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Description
goggles for laser protection L2 IP65 Floor Laser Line Projector 30W for Warehouse Safety B1000mwPrecision Laser Eye Protection for 1064nm Applications Core Use The P04 is designed as practical laser safety glasses 1064 nm for common near infrared laser systems. These laser safety glasses provide OD7+ protection at 10001090nm and OD5+ protection at 8001100nm, making them suitable for common 808nm, 980nm, and 1064nm applications in controlled work environments. For buyers searching for laser safety goggles, laser goggles, or laser protection
Precision Laser Eye Protection for 1064nm Applications Core Use
The P04 is designed as practical laser safety glasses 1064 nm for common near-infrared laser systems. These laser safety glasses provide OD7+ protection at 1000–1090nm and OD5+ protection at 800–1100nm, making them suitable for common 808nm, 980nm, and 1064nm applications in controlled work environments. For buyers searching for laser safety goggles, laser goggles, or laser protection glasses for near-infrared use, this model offers a clear and relevant option for safer daily inspection, maintenance, marking, engraving, and technical operation.
Practical Visibility for Daily Work
Visible Light Transmission: With 29% VLT, these laser goggles balance strong protection and practical working visibility.
Better Workflow: A more usable view helps users monitor equipment, observe workpieces, and stay efficient during longer tasks.
Wearability: Good laser eye protection is not only about blocking the right wavelengths, but also about staying practical for regular use.
Longer Sessions: This makes the P04 a more comfortable choice for technicians and operators who need laser eyewear during repeated or extended work sessions.
Real-World Use: Compared with overly dark lenses, this design supports a more usable and work-friendly field of view.
Coverage for Common Near-Infrared Laser Systems
Broad Compatibility: The P04 is suitable for common near-infrared wavelengths including 808nm, 980nm, and 1064nm.
Wide-Band Protection: In addition to strong 1064nm coverage, these laser protective glasses also provide OD5+ protection across 800–1100nm.
Application Fit: This makes the product useful for welding, cutting, marking, engraving, and cleaning.
Application Fit: This makes the product useful for welding, cutting, marking, engraving, and cleaning.
Professional Appeal: The P04 is also a practical option for users comparing laser protective eyewear across different near-IR industrial tasks.
Built for Controlled Technical Environments
Reference Power: The P04 is positioned for reference use up to 10W, depending on the actual application and safety review.
Controlled Use: These safety glasses for laser work are intended for environments where wavelength and operating conditions are known.
Clear Product Positioning: For users looking for straightforward laser safety goggles, the P04 focuses on clearly defined wavelength coverage and practical daily protection.
Selection Reminder: Final selection should always be based on actual laser wavelength, power level, beam path, and reflective conditions.
Professional Relevance: Matching the eyewear to the real setup is what gives laser eye protection glasses true value in the field.
Robust and Reliable Design
A Clear Choice for Near-IR Laser Eye Protection
Product Identity: The P04 is designed as dependable laser safety glasses for near-infrared laser applications.
Industrial Utility: It fits workshops, maintenance stations, technical environments, and general near-IR laser operation.
Straightforward Specs: Instead of vague marketing language, this model focuses on OD ratings, wavelength coverage, and usable visibility.
Buyer Confidence: For customers who need reliable laser eye protection goggles for 1064nm work, the P04 is a focused and easy-to-understand choice.
Specs
Model
P04
Product Type
Laser safety glasses / laser safety goggles / laser protective eyewear
Typical Wavelengths
808nm / 980nm / 1064nm
Optical Density
OD5+ @ 800–1100nm
Core Optical Density
OD7+ @ 1000–1090nm
Visible Light Transmission
29%
Reference Power
≤10W
Recommended Applications
Marking, engraving, welding, cutting, cleaning, inspection, maintenance
Use Environment
Controlled technical and industrial laser work environments
Related Search Terms
Laser eye protection glasses / laser eye protection goggles / laser protection goggles / laser eyewear / class 4 laser safety glasses
FAQ
Q: Are these laser safety glasses suitable for 1064nm lasers?
A:Yes. The P04 is designed as laser safety glasses 1064 nm, with OD7+ protection at 1000–1090nm and OD5+ protection at 800–1100nm.
Q: What wavelengths do these laser safety goggles cover?
A:The P04 is suitable for common near-infrared wavelengths including 808nm, 980nm, and 1064nm.
Q: What is the VLT of these laser goggles?
A:These laser goggles have a visible light transmission of 29%, helping balance protection and practical visibility during regular work.
Q: Are these laser protection glasses suitable for industrial use?
A:Yes. The P04 is suitable for industrial tasks such as marking, engraving, welding, cutting, cleaning, inspection, and maintenance in controlled environments.
Q: Can these laser protective glasses be used for 808nm and 980nm applications?
A:Yes. In addition to 1064nm use, the P04 also covers 808nm and 980nm within its listed protection range.
Q: Are these good fiber laser safety glasses?
A:For buyers searching for fiber laser safety glasses for compatible near-infrared wavelengths, the P04 can be a relevant option when the actual operating conditions match the listed protection range.
Q: Are these diode laser safety glasses?
A:The P04 may also be suitable for applications where buyers are comparing diode laser safety glasses, especially when working within the listed near-IR wavelength range.
Q: Can these be used as safety glasses for laser engraving?
A:Yes, for compatible wavelength setups, the P04 is a practical option for buyers looking for safety glasses for laser engraving or laser engraver safety glasses.
Q: What does OD7+ mean in laser eye protection glasses?
A:OD7+ indicates strong attenuation of laser energy within the specified protection band. Proper OD performance at the correct wavelength is one of the most important parts of effective laser eye protection glasses selection.
Q: Are these class 4 laser safety glasses?
A:Buyers searching for class 4 laser safety glasses should always compare the actual laser wavelength, output power, beam conditions, and working environment with the listed specifications before choosing eyewear.
Q: What is the difference between laser safety glasses and laser safety goggles?
A:Both terms are often used by buyers during product searches. In practice, the right choice depends more on wavelength coverage, OD rating, fit, and application conditions than on wording alone.
Q: How should I choose laser eye protection for daily work?
A:The best approach is to match the eyewear to the actual wavelength, required OD range, working environment, and the amount of visible light needed for comfortable operation.
Review
Shipping Notes
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Exchange/Return Notes
- We offer a 30-day return/exchange service after receiving.
- Final sale items are not eligible for returns or exchanges.
- To process your return/exchange, please contact us at [email protected]
- Please click here for more details>>> Return & Exchange Policy
4.8 ★★★★★
Based on 2139 reviews
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Product Reviews
★★★★★ 5
Excellent Product - USB C - power and data transfer!
Color: Black
It works great. I used this to connect two USB-C devices: one from the POS printer and another for charging, both connected to my tablet into one USB-C. It solved the biggest issue that I was facing.
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Reviewed in the United States on April 21, 2026
★★★★★ 5
Great choicd
Color: Black
Work great, size is compact and out of the way.
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Reviewed in the United States on June 11, 2026
★★★★★ 5
Great 10gbps USB-C Hub, worked with Anker support through compat issues with PD4 iteration 1
Original Review (updates below):
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The moment I noticed this thing on Amazon, I bought it and it literally just arrived. Finally, 4K60 over just USB-C with other ports (including making up to 10Gbps available to them) for a reasonable price. Unfortunately, the first two things I've done with it were both disappointing. I'll cut to the chase, the power delivery pass through isn't working with one of their own chargers.
The first device I tried connecting this with is my Anker PD4 with one USB-C cable as the only thing plugged into it so I can test the truly up to 100W (-15 for its own power) claims. I've tried connecting it with Apple's 2m USB-C charge cable (100w capable) and an equivalent CableMatters cable that also supports 100W. When plugged directly into my laptop, both of these cables immediately start charging it and show up as 100W power sources. When this Anker hub is plugged in and either of them is connected to the power delivery port on the side of it, the laptop does not charge (laptop is a 16" Macbook Pro, I've tried multiple ports just for the heck of it).
My second complaint is that when absolutely nothing is plugged into it, it becomes fairly warm to the touch. Why, when it's doing nothing, is it hot? I'm clearly not running data or even power through it so I have low hopes for it under load.
The fact that it doesn't work in exactly the scenario they want it to most (a MacBook Pro with one of their own chargers) seems like a pretty big fail. I've got lots of USB-C things though so I thought I'd grab a couple and try those. Using an Apple 96W USB-C charger, the device does pass through power delivery properly. It shows up as providing 79W to the laptop (siphoning off 17W in this instance). I also have a 56W Aukey charger that splits power between a USB-A port and a USB-C port that can provide 45W of power delivery. When plugged into that charger it does appear to work as well and appears in macOS as a 30W power source.
Maybe the problem is the Anker PD4? But it works fine providing power to the laptop directly. Would love to hear from Anker about these two products working together and what I should actually expect. Having it be unreliable for power delivery isn't great, but power and heat aside (it is getting a little bit warmer now that it's providing power from the Apple power adapter, but still definitely holdable), the hardware looks and feels good and the cable feels durable. Worth also noting that there's a white LED ring on the side of it that appears to be always on when it's plugged in. Don't know why it needs an LED.
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Update, June 22, 2020:
I've done some more testing and Anker has reached out to me to investigate what might be the issue. I can say that the hub works as I would expect from a quick test with my iPad Pro 11" with the above functioning chargers. It was able to pass through power with the 96W Apple Charger on the other end to both the iPad port as well as a Magic Keyboard port. The ethernet adapter showed up in iOS settings and an external drive was functional. When connected via the Magic Keyboard, which is a power only connection, as expected it provided only power.
Still no power passthrough of any kind when connected to the PD4.
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Update July 1, 2020:
I've written back and forth with Anker and they've sent me a replacement hub. It also doesn't work with the PD4. I've tried multiple USB-C cables but they have also shipped a cable to test with it. For now I'm increasing the review from 2 to 3 stars because I am more and more suspicious about the PD4 and less about this hub. They claim that they have tested the setup I have separately without issue, and I've sent video showing the problems I've encountered, so the troubleshooting is ongoing.
Have had a chance to use Ethernet on it without issue. Still need to try to test out its throughput when trying to use a 10Gbps USB-C enclosure and a 4K60 monitor at the same time (+ ethernet).
More updates to come.
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Update July 10, 2020:
I've continued to talk with Anker support and they shipped me a replacement PD4. The one I had was labeled as "Iteration 1" on its barcode, the one I got back was labeled "Iteration 2". I tested it out and it works perfectly with this hub, passing through the correct amount of power to multiple Macbook Pros and fast charging an iPad Pro. Clearly the fault doesn't lie with this hub and is instead an issue with the first iteration PD4, so I'm updating my review accordingly. Working with Anker support was great.
I've also been able to test USB-C throughput (without driving a display as well so far) and it properly utilizes 10Gbps. I've attached some extra images showing various devices connected to it (keyboard dongle, SD card, USB-C 10Gbps external SSD enclosure, USB sound card, ethernet).
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Reviewed in the United States on June 19, 2020
★★★★★ 5
Excellent Quality and Reliable Performance from Anker’s 8-in-1 USB-C Hub
I’m really impressed with this Anker USB-C Hub with Ethernet (8-in-1). The build quality feels premium, setup was completely plug-and-play, and all ports work flawlessly with my laptop. The Ethernet connection is stable and fast, which has been perfect for work calls and large file transfers.
I also love how compact and portable it is while still offering plenty of connectivity options. HDMI output looks great, USB ports transfer quickly, and the SD card reader is very convenient for photo and video work.
Anker continues to deliver reliable products, and this hub is no exception. Highly recommended if you need a dependable all-in-one USB-C hub for productivity or travel.
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Reviewed in the United States on May 20, 2026
★★★★★ 5
Works great (quick test)
Just got this and tested and works great
I attached to my MacBook with Ethernet and had a solid connection
I tested my steam deck by plugging in Ethernet then adding HDMI then adding power and everything worked as it was plugged in
I tested my Nintendo switch even though it clearly states it's not supported and it did not work at all. Even the power pass through did nothing. This is not even remotely a problem since it was advertised as such but I figured it was with a try and worth noting
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Reviewed in the United States on May 31, 2026