Biological Microscope BMS-1000B operates with a 20.0-megapixel output at a resolution of 4496 × 4496 pixels, ensuring razor-sharp detail capture with minimal distortion. With a 1.1inch sensor and 2.74 μm pixel pitch, it maximizes photon capture for better contrast and SNR in low-light imaging. It allows users to define specific regions of interest, optimizing imaging speed and focus according to requirements. Our product’s intuitive software and refined optics deliver reliable, high-performance imaging for demanding lab settings.
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Specifications
| Max. Resolution | 4496 × 4496 pixels (Approx. 20.0 Megapixels) |
|---|---|
| Sensor Size | 1.1 inch |
| Effective Pixels | 2.74 × 2.74 μm |
| Image sensor | SONY Complementary Metal-Oxide-Semiconductor (CMOS)-color |
| Coarse range | 25 mm ± 1µm |
| Image Region | 12.32 × 12.32 mm |
| Video Format | 17.5 fps |
| Exposure Range | 0.00003 to 15 seconds |
| Mode | Region of interest (ROI) Auto / Manual |
| Color Balance | ROI White Balance / Manual color Temperature |
| Quantum Efficiency | 75% at 500 nm |
| Dimensions | 701 × 550 × 300 mm |
| Packaging dimensions | 801 × 565 × 348 mm |
| Net weight | 15 kg |
| Gross weight | 20 kg |
Features
Advanced image quality
Multifunctional reflection illumination
Multifunctional condenser
Compound eye illumination system
Dynamic field-of-view adjustment
Double layer Mechanical stage
High photon collection capacity
Digital power control system
Standard Accessories
| Accessory | Quantity |
| C-Mount Adapter (0.5X) | 1 pc |
| LED Fluorescence | 1 pc |
| Eyepiece | 2 pcs |
| Viewing Head | 1 pc |
| 4X Objective | 1 pc |
| 10X Objective | 1 pc |
| 40X Objective | 1 pc |
| 100X Objective | 1 pc |
| Nosepiece | 1 pc |
| Biological Frame | 1 pc |
| Double Layers Mechanical Stage | 1 pc |
| 3W LED Lamp | 1 pc |
Applications
Biological Microscope BMS-1000B is ideal for advanced imaging options such as live-cell imaging, multi-channel fluorescence, 3D tissue analysis, high-throughput screening, and precise phase contrast microscopy in demanding research and clinical environments.
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