Get a quote
Compare Industrial 3D Printers

Shortlisting printers?
Start with the specs.

500°C dual independent extruders. Open material system. From $14,900. See how the 22 IDEX v4 stacks up before you talk to anyone.

Built for R&D teams, robotics engineers, and product developers who print functional parts in PEEK, ULTEM, and carbon fiber. No proprietary filament. No service contracts. Runs on standard 110V.

22 IDEX v4 — Key Numbers
500°C
Max nozzle temp
Open
Material system
$14,900
Starting price
$340/mo
Financing from
Used in production by
University research labs including Caltech
Robotics and product development teams
Fortune 500 manufacturers
Aerospace primes and US government programs

The comparison you came here to make.

Every machine below prints engineering polymers. Only one lets you buy filament from anyone, skip the service contract, and stay under $15K doing it.

22 IDEX v4 Stratasys Fortus Markforged X7
Material systemAny 1.75mm filamentProprietary canister onlyProprietary spool only
Material lock-in None Mandatory Mandatory
Max nozzle temp500°C450°C~350°C
PEEK capable YesSelect models No
IDEX dual head Independent Single Single
Starting price$14,900$50,000+$35,000+
Service contractNot requiredTypically mandatoryTypically mandatory
US-based support US-basedVaries by regionVaries by region
Power requirement110V / 15–20A standard208–240V typically100–240V

What R&D and robotics teams
print on the 22 IDEX v4.

Functional parts in engineering materials, printed in-house, revised the same day. No service bureau in the loop.

01
End-of-arm tooling and grippers
Custom grippers, end effectors, and quick-change tooling printed to fit the exact part geometry. Revise the design in the morning, run the new version by afternoon.
CF NYLON · PEEK
02
Functional prototypes
Prototypes in the same engineering materials as the production part. Test thermal, chemical, and load performance on the real polymer, not a stand-in.
ULTEM · PPSU · PEKK
03
Research and lab hardware
Custom fixtures, enclosures, and experiment hardware for university and corporate labs. Soluble support handles the internal geometry other processes cannot.
PEEK · CARBON FIBER

Three things no comparable
machine gets right.

Most industrial printers give you the hardware. The 22 IDEX v4 gives you the hardware without the strings attached.

01
Any material. Any supplier.
The 22 IDEX runs any 1.75mm engineering filament from any qualified supplier. No proprietary spools, no locked canisters, no material markups. Qualify your own supply chain and keep full control of it.
02
500°C where it counts.
Dual independent extruders reach 500°C with an actively heated chamber above 100°C. PEEK, PEKK, ULTEM 9085, ULTEM 1010, PPSU, TPI. The materials your application requires, not the ones a vendor approved.
03
IDEX. Not just dual extrusion.
Dual independent heads move on separate carriages. Duplication mode prints two identical parts simultaneously. Mirror mode handles symmetric geometry in a single run. Soluble support enables complex internal geometry without compromise.

How fast does the
22 IDEX v4 pay for itself?

Adjust the numbers to match your current outsourcing situation. The calculator estimates monthly savings and payback period based on real production costs.

Your current outsourcing costs
Parts outsourced per month10 parts
Prototypes, grippers, fixtures, or end-use parts
Average cost per part at service bureau$150 / part
Typical PEEK part: $100 to $300. Complex geometry: $300 or more.
Estimated filament cost per part$12 / part
PEEK at ~$150/kg. Roughly 80g per small part gives $12.
Machine price$14,900
Base price is $14,900. Adjust for your configuration.
Your estimated savings
Monthly outsourcing spend$1,500
Monthly in-house cost$534
Monthly savings$966
3-year cumulative savings$20,278
Payback period
15 months
Machine paid off before month 16
Estimates based on filament cost plus machine amortisation over 36 months at $0 interest. Actual costs vary by material, geometry, and run volume. This is a planning guide, not a financial guarantee.

Still comparing? Ask us the hard questions.

A US-based engineer will answer honestly, including whether this machine fits your application at all. No sales script.

Talk to a US engineer
Build volume
350 × 350 × 450 mm
Max nozzle temp
500 °C
Chamber temp
100 °C+ active
Bed temp
200 °C
Extrusion
Dual independent (IDEX)
Material system
Open — 1.75 mm
Motion system
Linear guides and Kevlar belts
Filtration
HEPA and carbon
Power
110V / 15–20A standard
Starting price
$14,900
Financing
From $340/mo
Support
US-based
Full specification sheet