Inclined-Surface Copper Mirror FA49.5
A mirror is an optical element that reflects laser beams using the principle of reflection. It redirects the beam for laser transmission and focusing. Water cooling supports high-power operation, extends copper mirror service life, and reduces optic replacement and maintenance costs.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Material | Oxygen-Free Copper OFHC-Copper |
| Mirror Surface | Roughness Ra<6nm, Surface Accuracy <1um (Optimal Assembly) |
| Rear Surface | High-Speed Diamond Cutting, Flatness <2um, Roughness Ra<1um |
| Clear Aperture Dimension | 95% of Mirror Surface |
| Center Height | 26.5 |
| Optic Dimensions | 49.5 |
| Maximum Applicable Power | 20KW |
| Cooling Method | Hollowed-Out Welded Structure |
| Temperature Measurement Process | With Temperature Measurement Hole |
| Coated or Uncoated | Optional |
| Focal Length | 75, 100, 150, 200, 250, 300, 400; Other Sizes Customizable |
| Beam-deviation angle | 90°, Other Dimensions Customizable |
Applications
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
DAM low-temperature-drift two-dimensional scanning galvanometer Optical Mirrors Sp-scan
Long-term position accuracy [F160 field lens; No warm-up required]: <0.02 mm
-
Grade A scanning galvanometer (10mm) Optical Mirrors Central-laser
Clear Aperture Dimension [Model=CK-DH-10-A]: 10 mm Clear Aperture Dimension [Model=CK-DH-10-H]: 10 mm Clear Aperture Dimension [Model=CK-DH-10-G]: 10 mm
The CK-DH-A high-speed scanning-galvanometer series supports mirrors for a 10mm beam spot, with a maximum incident beam diameter of 10mm and A/H/G precision grades. Fast, low-drift, high-positioning-accuracy performance suits high-speed and on-the-fly marking with fiber, YAG, CO2, and other lasers. Supports the XY2-100 protocol.
-
Grade A scanning galvanometer (8mm) Optical Mirrors Central-laser
Clear Aperture Dimension [Model=CK-DH-8-A]: 8 mm Gain drift [Model=CK-DH-8-A]: 80 ppm/K Zero drift [Model=CK-DH-8-A]: 30 urad/K
The CK-DH-A high-speed scanning-galvanometer series supports mirrors for an 8mm beam spot and a maximum incident beam diameter of 8mm. Fast, low-drift, high-accuracy, reliable, stable performance suits high-speed and on-the-fly marking with fiber, YAG, CO2, and other lasers. Supports XY2-100 and lenses for different wavelengths and power levels.
-
Grade S scanning galvanometer (10mm) Optical Mirrors Central-laser
Clear Aperture Dimension [Model=CK-DH-10-S]: 10 mm Marking Speed [Model=CK-DH-10-S]: 3.5 m/s Positioning Speed [Model=CK-DH-10-S]: 7 m/s
S-grade scanning galvanometer (10mm) with innovative LED status indicators clearly showing marking and signal states; fast response, high control accuracy, strong electromagnetic-interference resistance, and low thermal drift and distortion. The source states CE certification and suitability for various laser-marking machines.
-
Grade S scanning galvanometer (20mm) Optical Mirrors Central-laser
Clear Aperture Dimension [Model=CK-DH-20-S]: 20 mm Gain drift [Model=CK-DH-20-S]: 80 ppm/K Marking Speed [Model=CK-DH-20-S]: 2.5 m/s
S-grade scanning galvanometer (20mm), with a 20mm clear aperture, fast response, high control accuracy, strong electromagnetic-interference resistance, low thermal drift and distortion, and good linearity. The source states CE certification and suitability for fiber, YAG, CO2, and other laser-marking machines.
Related Articles
Macro channel water-cooled stacked laser diodes integrate dozens of laser bars into one vertical stacked module with large-diameter macro flow cooling channels.
The CNGE 384 uncooled infrared core module is a high-performance core component for thermal imaging systems. Adopting mature uncooled infrared detection technology, it realizes all-weather thermal radiation perception and high-definition imaging without refrigeration equipment.
VCSEL, short for Vertical Cavity Surface Emitting Laser, is a widely used semiconductor laser component in modern optoelectronics. Unlike traditional edge-emitting lasers, VCSEL emits laser light vertically from its chip surface. Thanks to its low power consumption, stable beam quality, low cost, and easy integration, it has become the core light source for 3D sensing, wearable devices, and high-speed optical communication.
Founded in Beijing in 2011, Beijing FJR Opto-electronic Technology Co., Ltd. specializes in R&D, manufacturing and sales of infrared thermal imaging equipment and complete optoelectronic systems.
Loading...
Name
Phone
Organization
Use Case
Database Platform