Introducing the New HP Multi Jet Fusion 1200 3D Printer
Bring industrial HP MJF to your workflow in a compact system that fits your space and budget.
Meet the HP Multi Jet Fusion 1200 3D Printer, backed by 10 years of HP additive innovation.
12L
Build volume that fits within your space
<12h
Print time
PA 12
<$60k
Three core advantages that define the HP MJF 1200 3D Printer
Industrial MJF that fits you
- Strong, accurate, watertight3 parts delivering production-quality results
- Industrial-grade HP MJF technology in a more accessible form
- 12L build volume that fits within your space
- Repeatability and consistency across parts and builds for demanding applications
Easy to run. Built to scale
- Fully guided on-system workflow that supports you at every step
- Save time with automated powder management
- Clear4, contained workspace with automated unpacking
- Scale your production, your way — within the same technology
Iterate your ideas fast
- Functional 3D parts printed in under 12 hours1
- Reduce cost per part with in-house printing
- Take control of your schedules, cost, and quality
- Protect your confidential designs
From Design to Part. Simplified.
The full solution — 3D Printer, Material Management System, and Natural Cooling Unit — working together to create an easy, productive workflow that fits into your workspace.
Design & Prepare
Start with the intuitive build-preparation software. Simply drag 3D files into the software, arrange 3D parts efficiently within your build, and send them to print.
The HP MJF 3D Printer deposits a thin layer of powder, applies agents, and fuses the material layer by layer. Each layer is fused simultaneously across the full build area, delivering consistent, isotropic strength and predictable layer times.
Cool Naturally
Once printing is complete, the job is extracted into the Natural Cooling Unit. Meanwhile, the 3D printer is immediately ready to start your next build—maximizing productivity.
Unpack Automatically
Transfer the Natural Cooling Unit to the Material Management System for automated unpacking. 3D parts are cleaned quickly via vibration, while excess powder is automatically recovered and directed to the mixer for reuse—reducing manual handling and speeding up your workflow.