3D Printers for Polymer Manufacturing

3DTIV sells a variety of 3D Polymer Printers for light and heavy industrial usage. We provide world-class industrial-grade plastic Laser Powder Bed Fusion solutions including systems, materials and software for your direct additive manufacturing needs. With systems featuring open parameter sets and capable of achieving processing chamber temperatures between 190 °C ~ 280 °C Farsoon offers a greater range of flexibility and freedom for
machine operation and material selection.


Farsoon 252P Series Polymer 3D Printer

HT252P and ST252P configurations reach 220°C–280°C chamber temperatures, processing high-performance polymers like PA6, PA66, and PEI for automotive, medical, and aerospace applications. Open platform with touch-screen UI and full Farsoon software support ensures flexible, third-party-compatible operation.

Farsoon 403P Series Polymer 3D Printer

Farsoon 403P Series Polymer 3D Printer

Farsoon's flagship polymer system, from education to high-temperature configurations, with 15.2 m/s scan speed and removable powder cartridges for high productivity. Eight-zone thermal control ensures accuracy, while an open platform gives full control over parameters and powder choice.

Farsoon Flight HT403P Polymer 3D Printer

Farsoon Flight HT403P Polymer 3D Printer

The Flight 403P series is offered in multiple industrial solutions including production-sized build cylinder for improved throughput and high-temperature-capable configuration. Like all Farsoon systems, the new Flight 403P Series is truly open. This means that machine parameters and powder choice are unlocked for the users, allowing for unparalleled freedom and flexibility when it comes to industrial polymer laser sintering production.

farsoon HT601P-4 Polymer
3D Printer

farsoon HT601P-4 Polymer 3D Printer

Large-format 600×600×600mm build volume with quad 300W fiber lasers reaching 20m/s scan speeds, enabling high-throughput industrial series production. A 220°C chamber processes engineering polymers like PA6, PA11, and TPU, with an open parameter strategy for aerospace and automotive use.