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UV Subnanosecond Laser - image 1
JwalinSub Nano Second Laser

UV Subnanosecond Laser

355nm Adjustable Pulse Laser for Scientific Research and Precision Microprocessing

The UV Subnanosecond Laser is a high-performance laser source operating at 355nm with output power ranging from 3W to 20W. Featuring adjustable pulse widths from 500ps to 20ns and exceptional beam quality of M² < 1.1, the laser delivers superior precision and process control for demanding scientific and industrial applications. It is widely used for microprocessing, medical laser systems, nonlinear optics research, and advanced manufacturing applications requiring minimal thermal impact and exceptional accuracy.

Wavelength355nm
Available Power3W - 20W
Pulse Width500ps - 20ns Adjustable
Beam QualityM² < 1.1

Industries Served

Scientific ResearchMedical EquipmentPhotonics IndustryElectronics ManufacturingPrecision EngineeringAdvanced ManufacturingResearch LaboratoriesOptical Technology
Product Features
355nm UV Wavelength
3W to 20W Output Power
Adjustable Pulse Width
500ps to 20ns Pulse Duration
Excellent Beam Quality M² < 1.1
High Precision Processing
Low Thermal Impact
Stable Output Performance
Industrial Grade Reliability
Advanced Scientific Applications
Compact System Design
Long Service Life
Technical Specifications
Product Type
UV Subnanosecond Laser
Wavelength
355nm
Available Power
3W - 20W
Pulse Width
500ps - 20ns Adjustable
Beam Quality
M² < 1.1
Laser Technology
Subnanosecond Laser
Processing Method
Precision Laser Processing
Output Stability
High Stability
Cooling Method
Industrial Cooling System
Operation Mode
Continuous Industrial Operation
Applications
Microprocessing and Manufacturing

Supports ultra-precision industrial processing applications.

Laser Medical Treatment

Suitable for advanced medical laser procedures.

Laser Diagnosis Systems

Used in scientific and medical diagnostic applications.

Nonlinear Optics

Supports advanced photonics and optical research.

Scientific Research

Ideal for laboratory and experimental applications.

Precision Material Processing

Provides high-accuracy machining capabilities.

Key Benefits
01

Adjustable Pulse Control

Provides flexibility for different processing requirements.

02

Superior Precision

Delivers exceptional machining accuracy.

03

Minimal Thermal Effects

Protects sensitive materials from damage.

04

Excellent Beam Quality

Ensures consistent processing results.

05

Versatile Applications

Suitable for scientific and industrial environments.

06

Reliable Performance

Designed for long-term continuous operation.