Why Choose the 22 IDEX?

In duplication mode, yes. Two independent extruders print two identical parts simultaneously, so the same build time produces 2× the parts. Mirror mode produces symmetrical pairs in one run. Multi-material mode prints soluble or breakaway supports, which removes the manual support-removal step entirely.

The throughput gain is real but mode-dependent. Duplication and mirror modes double output on parts that fit within half the build area. On a single large part, the second head earns its keep differently: it carries support material, so complex geometry comes off the bed finished instead of entering a post-processing queue. Where a technician's time is the bottleneck rather than machine hours, that second effect is usually worth more than the first.

That is what the hardware is built for. 10µm XYZ resolution, HIWIN linear guides, a Kevlar belt drive, triple Z-axis auto leveling, and a 90°C heated chamber together remove the drift that makes lower-cost machines unrepeatable. Parts printed today match parts printed 6 months ago.

Repeatability matters most in regulated work. If you are documenting a process for aerospace or medical use, a machine that quietly changes its output between builds makes that documentation worthless. The actively heated chamber is the largest single contributor — it holds the part at a stable temperature throughout the build, controlling warp and interlayer bonding on high-temp polymers in a way an unheated or passively heated enclosure cannot.

Any certified supplier. The 22 IDEX is a fully open 1.75mm system with no chipped cartridges, no licensing fees, and no material subscription. PEEK from a certified supplier runs $60–$150/kg. Closed-cartridge industrial systems price their proprietary high-temp filament at $200–$800/kg.

The cost gap is the obvious part. The qualification freedom is the part that decides purchases. If your application or industry standard requires a specific PEEK grade — a particular fill, a particular supplier's certificate — an open platform lets you run exactly that material. A closed platform lets you run what the vendor sells. Over the life of the machine, material savings alone routinely exceed the printer's purchase price.

Yes. The v4 is designed for continuous industrial operation and includes overheat protection, thermal runaway detection, filament runout monitoring, and auto-pause. These safeguards hold a long build stable overnight or over a weekend rather than requiring someone to watch the machine.

High-temp polymer prints are long by nature — a dense PEEK part can run for many hours. A machine that cannot be left alone turns those hours into staffed hours. The 22 IDEX v4 is validated in environments ranging from Fortune 500 production floors to government and university research labs, where unattended operation is a requirement rather than a convenience.

Roughly $1–$5 per hour in electricity and material, in-house. Industrial service bureaus charge $75–$200+ per hour for high-temp materials, and a single complex PEEK bracket commonly costs $500–$2,000 outsourced with a 2–6 week lead time.

At $14,900 all-in, the machine pays for itself in weeks to months at most production volumes. The harder-to-price benefits usually matter more once you are running: you iterate the same day instead of requoting, your geometry never leaves the building, and there is no minimum order quantity standing between you and a single revised part.

Direct access to Vision Miner's US engineering team. Every system includes structured onboarding and full access to a detailed wiki covering validated print settings, troubleshooting workflows, and material qualification guidance. The goal is a team that operates the machine independently, not one that files a ticket for every question.

High-temperature printing has a real learning curve, and most of it lives in parameters rather than hardware. The support team's value shows up in that dialing-in work — chamber and bed temperatures for a specific PEEK grade, adhesion strategy for a difficult geometry, annealing questions. That experience is why the wiki exists in the form it does.

Yes. An offline secure deployment mode removes the 22 IDEX from any network entirely, enabling ITAR-compliant operation in sensitive environments. Cloud-connected printers are frequently disallowed in these facilities, which makes a fully air-gapped industrial printer an uncommon capability.

The machine is also relevant to NDAA-driven sourcing requirements. See the Aerospace & Defense (NDAA) page for compliance detail.