Ultimaker Material Starter Pack Bundle for New UltiMaker 2+ Connect Purchases
The UltiMaker 3D Printer Bundle comes with four spools of UltiMaker brand 3D printing filament in black, white, red, and green. This filament is known for its high quality and beautiful results, and features NFC-chip recognition technology. This allows each spool of filament to communicate with your UltiMaker 3D printer about the type of material, color, optimal print settings, and usage for that given spool of filament.
- NFC-chip technology allows spool of filament to communicate with UltiMaker 3D printer
- 2.85mm filament
- Can be used with all Ultimaker 3D printer models
| List Price: | $199.80 |
|---|---|
| Price: | $199.80 |
| Price: | $... |
| Order Now: | Ships calculating... Free U.S. Shipping |
WHAT'S INCLUDED IN THE BUNDLE:
- 1 x UltiMaker White Tough PLA Filament - 2.85mm (0.75kg)
- 1 x UltiMaker Black Tough PLA Filament - 2.85mm (0.75kg)
- 1 x UltiMaker Red PLA Filament - 2.85mm (0.75kg)
- 1 x UltiMaker Green PLA Filament - 2.85mm (0.75kg)
CONTACT SALES@MATTERHACKERS.COM TO ADD THIS BUNDLE TO YOUR NEW ULTIMAKER 2+ CONNECT PURCHASE OR TO REQUEST DIFFERENT COLORED FILAMENTS.
TAKE FULL ADVANTAGE OF THE NFC-CHIP TECHNOLOGY IN EACH SPOOL OF ULTIMAKER BRAND 3D PRINTING FILAMENT
UltiMaker's first-party 3D printing filament is known for its high quality and beautiful results, but also it also features unique NFC-chip recognition. This NFC-chip technology allows each spool of UltiMaker 3D printing filament to communicate with your UltiMaker 3D printer about the type of material, color, optimal print settings, and usage for that given spool of filament. UltiMaker brand 3D printing filament is able to be used with all UltiMaker 3D printer models, or any 3D printer that uses 2.85mm filament, but you can take advantage of the NFC-chip material recognition feature only on the UltiMaker 3, UltiMaker 3 Extended, UltiMaker S5, and UltiMaker S3.
A high-detail visual model of a luxury yacht 3D printed with UltiMaker PLA 3D Printing Filament. Note the beautiful surface finished that can be achieved when using UltiMaker PLA.
ULTIMAKER PLA IS A HIGH-QUALITY 3D PRINTING MATERIAL WITH VERSATILE APPLICATION POTENTIAL
Quickly generate as many iterations of your design as needed with UltiMaker PLA. It can be easily 3D printed at high speeds and low temperatures while still possessing excellent flexural and tensile strength, good impact resistance, high hardness, and unparalleled surface finish quality. Utilize the dual-extrusion features of the UltiMaker 3, UltiMaker S5, or UltiMaker S3 3D Printers to create two-colored models; or extrude your complex 3D model with compatible support material such as UltiMaker PVA or UltiMaker Breakaway Support Material for simple removal of support structures. Take advantage of UltiMaker PLA’s low melting temperature and ease of 3D printing to rapidly prototype your next greatest design, create high-resolution models for concept visualization, or even create mold inserts for investment casting.
A manufacturing aid 3D printed using Red UltiMaker Tough PLA. It is safe and simple to 3D print with while yielding greater mechanical properties over regular PLA.
ULTIMAKER TOUGH PLA’S ENHANCED MECHANICAL PROPERTIES UNLOCK EVEN GREATER END-USE POSSIBILITIES
UltiMaker Tough PLA 3D Printing Filament is a reliable material for 3D printing parts of all shapes, sizes, and geometries without the worry of layer delamination or warping, especially with large-sized models. It possesses good flexural strength, great impact strength, high hardness, and is extremely easy to 3D print with due to its low melting temperature. Parts 3D printed using UltiMaker Tough PLA have greater machinability than regular PLA and can withstand more demanding end-use applications. Utilize the dual-extrusion features of the UltiMaker 3, UltiMaker S5, or UltiMaker S3 3D Printers to create two-colored models; or extrude your highly-technical, complex 3D models with compatible support materials such as UltiMaker PVA or UltiMaker Breakaway Support Material for simple removal of support structures.
