Case Highlights

Multi-axis Automated Optical Measurement Equipment

Integrating optical measurement instruments from leading brands with robotic arms, complemented by highly customized software, this equipment achieves high-precision multi-point and multi-angle optical measurements, meeting the optical measurement requirements for panels, backlight modules, and LCM modules.

 

Features

Highly Customized Software:
Integrates optical instrument software from leading brands with PLC motion control, enabling all operations to be executed through customized software.

Robotic Arm Motion Control:
Utilizes robotic arms for multi-axis motion control, enabling multi-point, multi-angle, and multi-path optical measurements.

Versatile Script System:
Allows customers to freely arrange equipment operation sequences, including coordinate movement, tilt and rotation, measurement execution, and report saving. All actions can be completed with a single script execution.

Precision Positioning by Industrial Camera:
The CCD automatically detects the test object and performs coordinate calculations, achieving high-precision and highly repeatable optical measurements.

Customizable Output Data Reports:
Offers flexibility to select luminance measurement data and develop algorithms tailored to customer requirements, such as calculating uniformity, color difference, dominant wavelength, peak wavelength, and FWHM. Data comparisons are also supported.

Customized Database:
Capable of exporting specified file formats based on customer requirements, building product traceability records, and connecting to the customer's MES system, while ensuring flexibility for upgrading to ESG-compliant smart equipment.
 

 

Software Features

Customized software interface
CCD positioning system
Color gamut calculation
Multi-function script system