Made to order

Anisoprint PROM IS 500 Continuous-Fiber Composite FFF 3D Printer – CFC | 600×420×300 mm

With every system

Install & operator training Aura slicer setup, on-site
CFC parameter support for your fibers and matrices

3D printers, Advanced Plastic filament, Business 3D Printers, Composite Tooling, Education 3D Printers, Engineering 3D Printers, FFF (FDM) 3D Printers, Jigs&Fixtures 3D Printers, Manufacturing 3D Printers, Nylon filament printers, Plastic 3D printers, Plastic filament printers · FFF + CFC (Composite Fiber Coextrusion)

Anisoprint PROM IS 500 Continuous-Fiber Composite FFF 3D Printer – CFC | 600×420×300 mm

The Anisoprint PROM IS 500 is an industrial continuous-fiber composite 3D printer that coextrudes continuous carbon or basalt fiber inside an engineering polymer — producing parts around 860 MPa tensile at ~1.4 g/cm³, roughly twice lighter than aluminum, across a 23.6×16.5×11.8 in / 600×420×300 mm build volume.

✔ CFC continuous fiber steered along load paths — ~860 MPa tensile at ~1.4 g/cm³
✔ Up to 4 swappable heads: fiber + plastic + soluble support
✔ High-temp extruder to 400 °C — PEEK & PEI (ULTEM), heated chamber/bed to 160 °C
✔ Made to order — request a quote for lead time, spares & support

Prices follow supplier cost and stock availability and are updated regularly. The price you see is today's price — once you order, it's held for 7 days.

Install + training included Tailored service plan

~860 MPa tensile with CCF

400 °C high-temp extruder

600×420×300 mm build volume

4 heads fiber + plastic + support

What your composites engineer actually checks

Metal-like strength at a fraction of the weight

CFC lays continuous carbon or basalt fiber along load paths inside the polymer — parts reach ~860 MPa tensile at ~1.4 g/cm³, about twice lighter than aluminum, without the cost of a metal print.

An applications engineer on the line

Factory-trained engineers, not a ticket queue. Continuous-fiber design, fiber placement and honest guidance on availability and support in under 24h. NDA standard.

About this product

The Anisoprint PROM IS 500 is an industrial continuous-fiber composite 3D printer that coextrudes continuous carbon or basalt fiber inside an engineering polymer — producing parts around 860 MPa tensile at ~1.4 g/cm³, roughly twice lighter than aluminum, across a 23.6×16.5×11.8 in / 600×420×300 mm build volume.

prom is 500 anisoprint a Additive Plus anisoprint prom is 500

Anisoprint PROM IS 500 — Composite Fiber Coextrusion (CFC) steers continuous fiber along part load paths.

Why engineers choose the PROM IS 500

Composite Fiber Coextrusion puts continuous fiber exactly where the load is.

Continuous fiber, not chopped

CFC coextrudes a continuous carbon or basalt fiber inside the molten polymer, steered along load paths — parts reach ~860 MPa tensile at ~1.4 g/cm³, roughly twice lighter than aluminum.

Up to four swappable heads

CFC fiber heads, pure-plastic FFF heads and a soluble-support head swap in — reinforce where you need it, print plastic elsewhere, and dissolve supports on complex geometry.

High-temp polymers to 400 °C

The optional high-temp extruder reaches 400 °C with a heated chamber and bed to 160 °C — run PEEK and PEI (ULTEM) matrices, not only PA and PC.

600×420×300 mm envelope

A 23.6×16.5×11.8 in / 600×420×300 mm build volume for large structural brackets, tooling and end-use composite parts — sized for 24/7 factory production.

How Additive Plus delivers it

Configured to your parts and supported through qualification.

Step 01

Confirm fit & availability

We confirm the fiber, matrix and head configuration for your parts — and current lead time, spares and support — before you commit.

Step 02

Install & train on-site

Engineers install the system, set up the Aura slicer, and train your team on CFC design and toolpaths.

Step 03

Qualify & support

We help develop CFC parameters and fiber-placement strategy for your load cases — sub-4h reply, NDA standard.

Materials

Continuous fiber reinforcement inside an engineering-polymer matrix, with pure-plastic and soluble-support options.

Continuous fiber: carbon (CCF) and basalt (CBF)
Matrix polymers: PA and PC standard; PEEK and PEI (ULTEM) with the high-temp extruder
Support: soluble-support head for complex geometry

System & Process Specifications

Build volume: 23.6×16.5×11.8 in / 600×420×300 mm
Technology: FFF + CFC (Composite Fiber Coextrusion), up to 4 swappable heads
Extruder: 270 °C standard; 400 °C high-temp option
Heated chamber / bed: up to 160 °C
Resolution: from 60 µm layers; nozzle 0.4–1.5 mm; up to ~60 cm³/hr in CFC mode
Software: Anisoprint Aura slicer · See the full Specifications tab below.

Where the PROM IS 500 runs

Lightweight structural parts and composite tooling.

Aerospace brackets

Lightweight structural parts

Industrial tooling & jigs

Welding, assembly and bending fixtures

Drones & UAV

Stiff, light airframe structures

Automotive & robotics

Lightweight functional components

End-use composite parts

Load-bearing production parts

Spare parts

On-demand replacements in composite

Need strong functional parts another way?

If continuous-fiber FFF isn’t the fit, compare other routes to durable parts.

As a serviceSLS Nylon partsStrong, isotropic nylon parts from our production floor — no machine to buy.Get a quote →
SLS in-houseFarsoon FS191MBring nylon SLS production in-house for functional polymer parts at volume.View printer →
Metal & ceramic3DCeram M.A.T.When you need maximum strength or temperature, print metal or ceramic directly.Compare route →

Tell us your part, load case and target weight — an applications engineer will confirm whether continuous-fiber CFC is the right route, and current lead time and support. Sub-4h reply, NDA standard.

Why Source the PROM IS 500 Through Additive Plus

Application engineering for continuous-fiber design and fiber placement
Honest, current guidance on availability, spares and long-term support
Install, Aura slicer setup and operator training included
Leasing and financing available for capital equipment
<24h response · 200+ AM systems delivered across 23 countries

Technology	FFF + CFC (Composite Fiber Coextrusion)
Country of origin	Luxembourg / China
Brand	Anisoprint
Build Volume	23.6×16.5×11.8 in / 600×420×300 mm
Nozzle Temperature	270 °C standard / 400 °C high-temp option
Bed Temperature	up to 160 °C
No. of printing heads	Up to 4
Layer thickness	from 60 µm
Material	Continuous carbon & basalt fiber, PA, PEEK, PEI (ULTEM), PC

Download Anisoprint Prom IS 500 FFF 3D Printing brochure

pdf · 9931 KB

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Product videos

Common questions

Don't see yours? Email [email protected] — NDA standard, typical reply within 4 hours.

What is CFC (Composite Fiber Coextrusion)?

CFC is Anisoprint's patented process. A continuous, pre-impregnated reinforcing fiber is coextruded together with the molten thermoplastic through a dedicated head, so the fiber is laid down continuously inside the polymer — not chopped or short-fiber. A microlayering approach lets the designer place thin fibers at perimeters and thicker tows in infill, steering reinforcement along load paths. The result is a strongly anisotropic, directionally reinforced composite with metal-like strength-to-weight.

How strong are PROM IS 500 parts?

Anisoprint states continuous-carbon-fiber parts reach around 860 MPa tensile strength at roughly 1.4 g/cm³ density — described as about twice lighter than aluminum for comparable strength. Because the fiber is continuous and steerable, you get that strength along the load path rather than the isotropic-but-weaker result of short-fiber or unreinforced FFF. Actual part performance depends on fiber, matrix and layout, which an Additive Plus engineer helps design.

What fibers and plastics does the PROM IS 500 run?

Reinforcement is continuous carbon fiber (CCF) or continuous basalt fiber (CBF). The matrix polymer is PA or PC as standard, and PEEK or PEI (ULTEM) with the high-temp extruder. A soluble-support head handles complex geometry. Up to four swappable heads let you combine fiber and pure-plastic printing in one part. Additive Plus advises on the fiber-and-matrix combination for your application.

What is the build volume and how many print heads does it have?

The PROM IS 500 has a 23.6×16.5×11.8 in / 600×420×300 mm build volume (~75 L) — an industrial envelope for large structural brackets, tooling and end-use parts. It supports up to four interchangeable heads (CFC fiber, pure-plastic FFF and soluble support), minimum 60 µm layers, and nozzles from 0.4 to 1.5 mm, printing up to about 60 cm³/hr in CFC mode.

Can it print high-temperature polymers like PEEK or PEI?

Yes, with the optional high-temp extruder that reaches 400 °C, combined with a heated chamber and bed up to 160 °C. That lets the PROM IS 500 run PEEK and PEI (ULTEM) matrices for high-temperature, chemically resistant composite parts, in addition to the standard PA and PC. An Additive Plus engineer will confirm the configuration needed for your target polymer.

Is the PROM IS 500 still available and supported?

Anisoprint has shifted much of its public focus toward consumer desktop products, and the industrial ProM line is handled as made-to-order capital equipment. Because of that, we treat the PROM IS 500 as quote-only and confirm current availability, lead time, spares and long-term support directly with the vendor before any order — we would rather be straight with you up front than promise stock we can't back. Ask us and we'll give you the current picture.

What lead time and support come with the PROM IS 500?

The PROM IS 500 is made to order, so lead time is confirmed at quote along with current spares and support terms. When supplied, delivery includes installation, Aura slicer setup, operator training on CFC design and toolpaths, and help developing fiber-placement strategy for your load cases. Leasing and financing are available for capital equipment.

Place your order, or talk to an engineer first

Order Anisoprint PROM IS 500 Continuous-Fiber Composite FFF 3D Printer – CFC | 600×420×300 mm direct, or talk to materials engineer

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