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Glass Disc Type Optical Screening Machine

Unitecho Glass Disc Type Optical Screening Machine is built for multi angle optical inspection rotary disc sorting and small parts defect detection Buyers can use it for small industrial parts where stable inspection repeatable handling and reliable sorting are more important than manual checking speed

  • Unitecho
  • China
  • To be confirmed based on model and customization
  • Custom production and project supply
  • Information

Glass Disc Type Optical Screening Machine inspection application guide

Glass Disc Type Optical Screening Machine is used for automated appearance inspection, dimensional checking, defect recognition, counting, and sorting workflows where stable feeding, optical imaging, and reliable reject separation are important. For 3C Electronic Optical Sorting Machine selection, manufacturers should compare part size, inspection sides, camera configuration, feeding method, sorting speed, and defect criteria before confirming the final machine layout.

Related Unitecho optical sorting solutions include Optical Testing Equipment UA070, Optical Detection Equipment UFC 500, Indexing Disc Continuous Optical Screening Machine. These internal product links help users compare inspection equipment by application, component type, and automation requirement.

Glass disc type optical screening machine

Equipment general technical parameters table
Equipment typeGlass disc type optical screening machine UGV-600
Equipment size1060x1060x1850mm
Workpiece diameter5-120mm
Total length of work2-150mm
Number of cameras1-5 pieces
Disc diameter600mm
Screening accuracy≧±0.002mm
Detection speed≦1000PCS /min
Air pressure specification5KG
Hd cameraBalser
LensUnitecho custom
Mainframe computerIndustrial grade computer
Detection softwareIndependent R&D
Electrical partsInternationally renowned brand
Voltage220VAC(routine)
frequency50HZ/60HZ
Power3KW
Machine weight800KG

Glass disc type optical screening machine feature

This image screening machine utilizes industrial cameras that leverage the high transparency of glass to enable stable and rapid placement of objects onto the inspection surface. Additional cameras can be installed at the bottom of the glass plate for simultaneous two-sided inspections of objects free from oil stains. Following the acquisition of images, an industrial computer, coupled with an AI software system developed in-house by the research team, compares the image patterns in an automated, cost-effective, and high-performance manner. Consequently, the system streamlines boring and labor-intensive manual tasks, reduces human error, significantly improves product quality, and strengthens the company's competitive position in the market.

Hardware Configuration:


The hardware setup consists of an automated system designed for efficiency, safety, and labor cost savings, which includes a vibratory feeder, a delivery track, and a testing platform. Here's a translation of each component:


· Vibratory Feeder: The feeder serves as a container for the probes to be tested. It utilizes vibration to convey the probes towards the delivery track.


· Delivery Track : This is the mechanism that transports the probes, with those coming off the vibratory feeder moving systematically along the track until they reach the inspection platform for examination.


These components work together seamlessly to streamline the probe handling process.

Glass disc type optical screening machine Defect Detection Case

Glass Disc Type Optical Screening Machine

Glass disc type optical screening machine

3C Electronic Optical Sorting Machine



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