EEL M12 650nm Laser Diode AL52010001

Name: EEL M12 650nm Laser Diode AL52010001
Brand: LECC Technology Co., Ltd.
Availability: InStock

Description

The EEL M12 650nm Laser Diode is engineered for high precision and stable optical power output, featuring excellent heat dissipation and an integrated APC (Automatic Power Control) circuit. Its aluminum anode treatment enhances the durability, providing a sturdy structure that ensures long-lasting performance. The laser diode is highly customizable, allowing customers to choose from different wavelengths, and the appearance color can also be tailored to meet specific needs. As a public version product, it offers cost efficiency for early-stage development and mass production, significantly reducing development time.

With its stable power output, it complies with Class 2M laser safety standards, making it suitable for various high-end applications. The diode's high stability and low error margin make it perfect for precise medical measurements, augmented reality (AR), virtual reality (VR), mixed reality (MR), and aiming devices. Its versatility, combined with robust performance under varying conditions, ensures that it meets the needs of demanding industrial and commercial applications.

This laser diode also offers a range of operating temperatures and customizable line sizes, ensuring it meets a variety of customer requirements. Whether for medical, industrial, or consumer-grade technology, the EEL M12 650nm Laser Diode is a reliable choice for precise laser-based applications.

Specifications

Center Wavelength:	0.65 um
Output Power:	1 mW
CW Optical Power:	1 mW
Operating Current:	200 mA
Operating Voltage:	3 V
Wavelength At Peak Emission:	520 nm
Operating Temp. Range:	-10 to 40 °C
Storage Temp. Range:	-40 to 80 °C
Fan Angle:	110 deg.
Driving Circuit:	APC
Lens Material:	Glass Lens

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Features

Stable Power Output: Ensures reliable performance with consistent laser power
APC Circuit: Automatic Power Control for stable optical power output
Customizable Appearance: Aluminum anode housing with color customization available
Class 2M Compliance: Meets safety standards for consumer-grade laser devices
Mass Production Ready: Cost-effective for large-scale production and development

Applications

Medical Measurement Locations: Ideal for use in medical devices requiring precise laser positioning.
Augmented Reality (AR), Virtual Reality (VR), and Mixed Reality (MR): Supports immersive technology applications.
Aiming Devices: Used in precision aiming applications for various industries.

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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 power output of the EEL M12 650nm Laser Diode?

The power output of the EEL M12 AL52010001 laser module is stable and lies between 1 to 2mW.

How does the EEL M12 650nm Laser Diode ensure stable optical power output?

The module includes an APC circuit ensuring excellent heat dissipation and consistent power output.

Can the appearance color of the EEL M12 red diode laser be customized?

Yes, the appearance color of the EEL M12 can be tailored according to customer requirements.

How does the EEL M12 AL52010001 help in cost-saving during development?

It's one of the standard public version sizes of LECC, which eliminates the cost of molds in the initial phase of development.

What are the primary applications of the EEL M12 650nm Laser Diode?

The EEL M12 is primarily used in medical measurement locations, AR, VR, MR applications, and as an aiming device.

What is the wavelength at peak emission for the EEL M12?

The wavelength at peak emission for the EEL M12 is 520nm.

What precautions should be taken when handling the EEL M12 laser module?

Measures include grounding the device and circuits, wearing anti-static clothing, using wrist straps, storing in anti-static containers, and designing circuits to avoid excessive current spikes.

What safety recommendations are provided for the EEL M12 regarding eye exposure?

Direct exposure to the laser beam, even through lenses or optical fibers, can cause severe eye damage. It's advised to use safety goggles when observing laser beams.