A QUALITY CONTROL SOLUTION WITH INTEGRATED CORRECTION
CAM-RON offers a quality control solution via a robotized optical sensor on machines for performing real-time corrections.
I-MC designs, manufactures and implements in-situ quality control machines, combining hardware (robots, sensors and displacement platforms) with innovative software to collect and process data. Our algorithms allow us to manage problems with shine or residues (oil, chips, etc.).
CAM-RON's SP version allows you to inspect small parts (300 mm3). The LP version is designed for large parts.
Depending on the client's needs and environment, quality control can be done in the machining center when the part is still on its support flange or on an inspection platform that's close to the production machinery.
CAM-RON communicates with all equipment and automates the entire process of controlling and correcting the manufacturing process.
For total autonomy, CAM-RON also comes in an Advanced version
IMPROVE QUALITY
DETECT DISCREPANCIES
DURING MANUFACTURE
CORRECT ISSUES
DURING MANUFACTURE
REDUCE THE OVERALL
CYCLE TIME
CAM-RON IS DESIGNED FOR MACHINISTS IN THE AEROSPACE
AND DEFENCE SECTORS
In these sectors, accuracy is essential and in-situ quality checks with the option of corrections improve quality, reduce waste and optimise manufacturing cycles.
CAM-RON provides the status of a part at any stage of the manufacturing process.
CAM-RON can inspect the raw part. In this case, it allows us to confirm the machinability of the part and optimize the production plan. CAM-RON increases the chip time and therefore the overall cycle time.
CAM-RON can perform intermediate inspections of a part during the manufacturing process. The part in its intermediate state is compared to the concept. Plan corrections based on the customer's expertise are computerized and perhaps automated via CAM-RON.
CAM-RON can perform final inspections. Based on the same principles as the intermediate inspection, but with metrological requirements. The goal is to avoid having it go to a coordinate measuring machine (CMM).
Generating the conceptually expected part at the machining stage (CAD file of the intermediate of the intermediate part in step format)
Computerizing the quality control plan with accuracy requirements of up to 20 micron tolerance intervals
Integrating one or more in-situ sensors
Correcting the trajectories of the initial CAM configuration according to the results obtained.
Computerizing the quality control plan with accuracy requirements of up to 20 micron tolerance intervals
Integrating one or more in-situ sensors
Issuing a metrologically qualified control plan
Determining the exact position of the raw part in the machine
Identifying surplus materials and their location
Correcting the trajectories of the initial CAM configuration according to the results obtained.
