OLTPS is a professional platform for light source and image quality control, specifically designed for optical laboratories and automated testing. It features an intuitive GUI and high-performance C/C++ API interfaces, supporting programmatic control of X-Rite Spectralight QC light boxes for remote power on/off, brightness adjustment, and spectral mode switching, with full integration for automated testing workflows and secondary development. Additionally, it supports API-based programmatic control of select DMX-series light sources (e.g., KINO, ARRI), offering stable long-distance transmission and strong anti-interference capability. OLTPS enables a complete solution from light source management to image testing, improving efficiency and flexibility in laboratory workflows.
Product Highlights
Automated Testing Workflows: Define full testing processes via scripts or code to reduce manual intervention.
Modular Architecture: Each module runs independently, focusing on specific device control tasks for stability and scalability.
GUI: Intuitive Windows interface, easy to use without programming expertise.
Programmatic API Control: Standardized C/C++ interfaces for precise laboratory device management.
SPL QC Module: Supports Spectralight QC light boxes for remote control, brightness adjustment, spectral switching, automation, and secondary development.
DMX Module: Enables remote programmatic control of KINO and ARRI DMX light sources, with stable long-distance transmission and anti-interference support.
Module Overview
OLTPS-SPL QC Module
Developed for X-Rite Spectralight QC light boxes
Supports remote power control, brightness adjustment, and spectral mode switching
Provides intuitive GUI and C/C++ API interfaces
Supports automated workflows and secondary development
Designed for precise color calibration and image testing in optical labs
OLTPS-DMX Module
Developed for DMX protocol light sources
Supports remote control of Celeb and ARRI light sources
Provides GUI software and C/C++ API interfaces
Strong anti-interference capability for long-distance transmission
Enhances light source control efficiency and supports customized development
