SMT-3611
Inquire NowDescription
The SM Trinocular with Flexible Arm Stand is a state-of-the-art zoom stereo microscope designed for high-resolution imaging and versatility. Featuring two parallel beam paths and a high-quality optical system, this microscope delivers distortion-free contrast images across its entire zoom range. With a zoom ratio of 8:1, the SM series allows for a magnification range of 6.2x to 50x, easily expandable with optional accessory lenses up to 250x. Its modular design ensures that users can customize their setup with various packages tailored to their specific needs.
Ideal for professionals and enthusiasts alike, the SM Trinocular is equipped with a 1.0x plan achromatic objective and a working distance of 80mm, providing ample space for detailed examination. The high eye point WFH10X-D/21 eyepiece offers comfort and a wide field of view, making it perfect for prolonged use. The microscope is built for precision and ease, featuring dioptric correction and adjustable interpupillary distance to suit various users.
Specifications
| Attribute | Details |
|---|---|
| Design Principle | Two parallel beam paths optical system, modular construction |
| Standard Set | SM optic head with 1.0x plan achromatic objective |
| Zoom Range | 0.62x – 5x |
| Zoom Ratio | 8:1 |
| Magnification | 6.2x – 50x (with accessory lens: 1.9x – 250x) |
| Working Distance | 80mm (with accessory lens: 26mm – 278mm) |
| Field of View | 33.9mm – 4.2mm (with accessory lens: 106mm – 0.6mm) |
| Interpupillary Distance | 50mm – 75mm |
| Dioptric Correction | +5 to -5 |
| Eyepiece | WFH10X-D/21 High eye point, wide-field, distortion-free |
| Objective | 1x Planachromatic objective |
| Optional Objective | Planachromatic 0.5x |
| Optional Eyepieces | WF20x, WF25x |
Additional Information
To maximize the performance of your SM Trinocular microscope, consider utilizing optional eyepieces and objectives to enhance magnification and field of view. Regular maintenance and cleaning of the optical components will ensure longevity and optimal image quality.
