The minimum test aperture is 0.5mm, and the three Illuminants share a test hole. Three transmittance data of 550nm, 850nm and 940nm can be obtained for one hole. Real-time dynamic self-Adjustment, Test accuracy +/- 2%.
Using 3-in-1 optical path design, one hole can simultaneously measure three wavelengths transmittance. Equipped with 1mm test aperture and Automatic calibration function, support 850nm/940nm infrared and 550nm visible light measurement, accuracy of +/- 2%.
The three-in-one optical path measures the transmittance of three wavelengths at one time, the test aperture is 1mm to adapt to small-sized materials, and the parallel light design ensures stable measurement of thick materials, with an accuracy of +/- 2% and a resolution of 0.1%.
Adopt three-in-one parallel light path design, one measurement of visible light, infrared and ultraviolet transmittance; test aperture 1.3mm, suitable for small size and thick materials; Automatic calibration and large capacity storage function.
It adopts parallel light path design, supports 47mm Film thickness material test, and can simultaneously measure ultraviolet 365nm, infrared 940nm and visible light transmittance. It has real-time self-calibrating function, and the operation is simple and fast to display three results.
Open measurement area supports vertical measurement, thickness ≤ 145mm sample compatibility, haze Repeatability ≤ 0.05%, providing transmittance compensation measurement and rich fixtures to adapt to different forms of samples.
Utilizing a 360-780nm composite full-spectrum LED light source, equipped with a 256-pixel CMOS detector and a concave grating, it achieves spectral acquisition at 10nm intervals, supporting micro-transmittance measurements and a variety of optical index tests.
Optical inspection system with infinity, equipped with 4X-100X flat field color difference elimination objective lens and WF10X-16X large field of view eyepiece, providing NA1.25 condenser lens and 0.001mm fine-tuning accuracy, support phase contrast observation function, comfortable and convenient operation.
Using long working distance flat field color difference elimination objective lens and insert plate phase contrast condenser lens, working distance 30mm, support double-decked mechanical moving stage, adapt to a variety of culture dishes, easy to dynamic microscopic observation and comfortable operation.
Dual lens design can switch the viewing direction arbitrarily, equipped with 450,000 pixels and 70 ° field of view, deep tube with anti-corrosion and wear-resistant material, support for photography and video and built-in 8GB storage, battery life of 3-4 hours.
The three Illuminants share a test hole, and the 380nm-760nm visible light, 940nm infrared and 365nm ultraviolet transmittance can be obtained in one measurement. The parallel light design can test large thickness materials, and the 1mm test aperture is suitable for small size samples.
The three-in-one optical path design can simultaneously measure the transmittance of blue light at 430nm, purple light at 395nm and visible light, and the test aperture Φ 1mm is suitable for large thickness materials. Real-time dynamic self-Adjustment ensures accurate data.
Equipped with a long working distance flat-field color difference elimination objective lens and four sets of fluorescence filters, it supports phase contrast observation and fluorescence switching, and the fretting grid value is up to 2 μm, which is suitable for clear imagery of living cells and liquid samples.
Optical inspection system with infinity, equipped with 4X-100X flat-field color difference elimination objective lens and WF10X large-field eyepiece, providing 2 μm fretting grid value coaxial focusing system, double-decked mechanical stage moving range of 75 × 50mm.
It can simultaneously test infrared, ultraviolet and visible light transmittance, and support the evaluation of total solar energy barrier rate. Using point array color screen visual display, the fuselage is lightweight and portable, with real-time dynamic Adjustment, Measurement accuracy is better than +/- 2%.
