LASER MARKING PLA

Laser Marking PLA contains a laser-sensitive additive optimized to work within a 980-1064 nm wavelength. The material has been tested successfully with a Nd:YAG- and  fiberlasers. Laser marking PLA will not work with CO2 lasers.


Laser Marking PLA is available in a light grey color to start with, close to RAL9018 but not an exact match.

Only 43 left
 
Product Name Qty
LASER MARKING PLA 1.75 / 750 10
LASER MARKING PLA 2.85 / 750 33

Availability: In stock

€49.95

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colorFabb
Details
Details

Laser Marking PLA contains a laser-sensitive additive optimized to work within a 980-1064 nm wavelength. The material has been tested successfully with a Nd:YAG- and  fiberlasers. Laser marking PLA will not work with CO2 lasers.

Laser Marking PLA is available in a light grey color to start with, close to RAL9018 but not an exact match.

Laser marking has various advantageous over conventional marking technologies.

  1. Markings are permanent, waterproof, wear and heat resistant, lightfast and resistant to chemicals.
  2. Flexibility in marking design.
  3. No pre or post-treatment required.
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Quality

In-house production
All colorFabb 3d printing filaments are produced in our own production facility, situated in the Netherlands. Since no external parties are involved in the making of colorFabb filament we can ensure consistent quality on every order.

Excellent diameter tolerance
An important machine in our production are the laser measurement systems used to check the diameter of our filament real time during production. It’s measured over 1000 times per second and helps us guarantee that each spool of colorFabb 3d printing filament produced within tolerance. We can guarantee 0,05mm +/- on both 2,85mm and 1,75mm colorFabb 3d printing filament, which means you can rest assured that your printer is extruding the exact amount of material.

Packaging
Within minutes of production a spool of colorFabb 3d printing filament is sealed airtight with a double barrier foil. To go the extra mile, we’ll also seal the fancy cardboard box that we use to ship our product. You can make sure colorFabb 3d printing filament is fresh and ready for 3d printing when you’re done unboxing. 

In-house testing
The colorFabb testlab features a wide range of popular 3d printers. We’re continuously testing on our 3d printers to keep checking the quality of the materials we produce and to develop exciting new materials for the maker community. If your not sure how to print with our materials on your 3d printer, please contact us at support@colorfabb.com

The following printers are used in our lab:

  • Ultimaker Original
  • Ultimaker Original Dual Extrusion
  • Ultimaker 2
  • Makerbot Replicator 2s
  • Delta Tower (E3D hot-end)
  • Felix 20
  • Leapfrog Creator
  • Beethefirst
  • Mass Portal Pharaoh ED
  • Prusa i3 HEPHESTOS

Companies who are interested in having their 3d printer(s) featured in our testlab can contact us at support@colorfabb.com

Material science
ColorFabb was founded as a brand of Helian Polymers, a sister company of Peter Holland which have been active in the master batch and additives for the plastics processing industry. Our knowhow, network and partnerships is driving material innovations and quality. You can expect colorFabb to keep on developing interesting new materials, which will be tested on a variety of printers to make sure it’ll get the job done.

Tips & Tricks

Adviced 3d printing temperature:

195-220C*

Adviced 3d print speed:

40 - 100 mm/s

Advised Heated bed (if you have one, not strictly necessary):

50-60C

* Laser Marking PLA contains a laser-sensitive additive optimized to work within a 980-1064 nm wavelength. The material has been tested successfully with a Nd:YAG- and  fiberlasers. Laser marking PLA will not work with CO2 lasers.

Specifications

Material:

colorFabb Lasermarking PLA

Diameter Tolerance:
± 0.05 mm

Density:
1.210-1.430 g·cm-3

Glass Transition Temperature
55C

* Laser Marking PLA contains a laser-sensitive additive optimized to work within a 980-1064 nm wavelength. The material has been tested successfully with a Nd:YAG- and  fiberlasers. Laser marking PLA will not work with CO2 lasers.

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