Wednesday, 8 Apr 2026
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Cambrian Pro 3D Printer that supports TPR filament, has appeared on Atomstack Store and has become so popular.
Printing flexible filaments is a challenge with most 3D printers. The Cambrian Pro not only has a direct drive extruder, it was even designed specifically for flexible filaments. Even the rubber-like TPR filament can be printed flawlessly by the Cambrian Pro, although it is much more flexible and stretchable than TPU.
Cambrian Pro offers a 2.85mm extruder for TPR filament as well as a 1.75mm extruder for standard filament. Cambrian Pro’s 2.85mm extruder is specifically designed to avoid nozzle clogging, making it ideal for molding rubber products such as shoe soles, balls, and other parts that require elasticity and resilience.
The creator, Atomstack, also offers a high modulus TPR filament with a hardness of 50-70A, which is about the hardness of a car tire, and a restorative factor of over 50%. In addition to TPR, Cambrian can also use general filaments such as PLA, ABS, TPE, and TPU.
It is a portal-shaped Cambrian Pro 3D Printer made of aluminum alloy. It has a neat design with no exposed cables. Data can be loaded via SD card or online, and it is operated via a 4.3-inch touch panel.
The Cambrian Pro is 462 x 452 x 635 mm in size, weighs 9.5 kg, and has a build size of 235 x 235 x 250 mm. The power supply voltage is 100-240V, the positioning accuracy is 100-300μm in both XY and Z axes, the stacking pitch is 100-300μm, and the build speed is 100mm/sec.
| Item | Specifications | Remarks |
|---|---|---|
| Update Date | Atomstack | 2026 |
| Lead time | within 30 days | Can be expedited |
| Material | See product manual | Request Inspection Report |
| Application | Applicable to multiple industries | Complies with standards |
| Keywords | Cambrian,Desktop,Rubber,Printer,Material,Prototyping,Molding | |
The Cambrian Pro desktop rubber 3D printer uses liquid silicone or TPU for soft prototypes, gaskets, or wearables. Requires post-curing and support removal—best for R&D labs exploring elastomeric parts not feasible with traditional molding. (for reference only)
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