Highly visible semiconductor collet "White Electrostatic Discharge Prevention Rubber Collet"
A semiconductor collet with faster defect detection, higher visibility, and consideration for scratches on the chip.
Key Points for Improving Image Recognition Accuracy through Brightness Adjustment - White and gray tones can adapt to various environmental conditions - Improved accuracy of object detection and recognition in response to changes in environmental lighting conditions - Improved accuracy of object detection and recognition in response to changes in contrast - Overall improvement in image recognition accuracy is expected
basic information
Material: NBR Surface resistance value: 10^7 to 10^9 Ω Hardness: Shore A 80 (other hardness available upon consultation) Color and characteristics: - White: Antistatic - Gray: Antistatic (low viscosity treatment also possible) - Beige: Antistatic + low viscosity treatment
Price range
Delivery Time
Model number/Brand name
Rubber collet
Applications/Examples of results
"Adaptability to Environmental Changes" In semiconductor manufacturing environments, lighting conditions can change. By adjusting brightness, the white and gray tones can be adapted to various environmental conditions. This allows for consistent recognition accuracy of the collet in different locations and times within the factory. "Response to Contrast Changes" The surface condition of the semiconductor collet and the surrounding environment can cause variations in image contrast. Brightness adjustments enable stable object detection and recognition even in response to such contrast changes. This contributes to improved detection accuracy of defective products. "Improvement of Inspection Accuracy" Brightness adjustments allow for the high-precision detection of fine defects and abnormalities in semiconductor collets. This leads to improved product quality and prevents the outflow of defective products. "Improvement of Production Efficiency" Stable image recognition facilitates the automation of collet handling and positioning. This enhances the efficiency of the production line and increases productivity.
