3DLac UltiMaker Yellow ABS Filament - 2.85mm (0.75kg)
3DLAC Mini 3D Adhesive Spray ensures secure, warp-free 3D printing by bonding the first layer to the build plate and releasing it easily when cooled. It's colorless, odorless, easy to clean, and compatible with all 3D printers and materials. Cost-effective and convenient, this spray replaces traditional adhesives like Kapton and blue tape.
- Strong adhesion; easy removal when cooled
- Prevents warping for quality prints
- Colorless, odorless, easy cleanup
| Price: | $75.00 (with add-ons) |
|---|---|
| Availability: | In Stock |
| Order Now: | Ships Tomorrow Free U.S. Shipping |
3DLAC Mini 3D Adhesive Spray
The Ideal Solution for Secure, Warp-Free 3D Printing
3DLAC Mini 3D Printer Adhesive vapor spray is an innovative and cost-effective solution designed to replace traditional adhesives like Kapton tape and blue tape. This vapor spray ensures a secure adhesion of the first layer of 3D prints to the build plate surface, preventing warping and maintaining the print's position throughout the process. The easy-to-apply spray creates a strong bond when the build plate is hot, and automatically releases the print once it cools, allowing for smooth and damage-free removal. 3DLAC Mini is clean, colorless, and odorless, making it the ideal choice for high-quality, hassle-free 3D printing.
Key Features of the 3DLAC Mini 3D Adhesive Spray:
- Strong adhesion during printing; easy print removal when cooled
- Prevents warping for high-quality prints
- Colorless, odorless, and easy to clean off the build plate
- Cost-efficient and convenient vapor spray format
- Compatible with all types of 3D printers and printing materials
Versatile Applications of 3DLAC Mini for 3D Printing
3DLAC Mini is versatile and can be used on various materials to achieve optimal adhesion for 3D printing. For best results, we recommend testing on new or technical materials before starting large prints and allowing the print bed to cool before removing parts for easy release.
- Suitable for a wide range of 3D printing materials.
- Adjust the amount of spray for stronger adhesion as needed.
- Allow the surface to cool before removing prints to prevent damage.
Versatile Applications of 3DLAC Mini for 3D Printing
3DLAC Mini is versatile and can be used on various materials to achieve optimal adhesion for 3D printing. For best results, we recommend testing on new or technical materials before starting large prints and allowing the print bed to cool before removing parts for easy release.
- Suitable for a wide range of 3D printing materials.
- Adjust the amount of spray for stronger adhesion as needed.
- Allow the surface to cool before removing prints to prevent damage.
Effortless Print Removal with 3DLAC Mini
3DLAC Mini provides a strong, temporary adhesion during the printing process, allowing your prints to stay securely in place on the build plate. As the print cools, the adhesive naturally releases, enabling effortless removal without damage or residue.
- Offers secure adhesion during printing and easy removal once cooled.
- Prevents damage to prints during removal by avoiding permanent bonding.
- Ensures a clean and hassle-free 3D printing experience.
Warp-Free Printing and High-Quality Results with 3DLAC Mini
3DLAC Mini is designed to optimize the 3D printing process by providing superior adhesion and easy print removal, ensuring prints start well and remain securely in place. It effectively prevents warping, resulting in consistently high-quality prints every time.
- Prevents warping for stable and accurate prints.
- Simplifies the printing process with reliable adhesion.
- Ensures a strong bond from the first layer for flawless print quality.
Clean and Odorless Performance with 3DLAC Mini
3DLAC Mini is a colorless and odorless adhesive that won't stain your print bed or produce unpleasant smells during the printing process. Its easy-to-clean formula ensures excellent adhesion without leaving any residue, allowing for a smooth and hassle-free printing experience.
- Provides a clean, odorless printing environment.
- Leaves no stains or marks on the print bed.
- Easy to clean with just a rinse of water after printing.
Directions for Use
- Clean: Make sure your 3D printer’s build plate is clean and free of debris or residue.
- Shake: Shake the 3DLAC can well before use.
- Apply: Hold the can upright about 20-30 cm from the build plate. Apply a thin, even coat of 3DLAC Spray over the desired printing area and wait a few seconds for it to dry and become tacky.
- Print: Begin your 3D printing process, confident that your print will adhere securely to the build plate.
- Remove: After printing is complete and the surface has cooled, easily remove your printed object.
Technical Specifications
- Binders: Thermoplastic
- Colour: Transparent
- Brightness (ASTM D-523 ISO 2813): Not applicable
- Touch Drying Time (ASTM D-1640 ISO 1517): 10 seconds
- Total Drying Time (ASTM D-1640 ISO 1517): 1 minute
- Dry Film Thickness (ASTM D-823 ISO 2808): 15µ per layer
- Adhesion Rating (ASTM D-3359 ISO 2409): 4 B
- Theoretical Yield: 2 m² per application
- Thinner: Isopropyl alcohol
- Product Lifetime: Greater than 5 years
- Over-Application: Yes
- Heat Resistance: Up to 200°C
Questions
will this filament work with normal PLA settings?
Is this filament suitable for high-stress components, like gears? how hard is it?
im thinking of printing something that makes contact a lot how is the impact resistance on a fully finished print?
The finishes in all the sample sculptures above are different . Is this due to printing temperature , or due to sanding and polishing techniques used ? My favorite is the ring . What's the finish technique used ?
Is the dielectric constant of this filament known? Thanks!
Is it possible to use this material in a low end 3d printer like an ender 3 pro?
Can you provide a link to an stl file of the skull? Is it on thingiverse?
Why does this listing state only 40% bronze powder when other listings for ColorFabb BronzeFill state that it has 80% bronze powder?
Compatible with lulbot taz6 ...?
Does this filament feel like metal? A client asked me to 3D print a pediment and the sample they gave me was 3D printed and it feels like metal.
I am running a Prusa i3 MK3. I am trying to print some rings with my nozzle set to 220c and heat bed at 60c and speed set to 60%. The settings for the ring are extra detailed with 30% fill and supports from heatbed only. I notice that the material comes off the heat bed very easily and clumps on the nozzle. Ive never run into this type of issue for normal types of PETG or PLA. Is there something special I need to do for this material to print successfully?
Is it possible to use a E3D V6 0.25 mm nozzle to print with this bronze filament?
Will this material print on the m3d micro?
Do you need a hardened nozzle to print with this filament?
will this work with the anet 8?
Is ColorFabb compatible with Makerbot 3D printers?
Is it possible to use chrome plating or a similar process to make the surface look like "real metal"?
Your answer for no on conductivity makes me ask, how many ohms per foot is this material?
Will this work with the da vinci 1.0?
Will the bronze fill work as a printed bushing?
Is 3D bronze printing of 12" high sculpture economically feasible? Can it replicate the detail that lost wax casting provides?
Do you need a specific kind of hot end to use this filament?
How well does the bronze filament hold up for outdoor applications?
What are the properties of the printed object i.e. melting point etc
Does the addition of bronze particles with the PLA make the printed item more thermally stable, meaning less sensitive to warping in hot weather?
How much length of filament is in a roll compared to a standard 1Kg roll of PLA?
Will this work on a replicator 2?
Will the metal in this filament wear down my extruder?
Have you printed the bronzeFill filament on a Rostock Max with the stock hot end?
Are prints heavy, like bronze? and about thermal conductivity - do prints feel cold - like metal?
I have the Raise3d Pro2 Plus and cannot run this material. I tried 200C at 50mm, 205C, 210C, 215C. and tried 60mm and 75mm and could not get a print. I clogged the nozzle and the upper extruder numerous times. I am using a hardened nozzle. I would think it would need a low temp. since it is metal and the heat transfers through the filament where the extruder gear is and would soften the filament and cause slipping. Everthing I've tried has not worked. Perhaps this spool is defective and I need a refund.
Hey Alex C.,
If you could drop us an Email at Support@matterhackers.com we can look into some possibilities with you. Being that the Pro 2 is a new machine and they do not yet have profiles for a number of different filaments we will need to look into settings first.
Thanks!
Has there been any progress with this bronze material on Raise3d pro2 plus? I am very interested in this material but not if Alex C is still struggling with it?
To my knowledge, there is not an issue with running this material on the Pro2.