Blue Laser Module for 3D Printer, 445nm 1500mW, TTL/PWM

Compact laser engraver module is suitable for laser engraving and cutting of various 3D printers, and can be used by both professionals and enthusiasts to meet high-precision and high-intensity printing needs. This laser module has a service life of over 8000 hours, reducing replacement frequency and saving you time and costs. 

Features

• Blue laser module can easily engrave a variety of materials such as wood, bamboo, leather, paper, etc. to meet different creative needs.
• The module design has excellent heat dissipation function, ensuring stable operation and reducing power consumption during long working hours.
• Laser engraver module has efficient optical power output, stable and consistent performance, long service life, and reduces the need for frequent replacement.
• The laser component head can rotate left and right, allowing the focal length to be adjusted according to the working distance, optimizing the spot size and improving the engraving accuracy.

Specification

Note: It is recommended to wear laser protective glasses when working for a long time.

Dimension (mm)

Product Effect Display

Tips：How to maintain and service the laser module

• Regularly check and clean the window of the laser module. Use a clean, soft, lint-free cloth and appropriate cleaning fluid to wipe gently, avoiding the use of rough cloth or chemicals that may scratch the surface.
• Regularly check the cables and interfaces of the laser module for looseness or wear. Make sure all connections are secure to avoid electrical failure or performance degradation.
• If a water cooling system is used, regularly check the level and condition of the coolant to ensure that the cooling system is functioning properly. Check the cooling lines for leaks.
• Ensure that the laser module works in a dry and clean environment to prevent dust and contaminants from entering the interior of the device. High humidity and dust may cause corrosion or failure of internal components.
• Keep the device within the recommended operating temperature range to avoid the effects of overheating or overcooling on the performance of the module.
• Regularly check all components of the laser module, such as the laser diode, lens, and reflector, to ensure that they are not damaged or aged. If the performance of the laser module is found to be degraded or malfunctioning, replace the related consumables in time.
• During maintenance, follow all safety operating procedures and avoid looking directly into the laser beam or touching hot parts to ensure personal safety.