Brilliance Laser Inks 2 Oz Aerosol Black Laser Marking Spray for High Contrast Metal Marks | Permanent and Durable Metals Ink for Fiber, YAG, Diode, and CO2 Laser Engraver
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A 2 fl oz aerosol spray for creating permanent, high-contrast black marks on uncoated metals with CO2 (25W min), Fiber/YAG (10W), and Diode (10W) lasers.
This spray is a situational fit because while it's compatible with multiple laser types and metals, its performance, especially durability, varies significantly with diode lasers and specific metal surfaces. Achieving permanent marks often requires careful setting adjustments and proper application technique, which isn't always straightforward for every user or material. For CO2 and Fiber lasers on stainless steel, it performs as expected.
If you primarily use a diode laser and need guaranteed permanent marks on a wide range of metals, consider a higher wattage fiber laser or a different marking method specifically designed for diode laser metal engraving.
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Pros
- Formulated for uncoated metals including Stainless Steel, Brass, Copper, and Pewter.
- Compatible with CO2 (25 Watt minimum), Fiber/YAG (10 Watt), and Diode (10 Watt) lasers.
- Anti-clog technology and thinner coating provide 25% more coverage compared to some alternatives.
- Nano particle formula penetrates metal surfaces for heat-resistant marks.
- Dries within minutes, with drying speed accelerated by a heat gun or hair dryer.
- Users report crisp black markings on stainless steel with fiber lasers.
Cons
- Diode laser users, especially with lower wattage, report marks rubbing off on plated metals or requiring extensive setting adjustments.
- Application requires specific technique (shaking for 2 minutes, 6-8 inch distance, thin coat) to avoid uneven results.
- Requires a well-ventilated area or spray booth, particularly for larger surfaces.
- Some users found it challenging to achieve an even coat compared to thicker sprays.
Dimension Scores
The nano particle formula creates high-contrast black marks that penetrate the metal surface for a crisp finish when applied correctly and with appropriate laser settings.
Application involves a straightforward 5-step process including cleaning, shaking, spraying, etching, and rinsing, but requires careful technique to avoid uneven coats.
Compatible with CO2, Fiber/YAG, and Diode lasers, and formulated for various uncoated metals like Stainless Steel, Brass, Copper, and Pewter.
Produces durable, heat-resistant marks on stainless steel with CO2/Fiber lasers, but durability can be compromised on plated metals or with lower wattage diode lasers where marks may rub off.
Best For
- Permanent black marking on stainless steel using CO2 or Fiber lasers.
- Hobbyists and small-scale production seeking a cost-effective alternative to more expensive marking sprays.
- Marking brass and copper with 10W diode lasers, where durability is acceptable for non-abrasive use.
- Users willing to experiment with laser settings to achieve optimal results on various metals.
Not Recommended For
- Quick, casual application without adherence to specific instructions, which can lead to poor adhesion.
- Marking chrome or nickel-plated metals with diode lasers, as marks may not be permanent and can be easily removed.
- Users expecting consistent, permanent results across all metal types and laser wattages without testing.
Watch Out For
- Marks applied with diode lasers on plated metals like chrome or nickel can rub off easily, even after proper application.
- Achieving an even coating can be difficult, with some users reporting uneven results that impact mark quality.
- Requires specific laser settings; a 10W diode laser on aluminum at 100 mm/min showed strong marking but was scratchable.
- Some users reported that even with a 10W diode laser, marks on copper were strong but came off when scratched.
Full Specifications
| ASIN | B0851RVKL5 |
| Size | 2 fl oz |
| Brand | BRILLIANCE LASER INKS |
| Color | 1 Pcs |
| Ink Color | 1 Pcs |
| Paint Type | Aerosol |
| Item Volume | 2 Fluid Ounces |
| Item Weight | 3.2 ounces |
| Manufacturer | Brilliance Laser Inks |
| Number of Items | 1 |
| Item model number | BLI101MBAS02 |
| Package Dimensions | 4.8 x 1.34 x 1.3 inches |
| Package Information | Bottle |
| Manufacturer Part Number | BLI101MBAS02 |
| Is Discontinued By Manufacturer | No |
What Buyers Say
Many users found that while the spray is advertised for diode lasers, achieving permanent marks on all metals, especially plated ones, requires significant tweaking of settings and can still result in marks rubbing off. However, for CO2 and Fiber laser users, particularly on stainless steel, the results are consistently reported as crisp and durable. The anti-clog nozzle and quick-drying formula are frequently mentioned as benefits, but getting an even coat can be a learning curve.
โMan, I thought this would be easy with my diode laser, but after scrubbing off half my 'permanent' marks on a chrome flask, I realized it's not just spray and pray. Gotta dial in those settings perfectly, especially for stainless steel, otherwise, it's just temporary paint!โ
Common Praise
- Produces crisp black markings on stainless steel with fiber lasers.
- Considered a cost-effective alternative to more expensive marking sprays for small projects.
- The anti-clog technology works, preventing nozzle issues.
- Dries quickly, and a heat gun speeds up the process further.
- Works on aluminum, with some users achieving durable results.
- Provides more coverage due to its thinner coating.
Common Complaints
- Marks rub off easily on chrome or nickel-plated metals when using diode lasers.
- Difficult to get an even spray coat, leading to inconsistent marking quality.
- Lower wattage diode lasers (below 10W) often yield non-permanent marks on various metals.
- Requires extensive testing and adjustment of laser settings for optimal and durable results, especially with diode lasers.
- Marks on copper and brass with 10W diode lasers, while strong, can still be scratched off.
Ownership Tips
- Even with a 10W diode laser, some metals like aluminum, brass, and copper may show strong marks initially, but they might not withstand scratching or abrasion over time.
- The 'easy application' claim is true if you master the spraying technique; otherwise, you'll waste product on uneven coats.
- Ventilation is crucial; the aerosol fumes can be strong, especially when working on multiple pieces.
- Keeping the can at the recommended 6-8 inches distance is key; closer spraying can lead to thick, uneven patches, while too far results in a thin, ineffective coat.
- Contacting customer support for setting advice can save a lot of trial and error, particularly for diode laser users.
Frequently Asked Questions
What types of lasers is this spray compatible with?
It's compatible with CO2 lasers (minimum 25 Watts), Fiber/YAG lasers (minimum 10 Watts), and Diode lasers (minimum 10 Watts).
Can I use this on aluminum?
Yes, some users have reported success on aluminum, particularly with 10W diode lasers, though results may vary in permanence compared to stainless steel.
How do I apply the spray for the best results?
Clean the metal with denatured alcohol, shake the can for 2 minutes, spray from 6-8 inches away in a thin, even coat, and then etch with your laser.
Will this work with a low-wattage diode laser?
While it states 10W minimum for diode lasers, users with lower wattage diode lasers (e.g., 5W) found marks on aluminum, brass, and copper were not permanent, and even 10W diode results varied in durability depending on the metal.
How quickly does the spray dry?
It's designed for quick drying within minutes, and you can use a heat gun or hair dryer to speed up the process even further.
Is this spray durable and heat-resistant?
The nano particle formula is designed to create heat-resistant and durable black marks that penetrate deep into the metal surface.
Is this a good alternative to Cermark?
Some users consider it a more cost-effective option than Cermark, especially for smaller projects, while still achieving professional results.
Buying Guide
When you're looking at laser marking sprays, you need to understand that it's not a one-size-fits-all solution. The type of laser you have (CO2, Fiber, or Diode) and the specific metal you're marking will heavily influence your results. Think of it like painting: the right primer and paint for the surface make all the difference. This spray creates a black, permanent mark by reacting with the metal when hit by the laser, but the intensity and duration of that reaction depend on your laser's power and the metal's properties.
Laser Compatibility (CO2, Fiber/YAG, Diode)
This tells you if the spray will even work with your laser. A CO2 laser works differently than a diode laser, and the spray's formula is optimized for these different energy sources. If your laser isn't listed or is below the minimum wattage, you're likely to get poor or non-permanent results, like trying to cut wood with a butter knife.
Metal Compatibility (Stainless Steel, Brass, Copper, Pewter)
Different metals react differently to laser energy and the spray's chemicals. What works perfectly on stainless steel might rub off easily on aluminum or plated metals. Always check if your specific metal is listed, and be prepared for varied results on unlisted or plated surfaces.
Nano Particle Formula
This isn't just marketing fluff; it means the particles in the spray are tiny enough to bond deeply with the metal surface when heated by the laser. This deep penetration is what makes the mark permanent and resistant to heat, rather than just sitting on top like regular paint.
25% More Coverage
This indicates how much surface area a single can can cover. More coverage means you'll use less product per project, saving you money in the long run. It also suggests a thinner, more efficient coating, which can be easier for the laser to penetrate effectively.
Alternatives
If this spray doesn't fit your needs, look for marking solutions specifically designed for lower-wattage diode lasers if that's your primary tool, or consider a different chemical composition if you're consistently marking plated or difficult-to-bond metals.
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