The listed products do not include a 1064 nm laser diode. The closest relevant item is laser safety eyewear whose stated protection range includes 1064 nm; the other four are laser diodes at 405, 650, or 808 nm and are not substitutes. If you need a 1064 nm emitter, verify the wavelength and electrical specifications before buying. The table summarizes what each listed item can—and cannot—offer.
| Product | Listed wavelength | Best suited for |
|---|---|---|
| LaserPair safety glasses | Protection listed for 740–1100 nm | Buyers seeking eyewear for work involving 1064 nm lasers |
| Q-BAIHE infrared diode | 808 nm | Buyers specifically needing an 808 nm diode |
| Qiaoba laser module | 405 nm | Buyers specifically needing a violet dot module |
| WOWOONE laser diodes | 650 nm | Buyers needing multiple red dot laser heads |
| HiLetgo laser heads | 650 nm | Buyers seeking a small pack of red dot laser heads |
LaserPair 755/808/1064 Nm Safety Glasses
Best for: Buyers who already have a 1064 nm laser and need eyewear with a stated protection range that includes this wavelength. The listing specifies 740–1100 nm coverage, optical density ratings across portions of that range, and 31% visible light transmission. It also states compliance with EN207:2017 and CE certification.
This is the most directly relevant product in the list because it addresses safety around near-infrared laser wavelengths, including 1064 nm. It is eyewear, not a laser diode. Confirm that the eyewear’s specifications match the exact laser’s wavelength, power, and operating conditions; the listing alone does not establish suitability for every setup.
Q-BAIHE 808 Nm Infrared Laser Diode
Best for: Buyers whose project specifically calls for an 808 nm infrared diode. The listed specifications are 500 mW output power, 808 nm wavelength, and 2.2 VDC working voltage.
It is a closer wavelength category than the visible red or violet options, but 808 nm is not 1064 nm. Choose this only when your project accepts 808 nm; avoid treating it as a replacement for a 1064 nm source. The provided details do not give enough information to establish compatibility with a particular driver or assembly.
Qiaoba 405 Nm Violet Laser Module
Best for: Buyers looking for a focusable violet or blue dot laser module rather than an infrared emitter. The product name specifies 405 nm, 5 mW, and a 14-by-45-mm module size; the features describe an adjustable dot module.
This module is included as a clear comparison for shoppers checking wavelength options. Its 405 nm output is far from 1064 nm, so it is not appropriate when a 1064 nm beam is required. The provided information does not specify a power supply or broader system compatibility.
WOWOONE 650 Nm Laser Diodes, 30-Pack
Best for: Buyers who need multiple 650 nm red dot laser heads for projects designed around that wavelength. The listing states 5 mW output, 5 V operating voltage, a 6 mm outer diameter, and an operating current below 20 mA. It also gives a working temperature range of -10°C to +40°C.
The pack quantity may suit builds that require several matching heads. However, 650 nm is visible red light, not 1064 nm infrared. Do not select it for an application that specifies 1064 nm.
HiLetgo 650 Nm Red Laser Heads
Best for: Buyers seeking a 10-piece pack of small red dot laser heads. The listing specifies 650 nm, 5 mW, 5 V, a 6 mm outer diameter, and a working temperature range of -10°C to +40°C.
Compared with the 30-piece option above, this listing offers a smaller stated pack size. It remains a 650 nm product, so it is not a 1064 nm diode and should not be used where that exact wavelength is needed. Check the product details for any additional wiring requirements before installation.
Buying Guide: How To Choose A 1064 Nm Laser Diode
Does the listing actually specify 1064 nm?
Check the stated wavelength before comparing power, size, or price. A diode labeled 808 nm, 650 nm, or 405 nm emits a different wavelength. None of the listed diode products here is identified as 1064 nm, so shoppers seeking that emitter should continue searching for a product whose specifications explicitly state 1064 nm.
What electrical details should you compare?
For a diode, compare the stated output power, operating voltage, current requirements, package or module dimensions, and any driver requirements. The products in this selection provide different subsets of those details. Do not assume that a listed voltage alone confirms compatibility with a particular circuit.
What safety information matters?
Near-infrared light can be difficult to see, so do not use visibility as a safety check. Match protective eyewear to the laser’s wavelength and operating conditions, and follow the laser manufacturer’s safety instructions. The LaserPair listing states a protection range that includes 1064 nm, but buyers should verify that its ratings fit their specific equipment and use.
Should you choose a module or a bare diode?
A module may combine an emitter with an adjustable beam feature, while a bare diode may require additional electrical and mechanical components. Confirm what is included in the listing and what your application requires. The 405 nm item is described as a focusable module; the 808 nm item is described as a diode. Neither is a 1064 nm emitter.
Frequently Asked Questions
Is any listed diode a 1064 nm laser diode?
No. The listed diode wavelengths are 405 nm, 650 nm, and 808 nm. The LaserPair product is eyewear, not a diode.
Which listed product is most relevant to 1064 nm?
The LaserPair safety glasses are most relevant because their stated 740–1100 nm coverage includes 1064 nm. They do not generate laser light.
Can an 808 nm diode replace a 1064 nm diode?
No, not when the application requires 1064 nm. These are different wavelengths; use an 808 nm diode only for a project designed for 808 nm.
What should I verify before buying a 1064 nm diode?
Confirm the exact wavelength, output power, electrical requirements, package dimensions, and safety guidance against your project specifications.