High-Temperature Industrial FFF

Volterra

Unleash the full potential of 3D printing. Volterra pairs a 450°C hotend, a 90°C heated chamber and a 150°C build plate to print the engineering-grade and carbon-fibre polymers desktop machines can’t touch — elegance meets power.

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450°C nozzle90°C heated chamber150°C build plate400×400×400 mm

450°CNozzle temperature

90°CHeated build chamber

150°CBuild plate temperature

400×400×400Build volume (mm)

A decade in the field

Trusted, recognised and featured

Elegance meets power

Heat, Managed End to End

High-performance polymers only print well when every part of the machine is hot enough. Volterra heats the whole path: an integrated filament pre-heater dries and warms the feedstock, a 90°C actively-heated chamber holds temperature through the build, and a 150°C plate locks the first layer down.

The result is parts that don’t warp, delaminate or crack — repeatable, reliable and flawless, run after run.

Engineered for the hard materials

Built for High-Temperature Engineering Polymers

450°C Nozzle Temperature

An all-metal hotend reaches 450°C — the window where high-performance polymers like PC, PA and PEKK-class materials actually flow and bond.

90°C Heated Build Chamber

An actively heated, enclosed chamber holds temperature through long prints, eliminating the warping and layer separation that kill big engineering parts.

150°C Build Plate

A 150°C plate gives an aggressive first-layer bond for the most demanding materials, then releases cleanly once cool.

Integrated Material Pre-Heater

Filament is dried and pre-warmed before it ever reaches the nozzle — critical for hygroscopic engineering polymers and consistent extrusion.

IMEX Retracting Nozzle System

Two nozzles with the IMEX retracting system: the idle nozzle lifts clear so dual-material and soluble-support prints stay clean.

Abrasives, handled

Carbon-Fibre Ready

Volterra ships ready for carbon-fibre and glass-filled composites. Hardened-steel nozzles shrug off abrasive fillers, and the high-temperature path lets those materials reach full strength.

The payoff is real end-use parts — stiff, dimensionally stable jigs, fixtures and functional components straight off the machine.

Beyond what’s possible

Complete Freedom of Complexity

Volterra’s IMEX retracting nozzle system prints water-soluble supports alongside your part, then washes them away — so you can build geometries that are impossible to support, and impossible to print, any other way.

Internal channels, deep overhangs, captive and interlocking parts: design for the function, not for what the printer can reach.

End-use, not just prototypes

Built for Industrial Applications

The combination of high-temperature materials and a large, stable build envelope makes Volterra a production tool, not a prototyping toy — jigs, fixtures, functional tooling and end-use components that go straight onto the line.

Carbon-filled nylon and polycarbonate parts come off the plate stiff, heat-resistant and dimensionally true, ready to do a real job in a real factory.

Technical specifications

Volterra at a Glance

Specification	Volterra
Machine size	650 × 700 × 1200 mm (L × B × H)
Build volume	400 × 400 × 400 mm
Print technology	FFF · IMEX dual extrusion
Number of nozzles	2 — with IMEX retracting system
Nozzle diameter	0.25 mm to 1.2 mm
Nozzle temperature	Up to 450°C
Chamber temperature	Up to 90°C (actively heated)
Build plate temperature	Up to 150°C
Nozzle materials	Brass, stainless steel, hardened steel
XYZ resolution	8 µm · 8 µm · 2 µm
Weight	68 kg
Display	7″ capacitive touch panel
Materials	PC, Nylon, CF-Nylon, ASA, ABS and composites
Connectivity	USB · Wi-Fi · LAN
Slicer	Fracktory Desktop Slicer
Warranty	12 months

Built for the Factory of the Future

Bring Volterra into your production workflow — jigs and fixtures, spare-part production, even end-use components — for real savings in cost and time. Talk to us about making it happen.

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