About Blue Diode Laser module 450nm
Blue lasers are used in laser communication, laser pointing, laser marking, and scientific research applications.
| Laser Beam Diameter |
3mm , 1mm |
| Modulation |
TTL 1KHz - 100 KHz |
| Warranty |
1 Year |
| Laser Power Supply |
100 - 240V AC |
| Laser Lifetime |
10000 hours |
| Beam Divergence |
1mrad |
| Transverse Mode |
Multi-mode, TEM00 |
| Output Power |
100mW - 2000mW |
| Laser Wavelength |
450nm +-10nm |
| Operating Mode |
CW |
| Power stability |
3% , 2%, 1%, 0.5% |
| M2 |
1.5 , 1.2 |
Configurable Power for Diverse ApplicationsWith output power options ranging from 5mW to 5000mW, the Blue Diode Laser module can be tailored for tasks from precision measurements to industrial marking. The flexible voltage input (3.7V-12V DC) and modulation control support advanced integration for both hobbyists and professionals.
Efficient Cooling and Long Service LifeThe integrated air-cooled heatsink ensures stable performance and prolongs the device's operational life, exceeding 10,000 hours. This reliability makes it suitable for continuous use in demanding environments, while the robust aluminum housing provides enhanced durability.
Precise and Versatile Beam OutputOffering high beam profile resolution and selectable beam shapes, the module can generate either a focused dot or a line beam with optional optics. The lens features high-quality collimating glass for optimal clarity and accuracy, making it suitable for alignment, pointing, and measurement tasks.
FAQ's of Blue Diode Laser module 450nm:
Q: How do I select the desired output power for this laser module?
A: The Blue Diode Laser module is available in configurable models, allowing you to choose output power from 5mW up to 5000mW. Specify your required power rating at the time of order to ensure you receive the module suited for your intended application.
Q: What power supply should I use for this laser module?
A: This laser module operates on a DC voltage between 3.7V and 12V, with operating current less than 2A (depending on the power output). Ensure your power supply matches these requirements for optimal and safe performance.
Q: When is it necessary to use the integrated cooling system?
A: The integrated air-cooled heatsink is essential for all power levels but especially beneficial at higher outputs (above 1000mW), as it maintains thermal stability during continuous or prolonged operation, preventing overheating and extending the module's service life.
Q: Where can I mount this laser module for my project?
A: With its threaded and screw-mount compatible design, the module can be securely attached to various surfaces, fixtures, or custom holders. The 30 cm cable provides added flexibility during installation in laboratory, workshop, or machinery setups.
Q: What benefits do the TTL/Analog modulation options provide?
A: The TTL/Analog modulation (optional, up to 30kHz) allows precise control of the laser's output timing and intensity, making it ideal for signaling, communication, or precise material processing applications.
Q: How should I safely operate and handle this laser module?
A: As a Class IIIb or IV laser (depending on power), always wear appropriate eye protection and follow laser safety guidelines. Operate the module in the specified temperature range (+10C to +40C) and avoid direct exposure to the beam to prevent injury.
Q: What advantages does the 450nm blue wavelength offer?
A: The 450nm wavelength produces a vivid blue beam with high precision, making it suitable for applications in scientific research, industrial alignment, displays, and any scenario where strong visibility and accuracy are required.