Domestically Manufactured Zinc Selenide Focusing Lenses Φ18
Domestic zinc selenide CO₂ laser focusing lenses are core optics designed for 10.6μm CO₂ processing systems. Precision-machined from domestically manufactured high-purity zinc selenide, they focus the beam into a small spot for high-power-density cutting, drilling, welding, engraving and marking. Plano-convex and meniscus versions offer high transmission and damage threshold, firmly adhering wipe-resistant coatings and good thermal stability. Other coating bands, including 3–5μm, 8–12μm and 2–14μm, can be customized. Selected standard specifications are stocked for industrial CO₂ equipment.
Specification Snapshot
Operating Wavelength
10.6 μm
Edge Thickness
2 mm
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Overview
Domestic zinc selenide CO₂ laser focusing lenses are core optics designed for 10.6μm CO₂ processing systems. Precision-machined from domestically manufactured high-purity zinc selenide, they focus the beam into a small spot for high-power-density cutting, drilling, welding, engraving and marking. Plano-convex and meniscus versions offer high transmission and damage threshold, firmly adhering wipe-resistant coatings and good thermal stability. Other coating bands, including 3–5μm, 8–12μm and 2–14μm, can be customized. Selected standard specifications are stocked for industrial CO₂ equipment.
Specifications
| Parameter | Value |
|---|---|
| Material | Domestically Manufactured Zinc Selenide |
| Focal-Length Range | 25.4/38.1/41/50.8/63.5/76.2/101.6/127/150/190.5 |
| Operating Wavelength | 10.6 μm |
| Edge Thickness | 2 mm |
Applications
Industrial laser processing: core focusing optics for CO₂ cutting, marking, engraving, welding and drilling machines. Nonmetal processing: laser cutting and engraving of leather, cloth, acrylic, wood and plastics. Thin metal sheets: CO₂ cutting and welding with low- and medium-power laser equipment. Research and teaching: focusing optics for laboratory CO₂ experiments and demonstrations.
Key Features
High CO₂-band transmission: excellent transmission at 10.6μm; antireflection coatings on both surfaces greatly reduce reflection loss and improve processing efficiency. High-power capability: firmly adhering, wipe-resistant coatings withstand long-term industrial high-power-density operation, resisting peeling and thermal deformation. Two designs: plano-convex and meniscus options fit different optical paths and focusing requirements, with stable beam modes. Domestic cost effectiveness: high-quality domestic zinc selenide offers stable, reliable performance and favorable cost for volume integration. Broad specifications: common diameters, focal lengths and edge thicknesses fit varied CO₂ equipment. Customization: special focal lengths, sizes, edge thicknesses and other coating bands support nonstandard equipment. Scysgx advantages - stable materials: high-quality domestic zinc selenide blanks provide optical uniformity and thermal stability for long-term performance. Scysgx advantages - precision manufacturing: strict surface-figure, focal-length-error and surface-quality control ensures stable beam modes and uniform processing. Scysgx advantages - stocked products and fast delivery: common specifications are stocked for rapid order response. Scysgx advantages - customization: special sizes, focal lengths, edge thicknesses and other coating bands support nonstandard equipment. Scysgx advantages - complete inspection: every focusing lens is checked for transmission, surface figure, focal length and surface quality. Coatings - standard: antireflection coatings on both surfaces for 10.6μm CO₂ lasers, with high transmission and low reflection. Coatings - custom options: antireflection coatings at 3–5μm, 8–12μm, 2–14μm and other bands for varied infrared optical systems.
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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