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MJF 3D Printing Service

High-density nylon. Low-volume production.
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MJF 3D printing service

Source high-performing parts for high-density prototyping and low-volume industrial production with advanced MJF 3D printing. We offer a premium MJF printing service for high-throughput manufacturing, utilizing a wide range of engineering-grade thermoplastics tailored for high-strength, isotropic use cases. Transform complex files into production-grade physical components in as little as 7 days.

Comparing SLS & HP MJF

Our MJF Capabilities

Isotropic strength. Industrial throughput.

Break through the limitations of traditional manufacturing. Our MJF capabilities deliver high-density, functional parts with uniform mechanical properties across every axis. Ideal for rugged enclosures, complex brackets, and rapid batch production, MJF bridges the gap between prototyping and full-scale manufacturing without the need for expensive tooling.
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MJF 3D Printers that we used

High-speed thermal fusion. Unmatched consistency.

Speed meets structural integrity. Driven by HP’s state-of-the-art Multi Jet Fusion technology, our commercial printing fleet utilizes precision detailing agents and high-powered heating arrays to fuse materials at the pixel level. This ensures completely predictable mechanical performance and dimensional accuracy across every production batch.

Materials available in our MJF

Production-grade nylon. Engineered to endure.

Built for high-stress applications. We utilize advanced thermoplastic powders, including high-yield Nylon PA12 and flexible TPU, to produce parts featuring exceptional chemical resistance, low porosity, and long-term environmental stability. These materials are tailored to withstand the punishing demands of real-world operational environments.

HP® Nylon Full Colour

Inherently flame-resistant

HP® PA11

A ductile, bio-based material for repeatable and cost-effective part production

HP® PA12

Ideal for producing strong, low-cost parts10 that reduce your carbon footprint.

HP® PA12 GlassBeads

Ideal for producing stiff, dimensionally stable, quality parts.

HP® TPU

Ideal fit for both prototyping and manufacturing scale-up applications.

Materials Documentation

Full technical and safety data sheets

Industries Standard

FAA-approved and industrial-grade materials

Specialty Features

Advanced materials for ESD or High Temp.

Materials Hubs

Incredibly versatile. Exceptionally capable. Designed to perform wherever you need them.

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The MJF Gallery

The production line. Reinvented.

Explore a showcase of scalable manufacturing. This curated gallery highlights our ability to deliver highly complex, functional end-use parts with fine feature resolution and uniform strength. From interlocking mechanical assemblies to high-strength industrial components, see how MJF brings production-grade durability to life.

Post-Processing for MJF

A uniform finish. From core to surface.

Raw power, refined. Every MJF component undergoes deep powder reclamation followed by automated media blasting to ensure crisp detail and clean surfaces. For applications requiring a premium aesthetic or specific sealing properties, we offer advanced chemical vapor smoothing and deep-dye black finishes to enhance both performance and appearance.

Take the Next Step.

Share a few details about your project so our manufacturing experts can call you with the right material, cost, and production solution for your business.

Get in touch

Talk to 📞 Additive Manufacturing Specialist now.

+60 11-5629 2133

SLS vs. MJF: What’s the Difference?

An SLS part in grey nylon
An SLS part in grey nylon
An MJF part, as printed
An MJF part, as printed

  • SLS (Selective Laser Sintering): Uses a precision laser beam that acts like a drawing pen, tracing out the shape of your part line-by-line.

  • MJF (Multi Jet Fusion): Uses an inkjet array to spray a heat-absorbing liquid across the entire layer, which is then instantly fused all at once by an overhead heat lamp.

 MJFSLS
Dimensional accuracy± 0.3% (with lower limit on ± 0.2 mm)± 0.3% (lower limit of ± 0.3 mm)
Typical build size380 x 285 x 380300 x 300 x 300 mm(up to 750 x 550 x 550 mm)
Common layer thickness70 – 100 microns100 – 120 microns
Minimum wall thickness *0.6 mm0.7 mm
Minimum detail0.25 mm0.30 mm

What are the material properties of SLS and MJF?

 HP PA 12SLS PA 12
Tensile StrengthXY: 48 MPa Z: 48 MPaXY: 48 MPa Z: 42 MPa
Tensile ModulusXY: 1700 MPa Z: 1800 MPaXY: 1650 MPa Z: 1650 MPa
Elongation at breakXY: 20% Z: 15%XY: 18% Z: 4%

 

FDM 3D Printing Services

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  1. Dimensional accuracy of +0.5% with a lower limit: +0.5mm.
  2. Lead times from 1 business day.
  3. Materials Available:
  • ABS,
  • PA12,
  • PA6-CF,
  • PA12-CF,
  • PA6-GF,
  • PEEK,
  • PEAK,
  • PPS,
  • PPA-CF,
  • ULTEM® PEI 1010,
  • ULTEM® PEI 9085,
  • PPSU,
  • ESD Series and more…

Stratasys / Markfoged

  • Markforged Aramid Fiber (Kevlar)
  • Markforged Continuous Carbon Fiber
  • Markforged Continuous Carbon Fiber FR
  • Stratasys ULTEM™ 1010
  • Stratasys ULTEM™ 9085
  • Stratasys PPSF/PPSU
  • Stratasys PC-ISO
  • Stratasys ABS-ESD7
  • Stratasys ABS M30
  • Stratasys PC-ABS
  • Stratasys PC-ISO

*The ULTEM™ and 9085 trademarks are used under license from SABIC, its affiliates or subsidiaries.

*Stratasys® are registered trademarks of Stratasys Ltd.

*Markforged® are registered trademarks of Markforged Inc..