What is the HP Multi Jet Fusion 1200?

A compact industrial 3D printing solution from HP. It brings HP's Multi Jet Fusion (MJF) technology to smaller workspaces and budgets: a 320 x 165 x 230 mm (12-litre) build, with no need for factory-level infrastructure such as a dedicated nitrogen supply (HP).

The solution has three units: the printer; a Material Management System, which loads, mixes and recovers powder; and a Natural Cooling Unit, so the printer can start the next build while the last one cools (see the 1200).

Is it the same technology as HP's larger Jet Fusion printers?

Yes. HP built it on the same Multi Jet Fusion technology as its Jet Fusion 5200 and 5600 Series, so parts behave like the MJF parts industry already uses (HP). If you move up to a larger HP system later, you keep the same technology, materials and design rules.

What size parts can it print?

The build is 320 mm (X) x 165 mm (Y) x 230 mm (Z), 12 litres. The longest axis is X, so long parts lie flat, which usually prints faster and packs better (HP). For anything bigger, see the 5200 and 5600 series.

How many parts fit in one build?

There's no hardware limit; it comes down to geometry. HP recommends about 3 mm between parts, and its own example is 82 parts of about 12 cc each, in a full build, in under 12 hours (HP).

How long does a build take?

Under 12 hours for a full-height build in Standard print mode with HP 3D HR PA 12 (HP).

MJF fuses each layer across the whole build area at once, so print time depends on build height, not on how many parts are packed in. More parts in a build means more parts per hour, not a longer print. Times vary with print mode, material and configuration.

Which materials can it print?

At launch, HP 3D High Reusability PA 12, enabled by Evonik. HP plans more materials after launch (HP). If your application needs PA 11 or another material now, the Jet Fusion 5200 and 5600 series run HP's wider range (HP materials).

How strong are the parts?

They're industrial-grade MJF parts. MJF parts have essentially the same properties in every direction, regardless of print orientation. On HP's figures for PA 12, tensile strength (50 MPa) and stiffness (1,900 MPa) are the same across the build (XY) and in the build direction (Z).

The one property that changes with direction is elongation at break: 17% XY against 9% Z, so design and orient clips and hinges with that in mind. Even so, HP reports MJF parts reach about 50% more elongation at break in Z than parts from SLS printers (HP).

Figures are from HP's PA 12 datasheet for the Jet Fusion 5200; HP will publish figures specific to the 1200.

Are the parts watertight?

HP describes MJF PA 12 parts as watertight without any additional post-processing (HP). How watertight a given part is depends on its design, wall thickness, material and process settings (HP).

How much powder is reused?

Up to 80% of surplus powder is reused with HP 3D HR PA 12 (HP), so very little is wasted between builds.

What does the workflow look like?

Four steps (HP):

1. Prepare: drag 3D files into the build preparation software, arrange the parts and send the job.
2. Print: the printer fuses each layer across the full build area at once.
3. Cool: the job moves into the Natural Cooling Unit, and the printer is free for the next build. Cooling takes up to 10 hours, and one Natural Cooling Unit allows two builds a day (HP).
4. Unpack: the Material Management System cleans parts by vibration and recovers excess powder for reuse.

Figures are subject to change.

Do we need special facilities?

No factory-level infrastructure, such as a dedicated nitrogen supply or dedicated exhaust (HP). It needs a standard electrical connection (200–240 V, 50/60 Hz, 2 x 16 A) and basic environmental control. Site requirements vary with your premises; we take you through HP's site preparation guide before delivery.

How is the powder handled?

The powder stays contained. The Material Management System loads and mixes fresh and recovered material automatically in about 20 minutes. Automatic unpacking takes about 20 minutes and recovers about 95% of the unfused powder. Changing material takes under 4 hours (HP; subject to change).

Operators handle far less loose powder than with manual systems. Your own safety procedures and HP's operating guidance still apply.

What software is included?

Magics Print for HP by Materialise, for build preparation, and HP 3D Center, for real-time monitoring and fleet management. Both are included with the system at no extra cost (HP).

What finishing do parts need?

At minimum, removing loose powder, usually by bead blasting. Many parts then go on to dyeing or vapour smoothing. HP is validating post-processing partners, and recommended workflows are planned for launch (HP).

We supply and support post-processing systems; finishing equipment is a separate purchase (optional extra).

When can we get one in Australia?

General availability is expected in Q2 2027. Pre-order now to secure your place in the queue (pre-order or enquire).

How much does it cost?

From AUD $99K ex GST, turnkey and ready to print.*

*Conditions apply. Pricing, inclusions and availability subject to change. Ask us for details.

Who installs and supports it?

HP designed the 1200 to be simple to install, and EVOK3D can install and commission it for you, with operator training. We support it in Australia, and most parts are designed to be customer-replaceable (HP). Ask us about service contract options (our services).

Can we pay per use instead of buying?

HP offers 3D-as-a-Service, a consumption-based model, in some countries (HP). It's an option, not a requirement. Ask us whether it's available in Australia and on what terms.

1200, 5200 or 5600: which do we need?

• The 1200: your first powder system, or a second machine for urgent parts, prototypes and low-volume production, where a 320 x 165 x 230 mm build is enough.
• The 5200 and 5600 series: steady production volumes, bigger builds and HP's wider material range.

Compare the printers, or send us a part and we'll tell you which fits.

Can we test it on our own parts first?

Yes, and we'd recommend it. Send us a representative design file and we'll show you how it prints and finishes on MJF. Get in touch.