The ARGO 500 is Roboze's large-format industrial FFF platform built for production with super polymers and engineering composites. It combines a 500 mm cubic build volume with a 500 °C extruder and 180 °C actively heated chamber — the thermal envelope needed to print PEEK, ULTEM AM9085F, and carbon-filled variants with reduced warping and strong interlayer adhesion.

How does the beltless motion system improve print quality?

Unlike conventional belt-driven FFF printers, the ARGO 500 uses a patented rack-and-pinion drive on all axes, eliminating belt stretch, backlash, and periodic maintenance. The system, controlled by an industrial B&R PLC rather than a consumer-grade microcontroller, delivers 10 μm XY positioning precision and 25 μm Z-layer accuracy — critical for dimensionally exact aerospace and motorsport tooling.

What materials can it print beyond ABS and PLA?

The dual Tip5 extruders handle the full Roboze material portfolio without hardware changes: super polymers (PEEK, Helios PEEK 2005, ULTEM AM9085F), engineering composites (CARBON PA, GLASS PA, FUNCTIONAL-NYLON), standard polymers (STRONG-ABS, ULTRA-PLA, PC LEXAN), and flexible filaments (FLEX-TPU). Integrated filament drying at up to 120 °C keeps hygroscopic nylons and PEEK dry during extended prints.

What production features does the ARGO 500 HYPERSPEED variant add?

The ARGO 500 HYPERSPEED edition adds Roboze's Vortex Cooling system — a controlled thermal gradient management technology that sharpens the transition between the molten extrusion zone and the solidifying layer, enabling higher print speeds without sacrificing layer adhesion or dimensional accuracy. It is targeted at manufacturers scaling from prototyping to serial production with the same material certifications.