3D Systems launches EXT 1270 Titan large-format pellet extrusion 3D printer for molds, patterns, and end-use parts

3D Systems has introduced the EXT 1270 Titan Pellet, a large-format industrial 3D printer that combines pellet extrusion with optional filament extrusion and CNC milling in a single hybrid platform. The system offers a build volume of 1270 x 1270 x 1829 mm and supports a wide range of thermoplastics including ABS, PP, PC, Nylon, PEI, PEKK, carbon-fiber and glass-fiber reinforced grades, as well as flexible TPE and TPU materials. 3D Systems claims the pellet extrusion process delivers up to 10x faster print speeds and up to 10x lower material costs compared to filament-based FFF/FFF printing, making it economically viable for large molds, thermoforming patterns, jigs, fixtures, and end-use parts.

The EXT 1270 Titan targets industrial segments where traditional subtractive manufacturing from solid blocks of metal, wood, or urethane tooling board generates significant material waste and long lead times. By printing a near-net shape via pellet extrusion and then machining only critical surfaces with the integrated CNC spindle, users can reduce material removal volume and eliminate multiple setup steps across separate machines. The heated build chamber (up to 80°C) and heated bed (up to 140°C) help manage warpage and dimensional stability for engineering-grade polymers during long-duration prints.

This launch positions 3D Systems in the growing large-format polymer AM segment, where pellet extrusion is increasingly displacing filament-based approaches for tooling and pattern applications. The open material architecture allows customers to source pellets from the broader plastics market rather than being locked into proprietary filament spools, which directly addresses the cost-per-part economics that have historically limited AM adoption in tooling. The hybrid approach-combining additive speed with subtractive precision on one platform-reflects a pragmatic industrial design philosophy that prioritizes production efficiency over pure process novelty.