PT Lr Developing Marker Ring-C Ring

• Customization: Available
• Application: Other
• Certification: RoHS
• Model NO.: C ring
• Corrosion Resistance: Anti-Corrosion
• Stability: High Stability
• Degree of Refinement: High Machining Precision
• Measure: Customizable
• Transport Package: Bubble Chamber, Paper Box
• Specification: order
• Trademark: JIAJIADU
• Origin: China
• Production Capacity: 100000
• Package Size: 1.00cm * 1.00cm * 1.00cm
• Package Gross Weight: 1.000kg

Product Description

The PT-IT Alloy stands out with its remarkable stability and biocompatibility, boasting a high density that is ideal for advanced development applications. This extraordinary material ensures reliable performance and exceptional longevity.
The Developing Ring is a crucial optical accessory for microscope observation, primarily utilized in phase contrast or interference contrast technologies. By finely adjusting the light's phase or interference, it enhances the sample's different parts to produce distinctive contrast, thus unveiling the intricate details of fine structures. These rings are indispensable in electron microscopy, significantly improving the contrast and clarity of samples to make microstructures visibly distinct.

Application of Developing Ring in the Medical Field
Medical Developing Rings serve as critical medical devices that deliver precise images of internal organs, aiding doctors in accurate disease diagnosis and strategic treatment planning. Leveraging state-of-the-art imaging technology, these rings offer high-resolution images that empower physicians to discern lesions with exceptional clarity.

Platinum-Iridium Alloy is heralded as one of the most stable alloy materials, excelling in chemical, mechanical, and electrical properties. It features high strength, exceptional elasticity, and low contact resistance, aligning perfectly with human biocompatibility standards. In the medical industry, this alloy is used in high-precision developing rings and high-temperature alloy rings, with tolerances reaching micron levels, crucial for miniature, precision-demanding applications.
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