High Precision K9 Glass Microlens for Endoscopic surgery optics

Category： Laser Optics
Material：Corning，Quartz glass，JGS1 Quartz
Size：Customizable
Tolerance：±0.001 to ±0.5mm
Surface Quality :Polished
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Product Introduction
Our precision mold manufacturing technology and micro-nano processing equipment enable the creation of various complex micro-nano surfaces, including spherical, aspherical, cylindrical, freeform, array compound eyes, and optical microstructures. By utilizing imported three-axis, four-axis, and five-axis micro-nano processing equipment combined with advanced micro-nano processing technology, we can achieve micro-nano processing of freeform surfaces and other complex geometries. The processing diameters range from as large as 1000mm to as small as 0.05mm.

Materials:
K9 Glass
B270 Glass
Fused Quartz
Corning Glass

Schott Glass

Specification：

OD	Ф0.5~Ф5mm
OD Tolerance	0/-0.01mm
Thickness Tolerance	±0.01mm
wavelength	546.1nm
Surface Quanlity	10/5
Optical Aperture	>90%
Aperture	N<1(0.2)632.8nm
Center deviation	<0.01mm
Focal length tolerance	±2%
chamfer	0/+0.05mmх45°
Material	K9 Glass，B270 Glass，Fused Quartz,Corning

Applications:
Endoscopic Surgery: Providing precision optics for minimally invasive surgeries.
Minimally Invasive Surgery Lenses: High-quality lenses designed for delicate surgical procedures.
Medical Aesthetics: Advanced optical components for aesthetic medical devices.
Optical Fiber Communication: Fiber coupling for efficient optical communication.
Multi-fiber Coupling: Solutions for coupling multiple optical fibers.
Laser Projection and Imaging Detection: Optics for high-precision laser applications.
Laser Homogenization: Components for uniform laser beam distribution.

Our Advantages:
Extensive Experience: With years of processing experience, we flexibly meet diverse customer needs for different sizes and shapes.
Advanced Technology: Our combination of imported equipment and cutting-edge technology ensures the highest quality and precision.
Customization: We offer tailored solutions to match specific requirements, ensuring optimal performance in various applications.