Description

Technical Specifications

Key Features

• Advanced Trinocular Microscope with integrated digital imaging capability.
• Magnification range from 40X to 1500X for detailed specimen observation.
• Built-in 1.3 MP CMOS camera for image capture and analysis.
• Semi-plan achromatic objectives provide sharp and distortion-free images.
• Wide-field eyepieces ensure comfortable viewing during extended use.
• Bright LED illumination delivers uniform specimen lighting.
• Precision coarse and fine focusing controls for accurate adjustments.
• Trinocular head supports simultaneous viewing and image documentation.
• Durable die-cast construction ensures long operational life.
• Suitable for laboratories, research institutions, universities, and diagnostic centers.

Working Purpose

The Trinocular Microscope TM-122 is designed for detailed examination, analysis, and digital documentation of microscopic specimens. It is widely used for observing biological tissues, microorganisms, blood samples, bacteria, plant cells, and laboratory specimens. The integrated camera allows users to capture images, record observations, and share findings for research and educational purposes. This Microscope enhances workflow efficiency by combining high-quality optical observation with modern digital imaging technology, making it valuable for scientific research and laboratory investigations.

Ending Notes

The OPXICA Trinocular Microscope TM-122 combines precision optics, digital imaging, and durable engineering to meet the demands of modern laboratories and educational institutions. With its powerful magnification range, integrated CMOS camera, semi-plan achromatic objectives, and reliable LED illumination system, this Trinocular Microscope delivers exceptional performance for observation, documentation, and research applications. It is an ideal choice for professionals seeking accuracy, reliability, and advanced microscopy capabilities.

Frequently Asked Questions (FAQs)

1. What is the OPXICA Trinocular Microscope TM-122?

The OPXICA Trinocular Microscope TM-122 is a professional compound microscope designed for laboratory observation, research, pathology, microbiology, and education. It features 40X–1500X magnification, a trinocular viewing head, semi-plan achromatic optics, bright LED illumination, and a built-in 1.3 MP CMOS camera for image capture and digital documentation.

2. What is a trinocular microscope used for?

A trinocular microscope is used for observing microscopic specimens while simultaneously capturing images or videos using a digital camera. It is commonly used in pathology laboratories, microbiology, universities, research institutes, pharmaceutical laboratories, hospitals, and quality control laboratories.

3. What is the difference between a trinocular microscope and a binocular microscope?

The primary difference is the additional camera port.

• Binocular Microscope: Two eyepieces for visual observation only.
• Trinocular Microscope: Two eyepieces plus a third optical port for connecting a digital camera.

This allows users to observe specimens and capture images without interrupting their workflow.

4. Does the OPXICA TM-122 include a built-in camera?

Yes. The OPXICA Trinocular Microscope TM-122 features a built-in 1.3 MP CMOS camera with USB connectivity, allowing users to capture images, record videos, perform digital analysis, and share microscope observations on a computer.

5. What is the magnification range of the Trinocular Microscope TM-122?

The microscope provides a magnification range of 40X to 1500X, making it suitable for observing bacteria, blood cells, microorganisms, plant tissues, biological specimens, and laboratory samples with excellent clarity.

6. What specimens can be viewed using the TM-122?

The OPXICA TM-122 is ideal for examining:

• Blood smears
• Bacteria
• Plant cells
• Animal tissues
• Histology slides
• Microorganisms
• Water samples
• Biological specimens
• Pathology samples
• Educational microscope slides

7. Which laboratories use a Trinocular Microscope?

The TM-122 is widely used in:

• Pathology laboratories
• Microbiology laboratories
• Hospitals
• Diagnostic centers
• Universities
• Medical colleges
• Pharmaceutical laboratories
• Biotechnology laboratories
• Research institutes
• Industrial quality control laboratories

8. Why is a trinocular microscope better for research?

A trinocular microscope allows researchers to observe specimens while simultaneously capturing images and videos for documentation, publications, presentations, online teaching, measurements, and long-term record keeping without removing the specimen from view.

9. What are the main features of the OPXICA TM-122?

Key features include:

• 40X–1500X magnification
• Trinocular viewing head
• Built-in 1.3 MP CMOS camera
• USB connectivity
• Semi-plan achromatic objectives
• Wide-field eyepieces
• Bright LED illumination
• Precision coarse and fine focusing
• Durable die-cast metal body
• Stable laboratory-grade construction

10. What should I consider before buying a Trinocular Microscope?

Before purchasing, consider:

• Optical quality
• Camera resolution
• Magnification range
• LED illumination quality
• Objective lens type
• Mechanical stage accuracy
• Software compatibility
• After-sales support
• Spare parts availability
• Manufacturer reputation

These factors help ensure long-term performance and reliable imaging.

11. What is the price of a Trinocular Microscope?

The price of a Trinocular Microscope depends on its magnification, optical system, camera resolution, imaging software, accessories, and intended application. Contact OPXICA for the latest pricing, institutional quotations, OEM solutions, and bulk purchase options.

12. Can the TM-122 capture microscope images and videos?

Yes. The built-in 1.3 MP CMOS camera allows users to capture high-quality microscope images, record videos, save observations digitally, prepare reports, and share findings for research, education, and diagnostic documentation.

13. Is the OPXICA TM-122 suitable for educational institutions?

Yes. The microscope is ideal for:

• Schools
• Colleges
• Universities
• Medical colleges
• Biology laboratories
• Microbiology practicals
• Pathology demonstrations
• Scientific training programs

Its digital imaging capability makes classroom demonstrations more interactive.

14. How do I maintain the Trinocular Microscope TM-122?

For reliable performance:

• Clean lenses only with lens paper.
• Cover the microscope after use.
• Store it in a dry, dust-free location.
• Avoid touching optical surfaces.
• Clean the stage after every session.
• Keep the USB camera protected.
• Check LED illumination periodically.
• Service moving parts according to manufacturer recommendations.

Proper maintenance extends the microscope’s operational life and preserves image quality.

15. Why choose the OPXICA Trinocular Microscope TM-122?

The OPXICA TM-122 combines professional optics, integrated digital imaging, durable construction, and precision focusing in a single laboratory microscope. With its 40X–1500X magnification, built-in CMOS camera, semi-plan objectives, and LED illumination, it is an excellent solution for pathology, microbiology, research, education, biotechnology, and diagnostic applications.

16. Where can I buy the OPXICA Trinocular Microscope TM-122?

The OPXICA Trinocular Microscope TM-122 is available directly from OPXICA. The company supplies trinocular microscopes to educational institutions, research laboratories, hospitals, diagnostic centers, distributors, government organizations, and OEM partners while providing technical support and after-sales service.