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IR Subnanosecond Laser - image 1
JwalinSub Nano Second Laser

IR Subnanosecond Laser

1064nm Adjustable Pulse Laser for Hard Material Processing and Laser Ranging

The IR Subnanosecond Laser is a powerful infrared laser source operating at 1064nm with output power ranging from 10W to 300W. Featuring adjustable pulse widths from 500ps to 20ns and excellent beam quality of M² < 1.3, it provides superior performance for industrial processing, laser ranging, pollution monitoring, and precision machining of extremely hard materials such as diamonds. The system combines high energy output with precise pulse control for demanding industrial and scientific applications.

Wavelength1064nm
Available Power10W - 300W
Pulse Width500ps - 20ns Adjustable
Beam QualityM² < 1.3

Industries Served

Diamond IndustryEnvironmental MonitoringDefense TechnologyPhotonics IndustryScientific ResearchElectronics ManufacturingIndustrial AutomationAdvanced Manufacturing
Product Features
1064nm Infrared Wavelength
10W to 300W Output Power
Adjustable Pulse Width
500ps to 20ns Pulse Duration
Excellent Beam Quality M² < 1.3
High Energy Output
Suitable for Diamond Processing
Laser Ranging Capability
Pollution Monitoring Applications
Stable Industrial Performance
High Precision Material Processing
Long Service Life
Technical Specifications
Product Type
IR Subnanosecond Laser
Wavelength
1064nm
Available Power
10W - 300W
Pulse Width
500ps - 20ns Adjustable
Beam Quality
M² < 1.3
Laser Technology
Subnanosecond Laser
Processing Method
High Precision Processing
Output Stability
High Stability
Cooling Method
Industrial Cooling System
Operation Mode
Continuous Industrial Operation
Applications
Microprocessing

Provides high-precision machining for advanced manufacturing.

Material Processing

Suitable for a wide range of industrial materials.

Laser Radar and Ranging

Supports distance measurement and radar systems.

Pollution Monitoring

Used in environmental monitoring systems.

Diamond Processing

Enables marking and cutting of extremely hard materials.

Scientific Research

Supports advanced laboratory and photonics applications.

Key Benefits
01

High Power Availability

Supports demanding industrial applications.

02

Precise Pulse Control

Provides flexibility across multiple processes.

03

Excellent Beam Quality

Ensures consistent and accurate results.

04

Broad Application Coverage

Suitable for industrial, scientific and environmental systems.

05

Reliable Industrial Operation

Designed for long-term continuous performance.

06

Enhanced Processing Efficiency

Improves productivity and processing quality.