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ZnSe Co2 Laser Focus Lens Dia 38.1mm FL 127mm

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Address: Unit 2, building 212, Lingyun community, Lingyun Road, Xinhua Road Street, Yanliang, Xi'an, Shaanxi

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Shaanxi Ruichen Optoelectronic Technology Co., Ltd.

ZnSe Co2 Laser Focus Lens Dia 38.1mm FL 127mm

Country/Region	china
City & Province	baoji Shaanxi
Categories	Laser Equipment Parts

Product Details

ZnSe Co2 Laser Focus Lens Dia 38.1mm FL 127mm

Detailed description of Co2 Laser Focus Lens

Co2 Laser Focus Lens is one of the important parts of laser marking machine and lase cutting machine, which aims to focus the laser on the whole marking plane.

Specification of Co2 Laser Focus Lens:

Item	Value
Certification	CE, ISO9001
Customized support	OEM, ODM, OBM
Place of Origin	Shaanxi, China(Mainland)
Usage	Optical
Structure	Plano-convex
Shape	Circular
Product name	Laser Focusing Lens
Material	ZnSe
Application	optical equipment
Diameter	38.1mm FL=127mm
Color	Yellow
Surface quality	60/40,40/20,20/10
Coating	AR-coated
Surface Accuracy	1/4lambda

Product features:

1. Low insertion loss

2. High power bearing capacity

3. Transmission of visible light

4. Adjustable focal length (limited to some models)

5. It can be customized

6. Minimize the beam deviation

Advantages :

1. High transmittance, fast cutting speed

The transmittance of laser focusing lens could reach to 99.8%,Effectively enhance cutting speed,There are Anti-reflective coatings with high damage threshold on both sides of the focus lens,which can effectively reduce the loss caused by reflection.

2. Double sides coating, Strong durability

Long service life, more durable, double-sided coating can effectively protect the focus lens from splashes and other hazards, thus increasing the service life.

3. Excellent optical properties and good stability

The focusing lens has good thermal stability, high temperature resistance and excellent laser resistance.

The main functions of the focusing mirror are as follows:

1. The ability of edge beam incident on detector is improved;

2. In the same main optical system, the additional field mirror will reduce the area of the detector; If the same detector area is used, the field of view can be expanded and the incident flux can be increased;

3. The non-uniform illumination on the photosensitive surface of the detector is homogenized.

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