
( Brand: Aixiz ), ( Manufacturer Part Number: AIX-670-5-8013 ), ( Part Type: Laser Module Len ), ( Country/region Of Manufacture: United States )
The Aixiz AIX-670-5-8013 is a high-performance, 670nm 5mW laser module that offers an exceptional combination of power, efficiency, and accuracy. This laser module, with a wavelength of 670nm, falls within the red light spectrum and is ideal for various applications, including but not limited to, laser marking, medical equipment, and scientific research.
This compact yet powerful laser module is designed to operate at a consistent 5mW output power, ensuring consistent results for your projects. It is powered by a 3VDC source, making it easy to integrate into a variety of systems. The module features a built-in focusing lens, specifically designed for the 670nm wavelength, ensuring a focused and intense beam for high-quality results.
The AIX-670-5-8013 from Aixiz is engineered for durability, with a robust construction that can withstand demanding operating conditions. It is a testament to Aixiz's commitment to delivering top-tier products that meet the needs of professionals and enthusiasts alike.
In summary, the Aixiz AIX-670-5-8013 is a versatile and reliable 670nm laser module, perfect for a wide range of applications. With its consistent power output, precise focusing lens, and durable construction, it is an excellent choice for anyone seeking a high-quality, easily integrable laser module.
The Aixiz AIX-670-5-8013 670nm 5mW laser module has several notable features, along with some potential considerations.
Pros:1. Powerful: The 5mW output is suitable for various applications, providing a strong laser beam for different purposes.
2. Wavelength: The 670nm wavelength is ideal for biological applications, such as cell analysis and medical diagnostics, due to its absorption by various biological tissues.
3. Lens Included: The module comes with a lens, which simplifies the setup process and ensures compatibility.
4. Low Voltage: The 3VDC operating voltage is convenient as it can be powered by a battery or a regulated power supply, making it portable and versatile.
Cons:1. Limited Applications: The 5mW output may be too low for certain industrial or high-power applications.
2. Potential Safety Concerns: As with any laser, proper safety precautions should be taken to avoid eye damage or fire hazards.
3. Limited Supplier: Aixiz may not be as widely known or accessible as some other laser module manufacturers, which could affect customer support and availability.
Conclusion:The Aixiz AIX-670-5-8013 laser module is a suitable choice for users seeking a 670nm laser for biological applications, especially those that require portability. Its 5mW output, included lens, and low voltage make it convenient for various purposes. However, users should be aware of potential safety concerns and consider whether the power output is sufficient for their intended application. If a higher power output or a more recognized supplier is preferred, alternative options may be worth exploring.
Aixiz warrants our components against DOA only. Org member, American society for laser medicine and surgery alms. You certify that are at least 18 years of age.
Org member, IEEE lasers and elector-optics society. You understand that these laser components are dangerous when not properly assembled into a finished product, therefore will use as an oem component and incorporate them product. Current consumption is 30ma at 3.
Org member, optical society of America. The actual output power of laser devices is based on several factors including operating voltage , dc current stability, temperature, humidity, optics and characteristics each diode chip. 11 for complete laser products.
Therefore, this laser does not and is required to comply with the appropriate requirements of FDA 21 CF, section 1040. Org by purchasing this laser you agree to and accept the following - all power claim are based on input.
8-5vdc with automatic current control circuitry unit has protected driver board non-conductive silicon rubber material.