Metallurgical Microscope

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Model Number: NH-13689

Brand: Niche Healthcare


Feature & Benefits

  • Eyepiece:Big view  Wide field  WF10X(Φ18mm)

  • Objective lens: Long working distance plan achromatic objective lens (no cover glass) PL 10X/0.25; Long working distance plan achromatic objective lens (no cover glass) PL L20X/0.40; Long working distance plan achromatic objective lens (no cover glass) PL L40X/0.60; Long working distance plan achromatic objective lens (no cover glass) PL 100X/1.25  (Spring, oil)

  • Eyepiece tube:Trinocular, tilted 30˚

  • Color filter: Frosted glass; Blue filter; Green filter; Yellow filter

  • Focusing mechanism:Coaxial coarse and fine focus adjustment, fine division value: 2μm, coarse and tight adjustment, with locking and limit devices

  • Converter:Four holes (positioning inside the ball)

  • Stage:Double-layer mechanical mobile(size:180mmX150mm,Moving range:15mmX15mm)

  • Lighting system:6V 20W Halogen lamp, adjustable brightness

SKU: VS1195707 Category: Tag:


While metallurgical microscopes are primarily designed for examining and analyzing metals and materials, their application in the NHS can offer several healthcare benefits, particularly in the fields of medical research, pathology, and equipment quality control. Here are the key healthcare benefits:

1. Enhanced Medical Research

  • Biomaterials Research: Metallurgical microscopes can be used to study the microstructure of biomaterials, which are used in medical implants and prosthetics. Understanding the properties and behavior of these materials is crucial for developing safer and more effective medical devices.
  • Tissue Engineering: Supports research in tissue engineering by enabling the detailed examination of scaffolds and other materials used to grow tissues and organs in the lab.

2. Improved Diagnostic Pathology

  • Bone and Teeth Analysis: Useful for examining the microstructure of hard tissues like bones and teeth, which can aid in diagnosing conditions such as osteoporosis, dental caries, and other structural abnormalities.
  • Histopathology: While primarily used for materials, metallurgical microscopes can be adapted for certain histopathological applications, providing high-resolution images of tissue samples.

3. Quality Control of Medical Devices

  • Medical Equipment Manufacturing: Ensures the quality and integrity of medical devices and instruments by examining their materials and detecting any defects or impurities at the microscopic level.
  • Sterilization and Wear Analysis: Analyzes the wear and tear on medical instruments and evaluates the effectiveness of sterilization processes, ensuring that equipment remains safe and effective for patient care.

4. Enhanced Educational and Training Outcomes

  • Material Science Education: Provides medical students and trainees with an understanding of the material properties of various medical devices and implants, enhancing their knowledge and competence.
  • Research Training: Equips researchers with the skills to use advanced microscopy techniques for studying biomaterials and other medical applications.

5. Development of Advanced Medical Technologies

  • Innovative Medical Solutions: Supports the development of new medical technologies by providing detailed insights into the materials used in medical device fabrication, leading to innovations in prosthetics, implants, and other healthcare solutions.
  • Nanotechnology Research: Enables the examination of nanomaterials, which are increasingly being used in drug delivery systems, diagnostic tools, and other advanced medical applications.

6. Improved Patient Outcomes

  • Better Implants and Prosthetics: By ensuring the quality and performance of biomaterials, metallurgical microscopes contribute to the development of better implants and prosthetics, improving patient outcomes and quality of life.
  • Enhanced Treatment Options: Supports research that leads to new and improved treatment options, particularly in orthopedics and dental care.

7. Support for Forensic Medicine

  • Forensic Analysis: Used in forensic medicine to examine hair, fibers, and other trace evidence at the microscopic level, aiding in criminal investigations and legal proceedings.


The implementation of metallurgical microscopes in the NHS offers several healthcare benefits, particularly in the areas of medical research, pathology, and quality control of medical devices. These microscopes enhance the development of safer and more effective medical technologies, improve diagnostic capabilities, and support advanced research in biomaterials and tissue engineering. By contributing to the quality and innovation of medical devices and treatments, metallurgical microscopes ultimately enhance patient care and outcomes within the NHS.


Sterile Medical Equipment Covers for Healthcare Infographic.

Sterile Medical Equipment Covers for Healthcare Infographic.


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