Optical inspection system with infinity, long working distance objective lens such as 10X0.25 working distance 4.3mm, swirl/spin swing-out concentrating system can observe high culture dishes without contamination, Modular fluorescence system is easy to adjust.
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.
It adopts coaxial focusing mechanism with coarse fretting, with a fretting grid value of 2 μ m, equipped with 100W high voltage mercury lamp fluorescent epiphany illumination and 6V 20W halogen lamp transmission illumination, and supports B excitation light band 420~ 485nm and G excitation light band 460~ 550nm.
Infinity Optical inspection system, support for Brightfield, Fluorescence, Phase Contrast, Polarization Observation mode; equipped with six-hole converter with DIC slot and 100W mercury lamp light source, providing high-resolution images; autofocus system to maintain sample focal plane stability.
Continuous zoom range 7X~ 63X, working distance up to 110mm, equipped with Process Color LED fluorescence excitation assembly and hinged trinocular observation head, support a variety of fluorescence Observation modes.
Optical inspection system and Modular design, equipped with flat-field color difference elimination fluorescent objective, fretting grid value of 2 μ m, support multi-band fluorescent filter group, comfortable operation.
Optical inspection system with infinite distance, equipped with flat-field color difference eliminating fluorescent objective, fretting grid value of 2 μ m, coarse fretting coaxial focusing, support for a variety of fluorescent filter sets, suitable for low-illumination microscopic image shooting.
Optical inspection system with infinity and Modular function design, equipped with flat-field color difference-cancelling fluorescent objective, with a fretting grid value of 2 μm, supports a variety of excitation bands of fluorescent filter sets to meet the needs of scientific research and observation.
Optical inspection fluorescence technology for measurement of dissolved oxygen, no polarization time, fast Response and not affected by Flow velocity; Built-in temperature sensor, Measurement range 0.00-50 mg/L, accuracy up to 1.5% +/- 0.01mg/L; Protection Rating IP68, suitable for harsh environments.
Using fluorescence measurement technology without replacing the diaphragm and electrolysis solution, Measurement range 0.000~ 20.00mg/L accuracy +/- 0.20mg/L, support 3000 sets of Data storage and interval timing measurement, IP57 Protection Rating.
Low-contrast samples can be observed by using phase contrast microscopy, equipped with 10X-100X phase contrast objective lens and N.A.1.25 condenser lens, and supports coarse fretting coaxial focusing mechanism to fine-tune the grid value of 0.002mm.
Optical inspection fluorescence method without reference solution, built-in temperature sensor to calibrate data in real time, dual range design covering 0~ 20mg/L and 0~ 200% Saturation, 10 Meters long cable to support deep water or remote installation, polyformaldehyde and stainless steel composite structure to enhance environmental adaptability.
Adopt four-hole converter and library lighting system, with a total magnification of 100X~ 1000X, support computer real-time observation and automatic rating analysis, and operate comfortably and stably.
Using long distance flat field color difference elimination objective, fretting grid value of 2 μ m, equipped with three eyepiece barrel can switch normal and polarized observation, built-in field of view light bar and color filter system.
The flat field objective and eyepiece are used to provide a clear flat field of view, with a total magnification of 100X to 1250X. They are equipped with a double-decked mechanical stage and an epiphany lighting system, and support dual-path output for easy observation and imaging.
