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Laser Lens

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Laser Lens Specification

Power
Up to 150W

Technology
Antireflective Coated Optics

Usage & Applications
Laser Cutting, Engraving, and Marking Machines

Working Area
Depends on the lens and machine

Phase
Single Phase

Product Type
Laser Lens

Laser Type
CO2 Laser Lens

Material
ZnSe (Zinc Selenide)

Cutting Thickness
0.2 - 20 mm (depending on material)

Cutting Area
Depends on machine configuration

Cutting Speed
0-36000mm/min

CNC Or Not
Yes

Computerized
Yes

Automatic Grade
Automatic

Cooling Mode
Air Cooling

Control Software
Ruida / Trocen / Leetro

Graphic Format Supported
BMP, PLT, DXF, AI, DST

Control System
DSP Control System

Voltage
220V / 110V

Weight (kg)
0.05 kg

Dimension (L*W*H)
20mm, 25mm, 30mm diameter options

Capacity
High Light Transmission Efficiency

Feature
High Precision / Antireflective Coating / Long Life Span

Color
Yellow Transparent

Focal Length
Available in 50.8mm, 63.5mm, 101.6mm, others on request

Wavelength Supported
10.6 µm

Surface Quality
40-20 Scratch & Dig

Cleaning Method
Use lens paper and cleaning fluid

Compatible Equipment
CO2 Laser Cutting and Engraving Machines

Transmittance
>99.5% at 10.6µm

Lens Shape
Plano-Convex, Meniscus

Maximum Operating Temperature
<250°C

Edge Thickness
2.0mm-4.5mm available

About Laser Lens

Since our establishment, we are the successful manufacturer and exporter of comprehensive variety of Laser Lens. These lenses are professional used with machines like CO2 laser carve and laser engrave for better visualization. With the help of advance tools and technique, our entire range is precisely manufactured by utilizing supreme quality materials at our well equipped production unit. Our valued customers can easily avail these Laser Lens from us in varied specifications at reasonable price.

Features:

Durable design
Accurate markup information
Quality finish

Exceptional Optical Performance

The laser lens is manufactured from ZnSe for maximum clarity and light transmission, supporting over 99.5% transmittance at 10.6 m. Its high-precision, antireflective coating guarantees long lifespan and consistent laser output, making it suitable for industrial cutting, engraving, and marking requirements.

Versatile Fit and Application

With focal lengths of 50.8mm, 63.5mm, and 101.6mmcustom sizes availablethe lens meets diverse operational needs. Diameter options of 20mm, 25mm, and 30mm allow integration into a wide range of CO2 laser systems for both auto and CNC applications across multiple industries.

Easy Maintenance and Operation

Regular cleaning is simplejust use lens paper and suitable cleaning fluid. The lens works efficiently with air cooling and supports maximum operating temperatures below 250C, ensuring reliable performance during extended use. Its also compatible with prevalent DSP control systems.

FAQs of Laser Lens:

Q: How do I properly clean and maintain the laser lens?

A: Use dedicated lens paper and approved cleaning fluid to gently clean the surface. Avoid abrasive materials that could scratch the precision antireflective coating. Regular maintenance is crucial to uphold optimal transmittance and lifespan.

Q: What advantages does ZnSe (Zinc Selenide) offer as a lens material?

A: ZnSe provides excellent transmission at the 10.6 m wavelength typical of CO2 lasers, delivering high light efficiency, thermal resistance up to 250C, and durability due to its antireflective coated optics.

Q: When should I choose different focal lengths for the lens?

A: Select 50.8mm for finer engraving, 63.5mm for general cutting, or 101.6mm for deeper cuts. Custom focal lengths are available on request to match specific material thickness and application requirements.

Q: Where are these laser lenses commonly used?

A: These lenses are essential in CO2 laser cutting, engraving, and marking machines across manufacturing, signage, textiles, and electronic industries, both in India and for export globally.

Q: What graphic formats and software does this lens support?

A: The lens is compatible with machines that handle BMP, PLT, DXF, AI, and DST graphic formats. Supported control software includes Ruida, Trocen, and Leetro for seamless integration into automatic CNC operations.

Q: What is the process for replacing a laser lens in my machine?

A: Power off the machine and ensure the area is safe to access. Gently remove the old lens, insert the new one without touching the coated surface, and tighten components securely. Always consult your machines manual for specific instructions tailored to your equipment.

Q: What are the main benefits of using this laser lens in CO2 laser systems?

A: Key benefits include high light transmission efficiency, precise focal control, robust antireflective coating, extended lifespan, and compatibility with high-power operations up to 150W, ensuring optimal results in cutting and engraving applications.

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