Product Overview
The 808nm 800mW Near-Infrared Laser Module is a high-power semiconductor laser module
designed for applications requiring an invisible near-infrared laser source with adjustable optical output.
Operating at808nmwith a nominal output power of800mW, the module provides
near-infrared laser emission with strong optical penetration characteristics
and reduced visibility to the human eye compared with visible laser wavelengths.
The module supports aDC 6–25V working voltage, with voltage customization available for OEM projects.
Its optical system supports adjustable focusing, allowing the spot
size to be adjusted according to the working distance and application requirements.
The module uses an 808nm semiconductor laser source with a nominal output power of 800mW.
Main optical specifications:
808nm is within the near-infrared spectrum and isnot visible to the human eye.
Appropriate infrared laser safety controls are therefore essential.
The optical system supports adjustable focusing.
The spot size can be adjusted from approximately:
3mm to several centimeters
The actual spot size depends on the optical configuration, working distance and focusing position.
This adjustable design allows the module to be adapted to different optical system requirements.
The module can also be configured with straight-line or cross-line optics.
The line lens angle can be selected from approximately:
5° to 120°
The line width can be adjusted from approximately:
3mm to several centimeters
The line length can also be customized according to the required working distance and application.
The module supports:
DC 6–25V
This wide input range makes it possible to integrate the laser into equipment using different DC power architectures.
Common system voltages such as12V and 24Vcan be accommodated when matched to the configured module.
Other voltage specifications can be customized for OEM projects.
The module uses aGerman imported laser diodedesigned to provide stable optical output.
Combined with an intelligent driver board and imported IC, the electrical system is designed for reliable laser operation.
The housing is made from aviation aluminum with insulating surface treatment.
The mechanical design provides:
The thermal construction is designed to help manage heat generated during high-power operation.
| Parameter | Specification |
|---|---|
| Wavelength | 808nm |
| Output Power | 800mW |
| Light Type | Near-Infrared |
| Visibility | Invisible to Human Eye |
| Beam Type | Dot / Line / Cross |
| Spot Adjustment | Approx. 3mm to several cm |
| Line Width | Approx. 3mm to several cm |
| Line Angle | 5°–120° |
| Focusing | Adjustable |
| Working Current | ≤600mA |
| Parameter | Specification |
|---|---|
| Working Voltage | DC 6–25V |
| Current | ≤600mA |
| Driver | Intelligent Driver Board |
| IC | Imported IC |
| Voltage Customization | Available |
| Power Supply | Adjustable power supply included in specified package |
Package configuration:Laser head + bracket + adjustable power supply.
16×70mm
22×110mm
Custom housing dimensions can be discussed for OEM applications.
The module can be supplied with different optical configurations according to application requirements.
Suitable for applications requiring a focused infrared reference point.
Spot adjustment:
Approx. 3mm to several centimeters
Suitable for applications requiring a linear infrared reference.
Line angle:
5°–120°
Line width:
Approx. 3mm to several centimeters
Suitable for applications requiring horizontal and vertical optical reference lines.
The exact optical configuration can be customized according to the working distance and required beam effect.
The 808nm 800mW NIR laser module can be integrated into specialized optical and industrial equipment, including:
Actual suitability should be evaluated according to the optical design, required working distance and laser safety requirements.
We support OEM/ODM customization for 808nm infrared laser modules.
Customization options include:
For customized projects, please provide:
Wavelength + Power + Voltage + Beam Type + Working Distance + Size + Quantity
Our engineering team can evaluate the required configuration.
Provides a strong 808nm near-infrared laser source for specialized optical applications.
The spot size and line characteristics can be adjusted according to the application.
DC 6–25V input provides flexibility for different equipment power systems.
Dot, straight-line and cross-line configurations are available.
The standard 16×70mm housing provides a practical form factor for equipment integration.
Wavelength, power, voltage, dimensions, working distance and beam effects can be customized.
The standard wavelength is808nm.
The nominal output power is800mW.
No. 808nm is near-infrared radiation and is generallyinvisible to the human eye.
The standard working voltage isDC 6–25V. Other voltages can be customized.
The 6–25V input range can accommodate 12V and 24V systems when the configured module and power supply are properly matched.
Yes. The optical system supports adjustable focusing, with the spot size adjustable from approximately 3mm to several centimeters.
Yes. Straight-line and cross-line configurations are available.
The line lens angle can be selected from approximately5° to 120°.
Yes. The standard size is 16×70mm, with 22×110mm available as an option. Custom dimensions can also be discussed.
Yes. Working distance, spot effect, line effect and other optical parameters can be customized according to project requirements.
WARNING: 808nm infrared laser radiation is invisible to the human eye.
The 800mW output level requires appropriate laser safety controls.
Do not look into the beam or expose eyes or skin to direct or specularly reflected radiation.
Use suitable engineering controls, beam enclosures, interlocks, warning labels,
controlled access and wavelength-appropriate protective equipment where required.
Because infrared radiation is invisible, visual awareness alone cannot be relied upon
to determine whether the beam is present. Final laser classification and required protective
measures must be determined from the actual configured product and applicable local/regional laser safety standards.
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