eMotor Housing

Robotic material handling introduces the part to a system. Overflow material is removed through various operations including a robot-handled, servo-controlled saw and pneumatic press operation. The part is then moved to a laser marking station where a barcode is added to the part. Marking is verified before the robot removes the part.

• The part manufacturing process develops large amounts of overflow material, which needs to be degated from the part.
• The manufactured components required a method of data acquisition and part traceability at the die case process.

• Robotic Material Handling
• Overflow Degate Station
• Servo-Controlled Saw
• Laser Marking Station
• Marking Verification

• ABB Robotics
• Push Corp. Servo Spindle
• Mecco Laser Marker
• Keyence Barcode Reader
• Fumex Extractor

Battery tray

The part is manually loaded into a nest. Once the cycle start is triggered, the part is automatically clamped and transported through a 3D line scan inspection system. The part is converted into a 3D data point cloud, and analyzed for its dimensional integrity.

• There were large parts with complicated geometry.
• Many inspection points were required.
• There were multiple parts with completely different forms.

• Flexible Tooling Nests
• Servo-Driven Platen
• 3D Profile Line Scan from LMI

• LMI Line Scanners
• Flexible Tooling Nests
• Schunk Linear Servo Belt Drive
• Keyence Light Curtains
• RTGC Controls