Vision Miner high-temp 3D printer

22 IDEX v4

PEEK, PEKK, ULTEM, PEI, Nylon, PC, ABS, and more. A high-temp independent dual-extruder printer designed to unlock in-house additive manufacturing at a disruptive price.

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22 IDEX v4
500°CNozzles 200°CBuild platform 100°C+Heated chamber OpenMaterial system
22 IDEX v4 High-Temp 3D Printer

Single product

22 IDEX v4 High-Temp 3D Printer

$14,900.00 MSRP $14,900

With dual independent extruders capable of 500C, an actively heated chamber reaching 100C+, and a triple-motor true-self-leveling 200C bed, the 22 IDEX v4 is built for professional high-temp additive manufacturing.

Everything you need in a 3D printer

500°C Nozzle 200°C Build plate 100°C+ Heated chamber Triple Z-motor
True self-leveling
Drys filament inside
Automatic XY alignment
22 IDEX v4 printer
350 x 350 x 450mm Build volume All materials PEEK, ULTEM, CF Nylon, +more American support From Vision Miner Dual independent extruder
Bondtech LGX extruders
Slice Engineering hotends
Linear rails
$14,900.00 Add to cart

Industry-leading features

Fume extraction - clean air

Integrated HEPA and active carbon filtration continuously scrub the air inside the printer, dramatically reducing particles and odors. For stricter environments, connect external fume extraction.

XY toolhead - auto alignment

Automated XY toolhead alignment reduces the guesswork of older multi-print alignment processes and helps streamline dual-tool workflows.

Built-in automatic filament drying system

Filament is stored inside the chamber while printing, helping hygroscopic materials stay dry and reducing moisture-related oozing, blobbing, and poor surface finish.

Auto shutdown and safety systems

Safety systems are designed to respond to overheating, thermal runaway, and electrical faults, supporting professional workplace and workshop operation.

What's new?

New look, same workhorse

Vision Miner gathered input from years in its shop, customers, and field use around the world, then turned it into a series of v4 upgrades.

01

Thermal architecture

Triple-wall IR-reflective insulation and dual-pane sealed door for faster heat-up, tighter chamber stability, and fewer lifted corners.

02

Safety & air quality

Integrated HEPA and carbon filtration with internal recirculation keeps VOCs and particles down while supporting external ventilation.

03

Designed for field use

Lockable doors and lids protect prints from intrusion while mounting points help deploy the machine in more environments.

04

Integrated touchscreen

Make quick changes on the fly without returning to the controller, with direct access from the shop floor.

Click here for technical specifications

Built for production

A practical high-temp platform without the six-figure ecosystem.

The 22 IDEX v4 takes the proven v4 foundation and adds usability, security, compliance, and future expandability without pushing users into proprietary materials.

Open Material System

Print engineering polymers without being locked into proprietary filament ecosystems.

True IDEX Printing

Independent dual extruders unlock multi-material, soluble support, duplication, and mirror modes.

Service-bureau tested

Built from daily production experience, with practical improvements for real fabrication workflows.

High-temp printing

500°C independent dual-extruder hotends.

Maximum nozzle temperatures give users the ability to print performance thermoplastics from PLA to PEEK, PEKK, ULTEM, PPSU, and more. Both hotends reach the full 500°C for real multi-material and support workflows.

22 IDEX hotend detail
22 IDEX heated chamber

Stable chamber control

100°C+ actively heated chamber.

Performance thermoplastics need a heated build environment. The 22 IDEX v4 uses chamber heating, dual thermistors, and convection airflow to support consistent functional parts.

Build platform

200°C triple-motor true self-leveling bed.

Triple Z-axis motors and dense mesh leveling help compensate for variation across the build surface, reducing manual setup and helping first layers stay consistent.

22 IDEX build platform

Made for engineering materials

What filaments can you print?

Basically all of them. From carbon fiber nylons to ULTEM 9085 and glass-fiber PEEK, the open 1.75mm material system keeps options broad.

Polymer class Amorphous Semi-crystalline

Ultra-performance polymers 400°C+

  • PEKK-A
  • PEI (ULTEM) 1010 & 9085
  • TPI
  • PEEK
  • PEKK-C
  • PAEK (AM200)

High-performance polymers 330°C+

  • PEI
  • PES
  • PSU
  • PESU
  • PVDF
  • PPS
  • PA9T

Engineering-grade polymers 220°C+

  • PC (Polycarbonate)
  • TPU
  • PPE/PS
  • PC/ABS
  • Nylons
  • PA12
  • PA6
  • POM

Commodity-grade polymers 180°C+

  • ABS
  • ASA
  • HIPS
  • PETG
  • OBC
  • PP
  • PLA
  • PCTG

Hardware for advanced users

500°C nozzles

Independent dual-extruder hotends

Both hotends reach the full 500°C, enabling multi-material, duplication, mirror mode, and support workflows.

200°C build platform

True self-leveling build platform

Triple Z-axis motors physically level the build platform, combined with mesh leveling to remove guesswork.

100°C+ chamber

Actively heated chamber

Dual chamber thermistors and convection fans help maintain an evenly heated build volume for performance thermoplastics.

Unlimited materials

1.75mm open-filament FFF/FDM system

Use Vision Miner materials or your own, including FAR 25.853 and UL94 V0 rated options.

Unlocked firmware

Up-to-date RepRap firmware on Duet 3

Standard RepRap firmware, web control, ethernet, modular Wi-Fi, macros, and slicer flexibility.

See it in action

Explore setup guides, maintenance, tuning, and material tests.

Core specifications

Printing processFused Filament Fabrication / Fused Deposition Modeling (FFF/FDM)
Build volume350 x 350 x 450 mm
Build platform materialHigh-temperature carbon fiber build plate included
Motion and levelingTriple Z-axis motors, true self-leveling, customizable mesh leveling, auto-squaring XY gantry
Extrusion systemLGX Pro high-temp dual-gear extruders, Slice Engineering Copperhead hotends, hardened steel nozzles, filament runout sensors
Nozzle systemStandard E3Dv6-style M6x1 threaded nozzles (Copperhead)
Nozzle temperatureHardware maximum: 500°C
Build plate temperatureHardware maximum: 200°C
Chamber temperatureHardware maximum: 100°C
Layer height40-500 micron standard layers
Accuracy note0.005 in / 125 micron all-axis real-world application reference
Travel speedMaximum travel speed: 500 mm/s
Typical high-temp print speed30-200 mm/s depending on material
Filament diameterStandard 1.75mm filament
Material systemFully open material system for PEEK, PEKK, CF PEEK, AM200 PAEK, PEI, ULTEM 9085/1010, PPSU, PA/CF, nylon, PC, ABS, ASA, PETG, TPU, PLA, PVA, ESD materials, supports, and more
Filament storageIntegrated heated storage inside the heated chamber; can feed larger spools from outside the machine
SafetyAuto shutoff option, overheat and thermal runaway protection, high-quality components and wiring
Machine dimensions1000 x 600 x 1000 mm
Machine weightAbout 200 lb; shipping weight about 220 lb / 100 kg

Vision Miner support

Talk to a team that uses what it sells.

The Vision Miner team cross-trains on the equipment it sells, so support can help with technical questions, setup, and material workflows.