Industrial 3D Printing Service Online Industrial 3D Printing Service Online

Industrial 3D Printing Service Online

Source all your 3D printing jobs, from prototyping to high-volume production projects, reliably in one place. Advanced AI technology, combined with attentive customer care, ensures a seamless experience from instant quotes to order tracking.

Express Manufacturing Within 3 Days

Express Manufacturing Within 3 Days

Five 3D Printing Technologies

Five 3D Printing Technologies

More than 70 Materials

More than 70 Materials

The Advantages of Our Digital Manufacturing Platform

Massive Network Capacity

Massive Network Capacity

Access the production capacity of over 10,000 qualified manufacturers worldwide, offering a wide range of production capabilities and certifications. Our extensive network enables the production of parts with any level of complexity, in almost any material, with precise tolerances and the required post-processing.

Human Expertise Behind Every Order

Human Expertise Behind Every Order

Our experienced team ensures smooth order management at every step. From initial design checks to seamless communication with manufacturing partners, we provide personalised feedback and suggest design improvements to optimise your parts and production processes.

Flexible Purchasing Solutions

Flexible Purchasing Solutions

Xometry offers flexible post-payment options for reliable corporate customers, a variety of payment methods to suit your needs, and the ability to establish framework agreements for specific prices and quantities, ensuring cost predictability and streamlined procurement processes.

Quality Assurance

Quality Assurance

Xometry is ISO 9001:2015 certified. Our seamless Manufacturing Supplier Network integration, in-house applications engineering team, and Xometry Quality Assurance Lab ensure we back every part we ship with top-notch quality.

Fast Delivery across Asia

Fast Delivery across Asia

Xometry delivers parts to most of Asia countries. See your delivery options for instant quotes right away or plan your custom shipments for complex projects.

Certifications & Inspection Reports

Certifications & Inspection Reports

Xometry can provide various certificates (compliance with order types 2.1 and 2.2, raw material certificates for metals and plastics, heat treatment protocols, RoHS certificates, etc.) and inspection reports (CMM, First Article Inspection Report – FAIR, measurement reports, etc.).

3D Printing Materials Quoted Instantly

Plastics

Plastics

  • 8360X-SLA
  • 9400E-SLA
  • Ledo6060-SLA
  • 高韧性类ABS-进口
  • Somos-SLA
  • 8100-SLA
  • Therm1-SLA
  • TAURUS-SLA
  • 8220-SLA
  • 黑色树脂-SLA
  • 尼龙PA12-SLS
  • 尼龙PA12 GF-SLS
  • 尼龙PA11-SLS
  • PA6 GB-SLS
  • 尼龙PA12-MJF
  • 尼龙PA12 GB-MJF
  • 尼龙PA11-MJF
  • ABS-FDM
  • ASA-FDM
  • PA12CF-FDM
  • PEEK-FDM
  • PLA-FDM
  • ULTEM1010-FDM
  • ULTEM9085-FDM
  • PC-FDM
  • PETG-FDM
  • PPSU-FDM
  • PPS-FDM
  • PC-ABS-FDM
  • PC-PBT-FDM
  • PC-FR-FDM
  • PA6/66-FDM
  • PA6-CF-FDM
  • HPPA-CF-FDM
  • HPPA-GF-FDM
  • ABS-GF-FDM
  • PET-GF-FDM
  • PET-CF-FDM
  • Victrex AM™ 200FIL-FDM
  • WANHUA PA12-FDM
  • BASF ULTRAFUSE®
  • PPSU-FDM
  • BASF ULTRAFUSE®
  • PC/ABS-FR-FDM
  • Kimya ABS-ESD-FDM
Elastomers

Elastomers

  • TPU 88A-SLS
  • HP TPU-SLS
Metals

Metals

  • Aluminum-Aisi10mg-SLM
  • Stainless steel-316L-SLM
  • Titanium-TC4-SLM

3D Printing Surface Finishing Quoted Instantly

Bead blasting

Depowdering of parts with bead blasting. The final parts are slightly grainy in the touch with a satin-like matte appearance.

Notes:

Semi-sintered surface particles remain on the part even after initial depowdering.

  • Slightly grainy in the touch
  • Uniform, matte or satin-like appearance
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Media tumbling

Tumbling vibrating media to remove sharp edges and burrs on machined parts.

Notes:

Sharp edges may be dulled. Parts with fragile features are not recommended for tumbling.

  • Smooth in the touch
  • Satin-like matte appearance
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Vapour smoothing

Bathing printed parts in vaporized chemical solvents to create a controlled chemical melt of the material.

Notes:
  • Can soften sharp edges
  • Not suitable for small features and thin walls
  • Smooth in the touch
  • Glossy appearance
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Dyeing

Colouring parts using dye.

Notes:

The dye penetrates 0.25 mm into the part surface.

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Spray painting

Provides a continuous, protective color finish which is applied by spraying.

Notes:

Paint coating is just on the surface level, if it is scratched or subjected to wear and tear, the internal natural colour is visible. Possibility of requesting custom colours (RAL)

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Custom

If a you select a custom finish in the Instant Quoting Engine it will require manual review. Manual quoting usually 1-2 business days.

Notes:

Submitting for manual review with a custom request does not guarantee a quote.

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Comparison of our 3D printing capabilities

Use the dropdowns in each column to select and compare services side by side.

Affordable & large format prototypes and end-use parts
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Strong and functional prototypes & low-volume production
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Metal parts with complex designs
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Strong and functional prototypes & low-volume production
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Visual prototypes with high resolution
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Technology Description

Fused Deposition Modeling (FDM) 3D printing is cost-effective and widely known for its great material selection, accuracy, and the possibility to print large, functional plastic parts.

Technology Description

Multi Jet Fusion (MJF) 3D printing is one of the most widely used industrial additive manufacturing processes. Like SLS, MJF is used to produce strong, functional plastic parts.

Technology Description

Selective Laser Melting (SLM) 3D printing melts together small particles of metal powder to create complex parts using a wide range of metals, from aluminium to stainless steel or nickel alloys like Inconel.

Technology Description

Selective Laser Sintering (SLS) 3D printing is one of the most widely used industrial additive manufacturing processes. Like MJF, SLS is used to produce strong, functional plastic parts.

Technology Description

Stereolithography (SLA) 3D printing utilizes light-curable thermoset resins to build highly accurate, high-resolution parts. Its surface finish is one of the highest standards in the industry and recommended for aesthetic prototypes.

Lead Time

4 days

Lead Time

4 days

Lead Time

6 days

Lead Time

5 days

Lead Time

3 days

Maximum Part Size

780x750x1000 mm

Maximum Part Size

380x380x284 mm

Maximum Part Size

420x420x450 mm

Maximum Part Size

350x520x350 mm

Maximum Part Size

1400x700x550 mm

Instant quote availability

Yes

Instant quote availability

Yes

Instant quote availability

Yes

Instant quote availability

Yes

Instant quote availability

Yes

General Tolerance

0.5%

General Tolerance

0.3%

General Tolerance

0.2%

General Tolerance

0.30%

General Tolerance

0.3%

Standard Layer Thickness

0.25 mm

Standard Layer Thickness

0.08 mm

Standard Layer Thickness

0.05 – 0.1 mm

Standard Layer Thickness

0.1 mm

Standard Layer Thickness

0.02 mm

Minimum Feature Thickness

0.50 mm

Minimum Feature Thickness

0.30 mm

Minimum Feature Thickness

0.75 mm

Minimum Feature Thickness

0.60 mm

Minimum Feature Thickness

0.50 mm

Minimum Wall Thickness

  • Supported: 0.50 mm
  • Unsupported: mm

Minimum Wall Thickness

  • Supported: mm
  • Unsupported: mm

Minimum Wall Thickness

  • Supported: 0.60 mm
  • Unsupported: mm

Minimum Wall Thickness

  • Supported: 0.60 mm
  • Unsupported: mm

Minimum Wall Thickness

  • Supported: -0.5 mm
  • Unsupported: mm

Requires Support Structures

Yes

Requires Support Structures

No

Requires Support Structures

Yes

Requires Support Structures

No

Requires Support Structures

Yes

Advantages

  • Cost-effective in low volumes
  • Large parts up 780 x 750 x 1000mm can be achieved
  • Complex part geometries can be achieved

Advantages

  • Time- and cost-effective 3D printing from one-offs to batches
  • No support structures are required
  • Consistent physical and mechanical properties

Advantages

  • High-strength functional metal parts can be produced
  • Complex part geometries can be achieved
  • Supports a wide range of mechanical and accelerated post-processing options that can be used to improve the final quality of the part

Advantages

  • No support structures required
  • Complex part geometries can be achieved
  • Time- and cost-effective 3D printing from one-offs to batches

Advantages

  • Smooth surface finish
  • Complex part geometries can be achieved
  • Excellent detail and high-resolution prints

Disadvantages

  • Lower resolution
  • Need of support structures for overhanging features
  • Poor surface quality with visible layer lines
  • Not suitable for intricate details

Disadvantages

  • Limited material and color options

Disadvantages

  • Grainy surface finish
  • Limited Maximum part size (400 x 400 x 400 mm / 16 x 16 x 16 in)
  • High costs

Disadvantages

  • Poor surface roughness (compared to MJF)
  • Limited material and color options

Disadvantages

  • More costly
  • High UV sensitivity that may lead to material degradation and fast aging
  • Not suitable for moving assemblies
  • Need of support structures for overhanging features
  • Thin or detailed features may be fragile for end use applications