Lighting Cabinet, Multi-channel LED, Daylight & Blackbody Simulator, Image Evaluation, Camera Calibration, Visual Assessment
Exhibition Dates: October 28 (Tuesday) – October 31 (Friday), 2025
Venue: Singapore EXPO
Booth No.: H8-C505
📍 Getting Here
🔗 Official Website
ITMA ASIA + CITME is Asia’s premier platform for textile technology and equipment, bringing together global leaders in textile manufacturing, intelligent processing, and environmental innovation. This comprehensive exhibition covers the entire textile value chain—including auxiliaries, dyeing, testing, packaging, automation, and digital connectivity.
The newly launched Singapore edition will serve as a strategic hub for Southeast Asia, offering future-oriented solutions and collaboration opportunities for the region’s integrated textile industry.
Thouslite will showcase its proprietary multi-channel LED lighting technologies at Booth H8-C505, presenting high-precision systems for controllable lighting quality, spectral matching, and colour difference evaluation. These solutions are designed to support matrix-based colour approval, digital conformity, light quality monitoring, and intelligent inspection throughout the textile supply chain.
Built on Thouslite’s in-house spectral control platform and full-stack optical system engineering, three core high-performance products will be featured:
● LEDCube – Any SPD Simulator
Enables precise, channel-by-channel LED output control and flexible simulation of standard illuminants such as D65 and A, as well as user-defined spectra. Ideal for applications including colour difference testing, material comparison, image calibration, and scientific research. Wireless operation and rapid switching ensure versatility across lab and production environments.
● LEDView – Lighting Cabinet
Offers high uniformity, flicker-free output, and exceptional colour rendering. Compliant with international visual assessment standards, it provides a range of illuminants for colour evaluation in textiles, coatings, and printing. Its modular structure allows easy adaptation to various QC and testing processes.
● LEDSimulator – Real Lighting Environment Colour Appearance Reproduction System
Accurately reproduces natural and industrial lighting environments with wide spectral coverage and high fidelity. It ensures “what you see is what you evaluate” consistency across design and inspection workflows, significantly enhancing sample confirmation efficiency and cross-process colour communication.
We warmly welcome professionals in textile manufacturing, quality inspection, system integration, and R&D to visit our booth for in-depth discussions with our technical team.
Schedule a Private Business or Technical Meeting
To better support your visit, Thouslite offers personalized consultation sessions.
📧 Book your meeting: sales@thouslite.com
✨ Advantages of booking in advance:
• One-on-one technical consultation with our R&D specialists
• Tailored demonstrations prepared prior to the show
• Streamlined follow-up for long-term cooperation
We sincerely appreciate your interest in Thouslite and look forward to meeting you from October 28 to 31 at Booth H8-C505, Singapore EXPO, where we will explore how advanced spectral lighting solutions are driving intelligent and standardized transformation in textile inspection. Please feel free to contact us for any inquiries.
— Thouslite Team
📧 sales@thouslite.com
🌐 www.thouslite.com
About Thouslite
Thouslite is a high-tech enterprise specializing in multi-channel LED spectral control systems and professional lighting solutions. Our product portfolio covers scientific light sources, industrial inspection lighting, visual assessment environments, and spectral simulation platforms. These technologies are widely applied in optical measurement, smart manufacturing, colour management, and camera calibration.
Key products include LEDCube, LEDView, LEDSimulator, and LEDMax, supporting customers across industries in building controllable, stable, and traceable illumination environments for visual consistency and perceptual accuracy.