650nm 0.75mW Diode Laser - FD692046510B - Get a price quote from LECC Technology Co., Ltd.

Name: 650nm 0.75mW Diode Laser - FD692046510B
Brand: LECC Technology Co., Ltd.
Availability: InStock

Description

Introducing the EEL M8 650nm 0.75mW Diode Laser - the epitome of precision and efficiency in the world of industrial laser technology. With a focus on delivering a consistent and stable light quality, this module ensures unparalleled light uniformity. Its uniquely designed short focal length optimizes mechanism space, paving the way for miniaturized product designs. An added advantage is the FPC (Flexible Printed Circuit), streamlining the assembly process while offering unmatched flexibility and ease of maintenance.

Tailored specifically for the demands of industrial applications, the EEL M8 comes housed in a rugged stainless steel casing, complemented by a high-quality plastic lens. Its versatile applications span from facilitating robot obstacle avoidance and accurate 3D measurements to assisting in Simultaneous Localization and Mapping (SLAM) processes.

To further align with your specific requirements, we're open to customizations. Kindly share your unique needs, and we'll engineer a solution tailored just for you.

Protect your investment and ensure the optimal performance of your laser diode by following our provided guidelines, especially those related to surge current prevention, soldering precautions, and eye safety.

Specifications

Center Wavelength:	0.65 um
Output Power:	0.55 mW
CW Optical Power:	0.6 mW
Operating Current:	22 mA
Operating Voltage:	5 V
Wavelength At Peak Emission:	650 nm
Operating Temp. Range:	-10 to 50 °C
Storage Temp. Range:	-20 to 60 °C
Spot Size At 5m:	7x11 mm
Driving Circuit:	APC
Lens Material:	Plastic Lens

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Features

Industrial-Grade Design: Crafted for the demanding environment of industrial applications, it comes housed in rugged stainless steel, protecting the vital tech inside and extending its lifespan.
Convenience and Flexibility: The integration of FPC (Flexible Printed Circuit) translates to a streamlined assembly and maintenance process, adding a layer of convenience to its operation.
Miniaturized Solution: Leveraging a short focal length, the EEL M8 enables product miniaturization, saving space without compromising on the quality of output.

Applications

Robot Obstacle Avoidance: Act as the eyes of robot systems, helping them navigate and avoid obstacles efficiently.
3D Measurement: Unlocks new potentials in 3D measurement technologies, providing precise and reliable data for various analyses.
SLAM (Simultaneous Localization and Mapping): Essential in SLAM applications, offering enhanced mapping and localization functionalities.

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Ships from:

Taiwan

Sold by:

LECC Technology Co., Ltd.

On FindLight:

since 2023

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Frequently Asked Questions

What is the primary application of the 650nm 0.75mW Diode Laser?

The 650nm 0.75mW Diode Laser is designed for industrial applications, specifically for robot obstacle avoidance, 3D measurement, and SLAM.

Can the focal length of the EEL M8 Laser Module be adjusted?

The EEL M8 Laser Module has a short focal length for miniaturized product designs. For adjustable features, it's best to consult the manufacturer.

What is the output power range of the 650nm 0.75mW Diode Laser?

The output power of the 650nm 0.75mW Diode Laser ranges between 0.55mW to 0.75mW.

What is the wavelength at peak emission for the EEL M8 Laser Module?

The wavelength at peak emission for the EEL M8 is between 640nm to 660nm, with a typical value of 650nm.

What type of circuit does the EEL M8 Laser Module utilize?

The EEL M8 uses an APC (Automatic Power Control) driving circuit.

Is the lens material of the EEL M8 Laser Module durable?

Yes, the EEL M8 Laser Module comes with a rugged stainless steel housing and a plastic lens, ensuring durability.

How do I prevent damage to the EEL M8 Laser Module during soldering?

Ensure the die-pad portion temperature is below 160°C. It's recommended to use a heat sink on the package and keep the iron temperature below 180°C for no longer than 3 seconds.