About RESEARCH TRINOCULAR MICROSCOPE FXL-TRINO
Infinite Optical Systems 160mmViewing Head : Sidentopf Trinocular Viewing Head, Inclined at 30 Degree, Interpupillary 48mm-75mmEyepiece: Wide Field Eyepiece WF10X/18mmObjective: Infinite 195 Series Achromatic Objective 4X, 10X, 40X, 100Xs (Oil).Nosepiece : Forward Quadruple NosepieceCondenser : Abbe Condenser NA 1.25 with DiaphragmFocusing System : Coaxial Coarse and Fine Adjustment, Fine Division 0.002mm, Coarse Stroke 36mmStage: Double Layer Mechanical Stage 142x132mm, Moving Range 75mm x 50mm.illumination: External illumination, 3W/LED.Product Single Size : 30cm x 20cm x 38cmAdditional Information:
- Production Capacity: 2000
- Delivery Time: 3 DAYS
High-Precision Optical SystemEquipped with DIN achromatic objectives (4x, 10x, 40x S, 100x S Oil) and wide field eyepieces (10x, 15x), the FXL-TRINO delivers crisp, high-resolution images across a wide magnification range. The trinocular head supports both direct viewing and camera integration for image capture or live analysis.
Robust and Ergonomic DesignThe die-cast metal frame with a corrosion-resistant finish ensures long-term durability, while the ergonomic design and 45 inclined, 360 rotatable eyepiece tube provide comfort during extended use. Its professional white and black finish enhances any laboratory environment.
Advanced Stage and Focusing MechanismsThe microscope features a quadruple revolving nosepiece with smooth ball-bearing movement, a precision mechanical stage with sizable travel and vernier scale, as well as coaxial coarse and fine focusing adjustments, allowing for accurate, repeatable observations.
Flexible Illumination and Accessory SupportChoose between powerful 6V/20W halogen or modern LED illumination for tailored lighting conditions. The FXL-TRINO supports optional dark field, phase contrast, and polarization accessories, enhancing versatility for diverse research tasks.
FAQ's of RESEARCH TRINOCULAR MICROSCOPE FXL-TRINO:
Q: How can I attach a camera to the RESEARCH TRINOCULAR MICROSCOPE FXL-TRINO for image capture?
A: The FXL-TRINO features a trinocular head with a standard C-mount interface, allowing you to mount compatible CCD or CMOS microscope cameras (not included) for still image and video capture. Simply attach your camera to the designated port for seamless integration.
Q: What are the magnification and focusing capabilities of this microscope?
A: This model offers a magnification range from 40x to 1000x, utilizing paired 10x and 15x wide field eyepieces with DIN achromatic objectives. The coaxial coarse and fine focusing mechanism ensures precise adjustments, with a fine focusing precision of 0.002 mm and a 30 mm coarse adjustment range.
Q: When should I use the optional dark field, phase contrast, or polarization accessories?
A: These optional accessories are designed for specialized applications: use dark field for observing live and unstained specimens, phase contrast for visualizing transparent materials, and polarization for studying birefringent samples. Each enhances the microscope's versatility for advanced research needs.
Q: Where can I use the FXL-TRINO, and is it suitable for professional laboratories?
A: Yes, the FXL-TRINO is designed for use in research institutions, hospitals, educational settings, and industrial laboratories. Its robust construction, advanced optical capabilities, and ergonomic design make it especially suitable for professional environments.
Q: What safety features are incorporated in the illumination system?
A: The microscope's illumination system includes overheat protection and a replaceable fuse, ensuring reliable and safe operation during prolonged use, whether you choose the halogen or LED light source configuration.
Q: How do I achieve precise measurements on the specimen stage?
A: The graduated mechanical stage provides a 70 mm x 50 mm travel range with a vernier scale, allowing for highly accurate movement and measurement of specimens during observation or documentation.
Q: What benefits does the anti-fungal optical design provide?
A: The anti-fungal optics prevent the growth of fungi on the lenses and optical elements, preserving image quality and extending the service life of the microscope, especially in humid or laboratory environments.