our Eddy Current and Ultrasonic systems meet the requirements of current European and international standards (ASTM, API, DIN, SEP, BS, ISO, ASME, ASNT…), calibration standards and comply with NF EN ISO 15548-1, NF EN ISO 15548-2, NF EN ISO 15548-3, NF EN ISO 22232-1.
Discover our exemples of NDT inspections already carried out on turned parts:
Surface/subsurface short, transverse defects detection on turned parts thanks to Eddy Current probes
Detection of longitudinal and transverse defects on small parts (such as piston pins, cylinders, spindles and more) with RotoETscan Eddy Current rotating head
Detection of surface and sub-surface defects on small cylindrical parts (Ø 0.8 mm and up) thanks to Eddy Current rotating head TRVC
Heat treatment verification, hardness inspection of small machined parts (such as bearings)
Longitudinal defects detection thanks to Eddy Current rotating head RotoETscan
Scanning inspection thanks to Ultrasonic immersion tank system – detection of intern and external defects
Material sorting of turned parts thankd to Eddy Current encircling sorting probe
NDT solutions directly on the production line or custom off-line inspection station
Since 1988, CMS designs manufactures and installs Non-Destructive Testing systems for turned parts inspection
Start with an Eddy Current/Ultrasonic product and build a 100% customized solution based on our experience and to meet your specific needs
Production and design of all Eddy Current & Ultrasonic probes, sensors and software on our own premises (mechanical and electronic design office, engineering, etc.)
Highly responsive in providing assistance and information to our customers
A wide range of complementary Eddy Current/Ultrasonic systems/accessories that can be combined for turned parts inspection
Eddy Current and Ultrasonic inspection results are displayed in real time and traceability is ensured by our production software which creates complete inspection reports
Inspection speed optimized to production constraints
INNOVATION: Ability to combine Eddy Current and Ultrasonic inspection methods for 100% product inspection
Contact details Fr
CONTROLE MESURE SYSTEMES
6 rue des Loches
71100 Sevrey – France
Contact details USA
CONTROLE MESURE SYSTEMES INC.
175 Pearl Street
Brooklyn, NY 11201 – USA
This new workspace, costing around 2.2 million euros, will enable CONTROLE MESURE SYSTEMES to increase its production capacity, develop its business by conquering new markets, and thus reinforce its position as leader in the NON-DESTRUCTIVE CONTROLE sector.
FEDER contribution : 590,000 Euros
For further information : https://www.europe-bfc.eu
Ce nouvel espace de travail, représentant un coût d’environ 2.2 millions d’euros, permettra à CONTROLE MESURE SYSTEMES d’accroitre sa capacité de production, de développer son activité par la conquête de nouveaux marchés et ainsi renforcer sa place de leader sur le secteur du CONTROLE NON DESTRUCTIF.
Montant FEDER : 590 000 Euros
Pour en savoir + : https://www.europe-bfc.eu
