Sensory Clamping Devices Identify Defects Prior to Machining
IMTS22: Roemheld North America’s sensory clamping devices enable operators to reject a faulty cast aluminum blank before any machining begins.
Share
Roemheld North America’s sensory clamping devices developed by Roemheld GmbH in partnership with August Wenzler Maschinenbau. Sensor clamping technology detects defective blanks and monitors production.
Roemheld developed a digital clamping technology that combines electromechanical design with sensor-equipped hydraulic clamping devices. It is said to enable clamping devices to identify casting defects and contour fluctuations in the raw part. This enables the operator to reject a faulty cast aluminum blank before any machining begins. Information is also provided on whether the workpiece has been inserted correctly, whether the clamping position and clamping pressure are correct, and whether the required clamping and support forces are being achieved.
Features and benefits of sensory clamping device include equipped swing clamps with sensors to detect the condition of structural blanks made of cast aluminum. Additionally, it features continuous monitoring of machining from loading and unloading, and it detects insertion errors and continuously provides information about the clamping position and clamping force on the component during machining.
RELATED CONTENT
-
To Scan or Not to Scan
Industrial metrology professionals are constantly tasked with finding the best methodology to inspect parts.
-
Measure 3D Parts Without Losing Time
This high-speed metrology and inspection system is said to process complex geometries faster than traditional inspection methods.
-
Setup Options for Swiss Automatic Lathes
A hydraulic chuck and a counter-balanced centering tool, originally developed as in-house solutions, are now available to address the limited working space that is common in Swiss machining.
