BG-LLP-50 Laser line projector
Requirements for ensuring the successful operation of the laser line marker in user production environments:
The laser line marker comprises three main components:
Semiconductor laser (wavelength: 532 nm).
Laser power supply, providing stable constant-current power to the laser.
Optical lens assembly, which expands the laser dot into a uniform thin line.
These components are individually housed in dedicated sealed enclosures. Users do not need to open the sealed enclosures during operation.
The laser line marker comprises three main components:
Semiconductor laser (wavelength: 532 nm).
Laser power supply, providing stable constant-current power to the laser.
Optical lens assembly, which expands the laser dot into a uniform thin line.
These components are individually housed in dedicated sealed enclosures. Users do not need to open the sealed enclosures during operation.
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Product Details
Product Details
Applications and Features:
Requirements for ensuring the successful operation of the laser line marker in user production environments:
The laser line marker comprises three main components:
Semiconductor laser (wavelength: 532 nm).
Laser power supply, providing stable constant-current power to the laser.
Optical lens assembly, which expands the laser dot into a uniform thin line.
These components are individually housed in dedicated sealed enclosures. Users do not need to open the sealed enclosures during operation. The enclosures serve as protective measures to:
Prevent workshop dust from entering the optical components (which could alter the light path).
Provide heat dissipation for the laser.
Light Source Module
A laser power supply and semiconductor laser form the light source module, which emits a high-brightness laser line. The laser line passes through an optical assembly (lens combination) to expand into a uniform, user-defined fan-shaped beam. When this beam is projected onto an object, it creates a high-brightness laser line for applications such as cutting and marking.
Installation Methods
The laser line marker supports multiple installation configurations. Common reference methods include:
Method A: Mounted directly above the object, projecting laser lines downward with uniform length on both sides.
Method B: Mounted at an angle above the object, projecting downward with uneven lengths on both sides.
Method C: Mounted on the side of the object, projecting the laser line onto the opposite side.
Technical Specifications
Light emission mode: Fan-shaped beam emission, projecting a single-axis line.
Power supply voltage: AC 220 V ±3% (UPS-supported).
Output power: ≥50 mW.
Wavelength: 532 nm.
Beam color: Green.
Marking line length: >20 m (visible indoors).
Cooling method: Natural air cooling.
