Product Description
The adjustment of the height is made by counter-balance and the fine adjustment of the microscope is motorized by a footswitch operation without using hands.
Easy sterilization protectors are attached on the magnification changer knobs and the microscope positioning handle.
The five-steps magnification changer is incorporated in the OP-2; 0.4X, 0.6X, 1.0X, 1.6X and 2.5X, which permits a variety of the total magnifications of 2.6X, 4.1X, 6.4X, 10.0X and 15.8X. Control knobs are located on both sides of the microscope head to permit the surgeon to conveniently select the desired magnification.
| SPECIFICATION | Binocular tube : Inclined and straight Type : Manual 5 steps (drum type) (0.4X, 0.6X, 1.OX, 1.6X, 2.5X) Objective Lens : f=175mm Eyepiece : 10X Total magnifications : 2.6X, 4.1X, 6.4X, 1O.OX, 15.8X Effective visual field : Ø69, Ø44, Ø28, Ø18, Ø11.4 Vertical movement (fine adjustment) : 36mm by motor lllumination method : Coaxial illumination by light guide system using halogen lamp of 15V 150W (Philips Type 6423) lllumination field diameter : 49mmØ |
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Advanced Surgical VisualizationThe SHINNIPON OPERATING MICROSCOPE OP-2 employs cutting-edge laser technology for enhanced clarity and precision during surgical procedures. Its robust stainless steel fabrication guarantees long-lasting durability in demanding hospital environments, ensuring seamless and reliable operation for medical professionals.
Versatile and Ergonomic DesignThis microscope is manually operated, allowing for precise adjustments and tailored control by surgeons. Its adjustable weight range from 8 to 20 kilograms provides flexibility and ease of use in a variety of clinical applications, supporting both specialized and routine medical tasks with equal effectiveness.
FAQ's of SHINNIPON OPERATING MICROSCOPE OP-2:
Q: How is the SHINNIPON OPERATING MICROSCOPE OP-2 used in hospitals?
A: The OP-2 is predominantly used to provide high-resolution magnification during surgical procedures. Surgeons rely on its laser technology for enhanced visualization of fine structures, ensuring greater accuracy and improved patient outcomes.
Q: What are the main benefits of the OP-2's laser technology?
A: The integrated laser technology offers superior illumination and sharper image clarity, which aids surgeons in making more precise assessments and interventions during operations.
Q: When should hospitals consider using the SHINNIPON OP-2 microscope?
A: Hospitals should consider the OP-2 for procedures requiring high magnification and clarity, such as microsurgery, ophthalmic surgery, and other delicate operations that demand detailed visualization.
Q: Where can I purchase the SHINNIPON OP-2?
A: The OP-2 is available through authorized distributors, exporters, manufacturers, suppliers, and traders, particularly those specializing in quality Japanese medical equipment.
Q: What is the process of operating this microscope?
A: The microscope is driven manually, giving the operator full control over focus and positioning. Its ergonomic design ensures surgeons can easily make adjustments during procedures, optimizing efficiency.
Q: What materials are used in the OP-2, and what are their advantages?
A: Constructed from stainless steel, the OP-2 offers exceptional strength, resistance to corrosion, and longevity, making it ideal for frequent use in sterile hospital environments.