| Specification | Model | ||||
| XWJ-800T | XWJ-800S | XWJ-800M | XWJ-800E | ||
| Optical System | Infinity-corrected optical systems | ※ | ※ | ※ | ※ |
| Eyepiece | WF10X/22mm high eye point wide field eyepiece; diopter adjustable ±5, tube diameter Ф30mm |
※ | ※ | ※ | ※ |
| Object lens | Infinity Plan objective 4X,10X,40X(S),100X(S,0il) | ※ | ※ | ※ | ※ |
| Viewing head | Trinocular head, 30° inclined, Interpupillary Distance 50-75mm, with 10.1inch display,360°rotatable | ※ | |||
| Trinocular head, 30° inclined, Interpupillary Distance 50-75mm, with 4K high definition camera,360°rotatable |
※ | ||||
| Trinocular head, 30° inclined, Interpupillary Distance 50-75mm,360°rotatable | ※ | ||||
| Binocular head,30° inclined,Interpupillary Distance 50-75mm,360°rotatable | ※ | ||||
| Converter | Four or five holes inward | ※ | ※ | ※ | ※ |
| Platform | 220X148mm double-layer X-axis steel wire transmission mechanical moving platform,travel 76X50mm,accuracy 01mm, damping type double slice clamp |
※ | ※ | ※ | ※ |
| Condenser | Aplanatic condenser system (with phase contrast, dark field, polarizer ports interface) | ※ | ※ | ※ | ※ |
| Focusing | Coaxial coarse focusing mechanism, micro-adjustment value 0.002mm | ※ | ※ | ※ | ※ |
| lllumination | 3W LED light brightness continuously adjustable lighting system | ※ | ※ | ※ | ※ |
| optional component | 1.Differential interference contrast device 2.Dry dark field condenser, oll dark field condenser 3.Polarization device 4.Plan achromatic objective, infinity plan achromatic objective 5.Kohler illumination system 6.5W LED lamp |
※ | ※ | ※ | ※ |
Trinocular Biological Microscope 800 Series
The trinocular biological microscope is an advanced scientific instrument designed specifically for microscopic imaging and digital analysis based on the standard binocular microscope. Its most prominent feature is having a third port in addition to the traditional binocular observation tube, which is typically located at the top and is specifically designed for connecting digital cameras or CMOS sensors. This design endows it with the core ability of “watching while shooting”. Researchers can comfortably observe with the naked eye in real-time through binoculars, while transmitting optical images captured by the microscope to the camera without loss through the three eye port, achieving high-resolution static photo shooting or dynamic video recording. This makes it a standard tool for scientific research, quality control, and teaching demonstrations in modern laboratories.
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