The635nm 1mW Red Dot Laser Moduleis a compact visible red laser source
designed for optical alignment, positioning, measurement equipment and other space-limited applications.
Featuring a6×9mm all-metal copper housing, the module combines a miniature
form factor with stable optical performance. The high-concentricity design is
suitable for applications requiring a well-defined red dot for positioning and alignment.
The standard module operates at635nm ±10nmwith an output power ofless than 1mW.
The module is designed to provide a clearred dot / oval outputfor positioning and optical alignment applications.
Its high-concentricity design makes it suitable for applications where accurate optical positioning is required.
With a compact6×9mm cylindrical housing, the module is designed for integration into equipment with limited installation space.
The small size makes it suitable for compact optical and electronic devices.
The laser module uses acopper all-metal casingwith a natural brass finish.
For customized applications, the housing can be supplied with ablack insulated, oxidized and matte surface treatment.
The standard configuration usesfixed focus.
For OEM projects, the focus can be specified according to the customer's required working distance.
The module uses anAPC circuitfor controlled laser operation.
TTL control can be customizedaccording to customer requirements.
The module operates at:
2.8–5.2V DC
with a working current of less than30mA.
| Parameter | Specification |
|---|---|
| Wavelength | 635nm ±10nm |
| Output Power | <1mW |
| Laser Color | Red |
| Beam Type | Dot / Oval |
| Concentricity | High Concentricity |
| Size | 6×9mm |
| Material | Copper |
| Housing | All-Metal |
| Standard Finish | Natural Brass |
| Optional Finish | Matte Black |
| Focus | Fixed Focus |
| Custom Focus | Available |
| Circuit | APC |
| TTL | Customizable |
| Working Voltage | 2.8–5.2V DC |
| Working Current | <30mA |
| Indoor Range | <50m |
| Operating Temperature | -10°C to +50°C |
| Storage Temperature | -20°C to +70°C |
| Service Life | >10,000 Hours |
| Tail Wire | 28# Red & Black |
| Wire Length | Approx. 15cm |
| DC Cable | 1m Female Plug Cable |
| Accessory | Laser Head |
| Safety Class | Class II |
| Package | 1 × Laser Module |
The compact 635nm red dot laser module can be integrated into:
The small6×9mm form factoris especially suitable for applications where installation space is limited.
We provideOEM and ODM customizationfor different laser integration requirements.
Available options include:
For a customized quotation, please send us your required:
Wavelength + Output Power + Housing Size + Working Voltage + Focus Distance
Our engineering team can review the specifications and provide a suitable laser module solution.
6×9mmminiature housing for space-limited equipment.
635nm red wavelengthprovides a visible laser reference for positioning and alignment.
Designed for applications requiring consistent red dot positioning.
Copper all-metal casing provides a robust compact housing.
APC circuit is standard, with customizable TTL control.
Wavelength, power, size, focus, housing finish and electrical configuration can be customized.
This product is specified asClass II.
Laser safety procedures should be followed during installation, testing and operation.
The final safety requirements should be evaluated according to the complete equipment and applicable local regulations.
The standard wavelength is635nm ±10nm.
The standard output power isless than 1mW. Other power levels can be customized.
The standard size is6×9mm. Other sizes are available for OEM projects.
It produces ared dot / oval-shaped output.
The standard version usesfixed focus.
A customer-specified focusing distance can be provided for customized versions.
The working voltage is2.8–5.2V DC.
Yes.TTL control can be customized.
Yes. Other wavelengths can be customized according to the application.
Yes. A black insulated, oxidized and matte surface treatment is available.
Yes. We supportOEM/ODM laser module customization,
including wavelength, power, size, focus, housing, cable and control interface.
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