As the industry standard for spectrophotometers for a long time, LAMBDA1050+uses a grid free PMT detector and Peltier cooled PbS detectorThe tester achieves excellent testing performance across the entire spectral range, with a maximum wavelength of 3300 nm. Wavelength accuracy in the UV visible regionIt can reach 0.025 nm, and the wavelength accuracy in the near-infrared region can reach 0.02 nm. In addition, the instrument can also be equipped with a series of rowsIndustry leading, controllable, and flexible sampling accessories,

include:

• Large volume dual sample chamber

• Universal reflective accessories

• Inserted Integral Sphere

Universal optical platform

Typical application areas

1. Architectural and special purpose glass

The importance of energy conservation is becoming increasingly significant. Spectral analysis of coated glass can provide important information for thermal efficiency and other key design parameters.

2. Flat panel display

The demand for improving display performance in multiple aspects continues to exist. Color, brightness, viewing angle, and energy consumption are all very important. Spectral testing is necessary for improving the overall performance of displays.

3. Optical performance testing

A busy optical laboratory must be able to process various types of samples using various testing techniques. The sampling flexibility of the LAMBDA series spectrophotometer can help you face ever-changing testing needs.

4. Solar Energy Research

As a source of renewable energy, solar cells based on silicon materials are becoming increasingly important. However, the high cost made it previously only applicable in the fields of space science and military. The research on reducing the cost and improving the performance of solar cells is always ongoing. The near-infrared testing capability of LAMBDA 1050+enables it to comprehensively characterize solar cells, not only for active materials, but also for testing embossed glass and bottom reflective layer materials.