Keyence

Step 1: Use a Keyence vision system with specialized lighting to capture images of the metal part.

Step 2: Configure image processing algorithms to identify scratches based on contrast and shape.

Step 3: Set acceptance criteria for scratch size and severity.

Step 4: Automatically reject parts that exceed the defined limits.

Step 1: Use a Keyence laser displacement sensor to scan the hole.

Step 2: Capture data points along the circumference of the hole.

Step 3: Use software to calculate the diameter based on the measured points.

Step 4: Compare the measured diameter to the specified tolerance.

Step 1: Capture an image of the circuit board using a Keyence vision system.

Step 2: Use pattern matching algorithms to identify the presence of each component.

Step 3: Check for correct component orientation and placement.

Step 4: Generate an alert if any components are missing or misplaced.

Step 1: Use a Keyence vision sensor to examine the bottle cap seal.

Step 2: Evaluate seal width and consistency.

Step 3: Reject bottles with compromised seals.

Step 4: Track defect rates to optimize the sealing process.

Step 1: Use a Keyence barcode reader to locate the label edge.

Step 2: Measure the distance between the label edge and the package edge.

Step 3: Compare the measured distance to the specified tolerance.

Step 4: Trigger an alarm if the label is out of position.