Miroirs et lentilles

Miroirs et lentilles

CO₂ laser mirrors & lenses: Mo/Si mirrors and CVD ZnSe lenses for 10.6 µm. High reflectivity/transmission, high damage threshold, wipe-resistant. Sizes 20/25.4 mm; various focal lengths; OEM/custom.

Description

Miroirs et lentilles

MO Reflective lens

Features

Mirror is also called all mirror and generally uses molybdenum (Mo) and silicone (Si) as substrates. MO mirrors can work in harsh environment, and has long service life, high bearing power, and surface no need coating, anti-resistance to wiping. Our company’s Mo mirrors are mainly used in laser cutting machines..

IMG 20250528 101423 edit 16158833899018721

 

Material(mm)Diameter(mm)

Edge thickness

(mm)

Focal length

 

MO

20345
25345
30345

 

Si Reflective lens

Reflector Transmitter1

Features

Si is the most common substrate for coated mirrors. It has excellent optical and thermal properties, as well as high reflectivity. Our company’s silicon mirrors, serving as cavity mirrors in laser tubes, have a reflectivity as high as 99.8%, leading the laser industry.

Material(mm)

Diameter

(mm)

Edge thickness

 

 

 

Si

12.72
153
163
183
203
253
303

 

CVD  ZnSe lens

Reflector Transmitter3 Reflector Transmitter2

Features

After vacuum coating with anti-reflection film, the CVD ZnSe focusing lens can achieve a light transmittance of 99.8% at the 10μm working band of CO₂ lasers. It also features a high laser damage threshold, capable of withstanding high power density, with a firm surface coating that is not easy to fall off and resistant to wiping. Our company offers both imported and domestic focusing lenses for you to choose from, mainly selling lenses with diameters of 20mm and 25.4mm.

Material(mm)

Diameter

(mm)

Edge thickness

(mm)

Focal length

 

CVD ZnSe

19250.8/63.5/76.2/101.6
20250.8/63.5/76.2/101.6
25.4263.5/76.2
27.94350.8/63.5/76.2/101.6

 

fr_FRFrench

Contacter FEIJU

Faites-nous part de vos besoins - notre équipe vous recommandera le produit le mieux adapté à votre secteur d'activité.