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Laser
Fiber-Coupled Laser Sources
VL Quick-Connect Type Fiber-Coupled Laser
Precise Coverage + Flexible Integration
- Multi-spectral Coverage and Scenario Adaptability of Precise Power Gradient
- Stability Breakthroughs Enabled by CTP Packaging Technology
- High Compatibility and Customization Capability
- Industrial-Grade Reliability Design
VL Fiber-Coupled Laser Sources
A stable fiber laser solution with high coupling efficiency, high spot quality, and strong compatibility
- Excellent optical performance
- Wide compatibility
- Rich parameter options
- Reliable stability design
VL-PM Fiber-Coupled Laser Sources
Focusing on High precision, High stability, and Controllable polarization
- High stability and polarization-maintaining characteristics, suitable for polarization-sensitive scenarios
- High-precision optical performance, suitable for precision applications
- Strong compatibility and standardized design reduce supporting costs
- Strict safety and protection design ensures long-term reliable operation
High-Stability Laser Engines
A high-stability laser engine is an integrated core functional unit consisting of a light source module, temperature control system, drive circuit, and optical calibration component. It achieves long-term stability of laser output parameters through multi-dimensional coordinated control. Compared with ordinary lasers, its core difference lies in the adoption of an active intervention mechanism to offset environmental interference, ensuring precise control of wavelength, power, and beam quality during long-term operation.
Laser Modules
The separate-type laser module adopts an innovative architecture of physical isolation and intelligent synergy. It decomposes core functional units into four independent modules—laser body, drive power supply, temperature control system, and optical calibration component—and achieves collaborative operation through standardized interfaces.
VLFL-SF-N Split-Type Single-Mode Laser Module
Core light source components in the field of medium and high-precision optical inspection and measurement
- High precision, low interference
- Separate and flexible
- Long lifespan and wide adaptability
VLFL-SF-T Split-Type Single-Mode Laser Module
Modular optical device that stably outputs high-purity single-mode laser
- High single-mode beam performance
- Split-type flexible deployment
- Ultra-high wavelength stability
- Full-function integration, safety and reliability
Laser Systems
A laser system is essentially a closed-loop system of "energy excitation - beam control - application output". Its core consists of five core functional modules, which work collaboratively through standardized interfaces to form a flexibly configurable technical architecture. Laser systems have evolved from laboratory tools into core equipment supporting fields such as precision manufacturing, scientific research and exploration, and medical and health care.
VLFL-405 Series Fiber-Coupled Laser Systems
An integrated laser system with "full power coverage and multi-scenario adaptation"
- Fully integrated system design, plug-and-play
- High-precision performance control with excellent stability
- Strong scene adaptability and flexible customization
- Long lifespan and low maintenance, with low usage cost
VLFL-450 Series Fiber-Coupled Laser Systems
An integrated laser system that is "exclusive to the near-ultraviolet to blue light band, covers full power range (30~3500mW), and supports multi-scenario customization"
- High integration and ease of use
- High-precision performance control
- Strong customization and wide adaptability
- Long service life and low maintenance cost
Three-wavelength multimode fiber white light laser system
A professional-grade white light laser system featuring "three-wavelength integration, high customization, and compact design"
- Three-wavelength integrated design, adapting to multi-band coordination requirements
- Fiber parameters are highly customizable, with strong scene adaptability
- Software control + high stability, with convenient operation and reliable results
- Compact integration + wide environmental adaptability, flexible deployment
Four-In-One Fiber-Coupled Laser System
A professional-grade laser system featuring "four-band integration, single-mode high beam quality, and compact design"
- Four-band integrated design simplifies the deployment of multi-wavelength scenarios
- Single-mode fiber offers high beam quality, suitable for precision scenarios
- High stability + intelligent control, ensuring reliable data and convenient operation
- Compact integration + wide environmental adaptability, flexible deployment
