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中文HP Multi Jet Fusion (MJF) 3D Printing — Fast, Functional, Production-Ready Parts
High-throughput, repeatable nylon parts for prototypes and short-to-mid production runs.
What is MJF 3D Printing?
MJF uses inkjet arrays to deposit fusing and detailing agents onto a powder bed, then fuses layers with thermal energy — voxel-level control for high throughput and consistent mechanical properties.
High Mechanical Strength – Excellent isotropic properties.
Fine Detail & Accuracy – Thin walls, sharp edges, complex geometries.
No Support Structures – Unfused powder acts as natural support.
Fast Turnaround – Batch production in hours, not weeks.
Cost-Efficient – Optimized for both prototyping and small series production.
Multi Jet Fusion (MJF) Materials
We offer over 100+ 3D Printing materials and a wide range of surface finishes, and we also support customized materials for special projects
Surface Finishes For MJF 3D Prints
Improve durability and performance with a selection of finishes.Bead blasting
Color Matching/Painting
Polishing
Dyeing
Tumbling
Insert
Electroplating
Why IN3DTEC For Multi Jet Fusion (MJF)
From idea to production, we help you get there faster.
300+ Industrial Printers
– HP,EOS, Stratasys, Farsoon, BLT & more.
All Major Technologies
– FDM, SLA, SLS, MJF, SLM, PolyJet, MBJ, Ceramic, Sand Print & Metal Casting.
Broad Material Options
– 100+ Plastics, metals, composites, and custom materials.
Fast Turnaround
– Speed without compromising quality.
Expert Support
– Design optimization & engineering guidance.
Strict Quality Control
– Certified processes, reliable results.
Scalable Production
– From prototypes to mass production.
Global Service
– Worldwide delivery & logistics support.
Competitive Pricing
– Flexible and cost-effective solutions.
Walls are too thin, minimum recommended thickness value is 1.0
Show thin walls
From Quote To Delivery
Everything You Need In One Easy-to-use Platform
Our AI-powered online quoting tool delivers prices within seconds and makes order tracking and management effortless. With built-in DFM capabilities, it helps identify design errors early, saving you time and ensuring smoother part production.
No Minimum Quantity | AI-Powered DFM Analysis |Online Order Management | Flexible Lead Time & Shipping Options
“IN3DTEC is a wholly trusted partner. They help us develop new products more efficiently and quickly. High-quality products and competitive prices are also why we recommend them to more people.” Luis Ford at Leica Medical Product Design Team
Excellent 4.9 out of 5 
My experience working with the team at IN3DTEC was wonderful. The team was easy to work with and provided me with useful feed back about my design. Also the price was just right.
Evan Kuester
So happy with IN3DTEC. The communication and customer support is incredible even for small orders they help with every aspect of the project. Can't recommend this company highly enough. Thanks for doing a great job guys. Kindly Nicola
Nicola Loder
First time using and I must say the quality for the part is excellent. The ordering and quoting was very good on the web site. The shipping and turn around time is 1st Class. I would recommend to anyone wanting a top quality part (or parts) and outstand shipping.
Ed Burks
Exceptional service, always willing to work with the customer to ensure parts are built to spec. Quick, reliable turn around, high quality and reasonably priced CNC/3D Printed parts.
Ron Miranda
I regularly use the 3D printing service that IN3DTEC offers and I'm very happy with the end products I receive as well as the quality of service. Parts arrive with very good dimensional accuracy and excellent finish. I also receive great advice about making my prints better. I definitely recommend IN3DTEC!
Dominik Dominiak
Gallery Of Multi Jet Fusion (MJF)
How Does MJF 3D Printing Work
Powder Layering – A thin layer of powder is spread over the build platform.
Jetting Agents – Fusing and detailing agents are selectively jetted onto the powder.
Energy Fusion – Infrared energy passes over the layer to fuse the powder.
Layer by Layer – The process repeats until the full part is built.
Cooling & Post-Processing – Excess powder is removed, and parts are cleaned or finished.
How to Work With
Simply upload your CAD files.
Get real-time pricing and DFM insights within seconds. Or ask for manual design help.
Once your order is placed, we’ll begin production right away, and you can track and manage it anytime from your dashboard.
Partnering with FedEx, DHL, and UPS, we deliver your parts fast and on time, worldwide.
Put your Parts into Production Now
Manufacturing Resources
View All
How to Export Your CAD Files for a Smoother Surface Finish
A technical guide to optimizing mesh density, file formats, and export resolutions for superior 3D printing results.
Read More
How to Export Your CAD Files for a Smoother Surface Finish
Technical workflows for optimizing mesh resolution, choosing file formats, and ensuring high-precision surface results.
Read More
HP MJF Surface Treatment Simplify explained
Learn about HP MJF surface treatments including vaporfuse smoothing, dyeing, bead blasting, and polishing. Understand how each post-processing method improves strength, appearance, and performance.
Read More
What's the Difference Between SlS and MJF 3D Printing
Compare SLS and MJF 3D printing technologies. Learn differences in cost, surface quality, materials, and performance to choose the right process for your application.
Read More
VaporFuse Surfacing an enhanced post-treatment for your 3D parts
Learn how VaporFuse surfacing improves 3D printed parts with smoother surfaces, better airtightness, and enhanced durability. Ideal for SLS, MJF, and FDM post-processing.
Read MoreQ & A
A: 380X284X380mm
A: 0.5mm
A: Nope
A: Accuracy: ±0.3% (min ±0.25 mm)
A: Balance results in smoother surface, better strength & uniform color.
A: Yes, MJF is ideal for short-run production with consistent quality.
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