Molybdenum Mirrors Φ20
Molybdenum mirrors are metal reflecting components designed for high-power CO₂ laser systems and precision-machined from high-purity molybdenum substrates. Excellent thermal conductivity, a high damage threshold and thermal stability support continuous high-power laser operation in the optical paths of high-power CO₂ laser cutting, welding, marking and engraving equipment. Their firmly bonded, wipe-resistant high-reflectance coatings suit harsh industrial environments. Some standard specifications are kept in stock to meet the needs of various high-power CO₂ laser systems.
Specification Snapshot
Thickness [Compatible with low- and medium-power CO₂ laser equipment]
2 mm
Operating Wavelength [Compatible with low- and medium-power CO₂ laser equipment]
10.6 μm
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Overview
Molybdenum mirrors are metal reflecting components designed for high-power CO₂ laser systems and precision-machined from high-purity molybdenum substrates. Excellent thermal conductivity, a high damage threshold and thermal stability support continuous high-power laser operation in the optical paths of high-power CO₂ laser cutting, welding, marking and engraving equipment. Their firmly bonded, wipe-resistant high-reflectance coatings suit harsh industrial environments. Some standard specifications are kept in stock to meet the needs of various high-power CO₂ laser systems.
Specifications
| Parameter | Value |
|---|---|
| Thickness [Compatible with low- and medium-power CO₂ laser equipment] | 2 mm |
| Material [Compatible with low- and medium-power CO₂ laser equipment] | Molybdenum |
| Operating Wavelength [Compatible with low- and medium-power CO₂ laser equipment] | 10.6 μm |
Applications
Industrial laser-processing equipment: beam-redirection elements in high-power CO₂ laser cutting, marking, welding, engraving and drilling equipment. High-power laser systems: high-power CO₂ equipment, including metal-sheet cutters and thick-material welders. Harsh operating environments: industrial settings with substantial dust and oil, where molybdenum mirrors offer durability advantages. Research and teaching equipment: reflecting elements for laboratory high-power CO₂ laser experiments and teaching demonstrations.
Key Features
High-power handling: the excellent thermal conductivity of the molybdenum substrate rapidly dissipates heat for prolonged high-power laser operation, resisting thermal deformation and damage. High reflectance and low loss: high reflectance in the 10.6μm CO₂ laser band greatly reduces laser-energy loss and improves processing efficiency. High durability: dedicated reflecting coatings are firmly bonded and wipe-resistant for harsh industrial conditions with dust and oil. Comprehensive specifications: mainstream diameters readily match various high-power CO₂ laser systems. Customization: special dimensions, thicknesses and coatings for other wavelength bands meet nonstandard equipment needs. Scysgx core advantages — stable substrate quality: high-purity molybdenum substrates offer good thermal conductivity and a dense structure to ensure stable high-power operation. Scysgx core advantages — precision processing: strict surface-flatness and finish control reduces scattering loss and ensures reflection efficiency. Scysgx core advantages — ample stock and fast delivery: mainstream specifications are kept in stock for rapid response to customer orders. Scysgx core advantages — strong customization: special dimensions, thicknesses and coatings for other wavelength bands meet nonstandard equipment needs. Scysgx core advantages — full quality inspection: every mirror is tested for reflectance, flatness and surface quality to meet performance requirements.
Datasheet
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Supplier Information
Sichuan Yasi Optics is a source factory focusing on the R&D and manufacturing of optical components, which has rapidly emerged as a benchmark enterprise in the industry that combines innovation and quality. The company's core business focuses on the customized production of various optical components such as optical prisms, optical lenses, optical windows, laser lenses, etc. The products are widely suitable for application needs in multiple industries including medical, manufacturing, and scientific research. In terms of material selection, we support diverse substrates such as NBK7, quartz, sapphire, germanium, molybdenum, copper, zinc sulfide, fluoride, gallium arsenide, etc., to meet performance requirements in different scenarios. Relying on more than 260 processing equipment and 13 professional testing equipment, we have built a complete processing chain from cutting, grinding, polishing, coating to inspection and delivery. We can not only achieve rapid delivery of small and large batch products, but also precisely meet the personalized production needs of different customers.
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