Services

3D Printing

Rapid physical parts across six additive technologies: plastic, rubber, and metal.

MASA FabWorks offers a comprehensive suite of additive manufacturing technologies for concept models, functional prototypes, tooling aids, and end-use components. Our DFM review identifies wall thickness, support structure, and orientation issues before printing begins.

0.1 mm / 0.004 in

Min Feature

0.025 mm / 0.001 in

Layer Resolution

6

Technologies

50+

Materials

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Family of 3D-printed parts across additive technologies
What We Offer

3D Printing Capabilities

01
SLA stereolithography resin example parts
SLA resin lattice sphere

SLA: Stereolithography

UV-cured resin for high-detail concept models, master patterns, and functional prototypes. Excellent surface quality and fine feature resolution to 0.05 mm (0.002 in).

02
SLS and MJF nylon example parts
MJF nylon ergonomic handle

SLS / MJF: Powder Bed Fusion

Selective Laser Sintering and Multi Jet Fusion produce strong, isotropic nylon parts without support structures. Well-suited for complex geometries and functional end-use parts.

03
FDM thermoplastic example parts
FDM printed gear in orange PLA

FDM: Fused Deposition Modeling

Thermoplastic extrusion in engineering-grade materials including ABS, ASA, PC, and carbon fiber-filled filaments. Cost-effective for large structural prototypes.

04
DMLS and SLM metal example parts
DMLS metal topology-optimized bracket

DMLS / SLM: Direct Metal Laser Sintering

Laser powder bed fusion of metal alloys produces fully dense, structural metal parts. Supports titanium, aluminum, stainless steel, Inconel, and cobalt-chrome.

05
PolyJet and MJP multi-material example parts
PolyJet multi-material part with a clear window

MJP / PolyJet: Material Jetting

Jetted photopolymer droplets cured layer by layer for the highest-resolution, smoothest plastic parts. Excellent for fine visual models, master patterns, and transparent components.

How It's Made

Printed, cleaned up, then finished

Your file is oriented and nested for the build, then printed on one of six technologies: SLA on UnionTech systems, SLS on EOS FORMIGA machines, HP Multi Jet Fusion, DMLS for metal, FDM, and material jetting on 3D Systems ProJet. Layer resolution goes to 0.025 mm (0.001 in) and minimum features to 0.1 mm (0.004 in). Parts are then depowdered or de-supported, cured and hand finished across more than 50 materials.

Industrial 3D printing production floor with SLA and SLS machines
Room of enclosed 3D printers on the production floor
3D printers beside a table of freshly printed parts
Close-up of an SLA stereolithography resin vat during a print
FDM printhead building a plastic part layer by layer
3D-printed parts at a post-processing and inspection bench
On the Floor

Watch a part grow layer by layer

Thirty seconds on the floor: metal fusing in a powder bed, nylon printing without supports, and the finishing room where parts are sanded, primed and painted.

Materials

Compatible Materials

SLA Resins

  • Standard White / Gray
  • Clear / Translucent
  • Tough (ABS-like)
  • High-Temperature
  • Flexible / Rubber-like

SLS / MJF Powders

  • PA12 (Nylon 12)
  • PA11
  • PA12-GB (Glass Bead Filled)
  • TPU Flexible
  • Carbon Fiber Reinforced PA

FDM Filaments

  • PLA
  • ABS
  • ASA (UV Stable)
  • PETG
  • Polycarbonate
  • Nylon PA
  • TPU

DMLS Metal Powders

  • Ti6Al4V (Titanium)
  • AlSi10Mg (Aluminum)
  • 316L Stainless Steel
  • Inconel 718
  • Maraging Steel

PolyJet / MJP Resins

  • Rigid Opaque
  • Clear / Transparent
  • High-Detail
  • Rubber-like (Shore A)
Finishes

Available Surface Finishes

Standard (As-Printed)

Parts as-built from the printer. Layer lines may be visible depending on technology and orientation.

Sanded & Primed

Hand or machine sanding to reduce layer lines, followed by primer coat. Common precursor for painting.

Painted

Spray or airbrush painting in any RAL / Pantone. Supported on SLA, SLS, and FDM materials.

SLA Polishing

Wet-sanded and polished to optical clarity for transparent resin parts.

Metal Post-Processing

DMLS parts can be CNC machined, heat treated, HIP-densified, and polished to engineering specifications.

Use Cases

Typical Applications

Concept & Presentation ModelsFunctional Engineering PrototypesJigs, Fixtures & Tooling AidsMedical Anatomical ModelsIndustrial & Robotics ComponentsLow-Volume End-Use PartsCustom Consumer ProductsArchitecture & Design Models
Resources

Technical Documents & Specifications

Design guides and references for this process, grounded in real manufacturing rules. More are on the way.

Read guide

3D Printing Design Guide

Minimum wall thickness, feature size, overhang limits, and orientation recommendations per technology.

Read guide

Material Data Sheets

Tensile strength, elongation at break, HDT, and chemical resistance for all supported print materials.

Read guide

Tolerances & Fits

General tolerances, GD&T controls, and ISO 286 fits, with achievable bands by print technology.

Read guide

Post-Processing & Finishing

Support and powder removal, blasting, dyeing, and smoothing, and their effect on accuracy.

Industries

Industries we serve with 3D Printing

Teams we manufacture this process for. See representative parts and requirements by industry.

AutomotiveMedicalRobotics & AutomationIndustrial Equipment
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Ready to source your 3d printing parts?

Upload your files. We measure your model against per-process, per-material rules and send a DFM review before you commit to a quote.

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