Description

The LEDView Lighting Cabinet by THOUSLITE is a high-performance viewing environment engineered for precise color evaluation, imaging consistency and sensor calibration across textiles, plastics, coatings, printing and more. Leveraging advanced multi-channel LED architecture, the LEDView system can reproduce a full range of standardized illuminants (such as CIE D50/D65, TL84, UV, etc.), with exceptional color rendering (Ra > 98) and metamerism control.

Key highlights include:

• Multi-channel LED lighting capable of up to 80 stored light source profiles (varies by model) for flexible simulation and comparison.

• Uniform and flicker-free illumination, with exceptional stability over time (Δ CCT < 20 K short-term, Δ Illuminance < ±1 %) and long-term stability (Δ CCT < 50 K, Δ Illuminance < ±2 %) in many models.

• High precision specifications: tunable CCT range (2000 – 20,000 K in some models), high maximum illuminance (up to or exceeding 2,500 lux on bottom plate, up to ~12,000 lux for some models) depending on configuration.

• Conformance to international viewing and color standards including ASTM D1729, ISO 3664, and other major industry standards.

• Designed for ease of use: user-friendly touchscreen or button control panels, optional software (LEDNavigator-LV) for advanced functionality like dynamic lighting sequences, single-channel control, SPD matching and blackbody locus simulation.

Applications:
This lighting cabinet is ideal for color inspection rooms in textile mills, print and packaging plants, automotive and plastics facilities, imaging and sensor calibration labs, and anywhere that accurate visual assessment of sample material under consistent lighting is critical. By delivering reliable, reproducible viewing conditions, the LEDView helps eliminate subjective variation in color matching, appearance evaluation and sensor testing.

Why choose LEDView?
With the shift from traditional fluorescent light cabinets to LED-based solutions, the LEDView offers longer lifetime, reduced heat generation, improved stability and a broader spectrum of selectable light sources. The advanced multi-channel capability means users can replicate real-world lighting scenarios (daylight, store lighting, UV-rich conditions) and ensure that what is visually judged corresponds to measurable data.