Industrial 3D Printing

Industrial 3D Printing Service

High-precision SLA/SLS/FDM for prototypes and production parts with engineering feedback.

Lead Time
3–7 business days
Quality
Up to ±0.1 mm (process dependent)
Protection
NDA available

Overview

High-precision SLA/SLS/FDM for prototypes and production parts with engineering feedback.

Surface Finish
Raw, sanded, painted, dyed, textured
What you get
Upload your files to get an instant quote. Choose technology, materials, and finishing. Our engineers validate printability and deliver production-ready parts.
Instant quote

Upload STL/STEP and get a transparent breakdown.

DFM feedback

Engineering review to reduce risk and cost.

Industrial materials

Engineering-grade polymers and resins.

Post-processing

Finishing workflows for presentation and function.

Technologies

Supported 3D printing processes

Select the right process for tolerance, surface, strength, and cost. We support polymer and metal printing and help you choose the best fit.

FDM
1–4 days

FDM (Fused Deposition Modeling)

Fast and cost-effective for functional prototypes, fixtures, and larger parts.

Tolerance
±0.3 mm typical (geometry-dependent)
Surface
Layer lines, matte to semi-matte
Best for durable functional parts
Lowest cost per part for simple geometry
Supports required for overhangs
Visible layer lines
SLA
2–5 days

SLA (Stereolithography)

High-detail resin printing with smooth surfaces for cosmetic prototypes and fit checks.

Tolerance
±0.15–0.2 mm typical
Surface
Smooth, paint-ready
Fine features and smooth surfaces
Good for small parts & aesthetics
Requires supports + post-cure
Tough/high-temp resins available
SLS
4–8 days

SLS (Selective Laser Sintering)

Nylon production-like parts with no support structures, excellent for complex geometry and assemblies.

Tolerance
±0.2–0.3 mm typical
Surface
Slightly grainy, can be dyed
No supports for most geometry
Strong nylon parts
Great for lattices and assemblies
Surface is slightly grainy
SLM
7–15 days

SLM (Selective Laser Melting)

Metal additive manufacturing for high-strength end-use components and heat-resistant applications.

Tolerance
Project dependent (post-machining common)
Surface
As-built metal texture; machining available
Metal parts for performance
Supports + heat treatment typically required
Best for complex internal channels
Engineering review recommended
Industrial Capability

What we can deliver

A practical view of capability, DFM expectations, and quality workflow so engineering and sourcing teams can evaluate faster.

Lead time
3–7 business days
Tolerance
Up to ±0.1 mm (process dependent)
Surface finish
Raw, sanded, painted, dyed, textured
DFM Guidelines
Share target tolerance, cosmetic surfaces, and mating features for the fastest engineering review.
Equipment
We match process, material, and finishing based on performance targets and part geometry.
Standards
Inspection and documentation can be aligned to your project requirements.

Specifications

Key parameters and common applications. For complex requirements, our engineers review your model before production.

Typical Applications

PrototypesFixturesEnd-use partsEnclosuresShort-run production
Upload for instant quote

Process

How we deliver

A workflow optimized for engineering teams. Clear checkpoints reduce risk and rework.

01
Industrial 3D Printing Service

Upload design

Submit STL/STEP and requirements.

02
Industrial 3D Printing Service

Configure

Select process, material, and finish.

03
Industrial 3D Printing Service

Validate

Engineers review and confirm manufacturability.

04
Industrial 3D Printing Service

Production

Manufacture, post-process, and ship.

Supported Materials

We offer a wide range of industrial-grade materials specifically optimized for our Industrial 3D Printing Service process.

SLA-9400 resin-black

Plastics

Black Resin for 3D Printing Black 3D printing resin is a UV-curable liquid photosensitive resin designed for stereolithography 3D printers. Core Properties Features deep and uniform color, available in matte and high-gloss finishes with a premium appearance High molding precision, excellent detail reproduction and fine surface finish Outstanding light-shielding performance, ideal for optical components requiring light isolation Good scratch resistance, less prone to showing dirt, and resistant to yellowing under long-term light exposure Application Scenarios Widely used for producing precise figures, industrial appearance prototypes, optical light-shielding parts, tech-style ornaments and decorative components.

Material Detail

SLA-9400 resin-white

Plastics

White Resin for 3D Printing White 3D printing resin is a type of photosensitive liquid resin cured by UV light, a commonly used consumable for stereolithography 3D printing. Core Properties Excellent forming precision with smooth and delicate surfaces, available in pure white matte or high-gloss finishes Fast curing speed, moderate hardness of cured parts, and strong detail restoration capability Better light shading property compared with transparent resin, featuring neat and attractive appearance Moderate weather resistance for some models, prone to slight yellowing under long-term strong light exposure Application Fields Suitable for manufacturing handicrafts, appearance prototypes, medical models, cultural and creative ornaments that require high appearance and color requirements.

Material Detail

SLA-High-Precision Anime Resin

Plastics

High-Precision Anime Resin It is a UV-curable photopolymer resin specially designed for anime figures and prototype statues. Excels in reproducing delicate details such as hair and facial features. Balances hardness and toughness to prevent cracking of complex structures. Features a smooth surface with excellent adhesion for post-painting and polishing. Offers pure color, ideal for high-fidelity painting processes.

Material Detail

FDM-ABS

Plastics

ABS is a commonly used thermoplastic material for FDM 3D printing with outstanding mechanical properties, combining high strength and toughness, heat and wear resistance. It allows post-processing such as grinding, bonding and painting. Printed parts have high strength,.

Material Detail

FDM-ABS esd

Plastics

ABS-ESD (Electro-Static Dissipative ABS) is a static-dissipative thermoplastic that combines the mechanical strength, toughness, and heat resistance of standard ABS with permanent anti-static properties, making it ideal for 3D printing jigs, fixtures, and housings in electrostatic-sensitive environments.

Material Detail

FDM-ABS fr

Plastics

ABS-FR (Flame-Retardant ABS) is a flame-retardant thermoplastic that retains the high impact strength, rigidity, and ease of processing of standard ABS, while achieving UL94 V-0 fire resistance for safe use in electrical, electronic, and automotive applications.

Material Detail

SLM-AlSi10Mg

metal

Material Detail

SLM-316L

metal

316L is a low-carbon molybdenum-bearing stainless steel with superior corrosion resistance, excellent weldability and biocompatibility, widely used in medical, food processing and marine applications.

Material Detail

SLS-Nylon PA12 black/white

Plastics

Low water absorption & high dimensional stability,Excellent low-temperature resistance & flexibility,Chemical resistance & wear resistance,Great electrical insulation.

Material Detail

SLA-Yellow Tough Resin

Plastics

Yellow Tough Resin for 3D Printing It is a UV-curable flexible modified photosensitive resin with both high toughness and molding precision. Resists bending and impact, not easy to break, suitable for structural parts under stress. Bright and uniform color with good appearance after curing. Ensures detail reproduction, can be used to make flexible accessories and model components. Possesses certain resilience after being cured and molded.

Material Detail

SLM-TC4

metal

TC4 (Ti-6Al-4V) is the most widely used titanium alloy with high specific strength, excellent corrosion resistance, heat resistance and biocompatibility, widely applied in aerospace, medical implants and 3D printing high-performance components.

Material Detail

Quality & Inspection

Professional manufacturing is about repeatability. We focus on process control, documentation, and packaging.

24h technical review

Inspection options

NDA protected workflow

Packaging protection

Frequently Asked Questions

How can I get a free instant online 3D printing quote?

Getting a quote is completely free and incredibly easy! Simply upload your 3D model files (we support common formats like STL, OBJ, and STEP) to our website, select your preferred materials, manufacturing processes, and any required post-processing. Our system will immediately generate an instant 3D printing quote. Once you confirm the details, you can place your order with one click, and we will move it into production right away.

What manufacturing services do you offer besides 3D printing?

We are a global platform providing comprehensive, end-to-end manufacturing solutions. In addition to professional 3D Printing, we specialize in Product Design, Reverse Engineering, Silicone Molding, expert Finishing & Painting, and large-scale Manufacturing to help take your ideas from concept to final mass production.

I only have a rough sketch or an idea. Can you help with product design?

Absolutely! We have an expert team of industrial designers and structural engineers. Through our Product Design service, we can transform your conceptual sketches, 2D drawings, or even just a basic idea into a flawless 3D model optimized for 3D printing or mass manufacturing.

What is Reverse Engineering, and how can it help my project?

Reverse Engineering is the process of using high-precision 3D scanning and measuring tools to recreate accurate CAD models from existing physical objects. If you need to replicate a legacy part that has no existing blueprints, or if you want to modify and improve a current product, our reverse engineering services provide the perfect digital solution, which can then be seamlessly routed to our printing or manufacturing facilities.

When should I choose Silicone Molding, and how is it different from 3D printing?

When you need a short run of 10 to several hundred parts with engineering-grade plastic or rubber properties, Silicone Molding (also known as Vacuum Casting) is often more cost-effective and efficient than standard 3D printing. We typically 3D print a high-precision master pattern, use it to create a silicone mold, and then cast your parts. This process offers diverse material options and an exceptional surface finish.

Can my 3D printed parts be painted or given a smooth finish?

Yes. To meet your requirements for functional testing or visual presentation, we offer a comprehensive suite of Finishing & Painting services. This includes sanding, polishing, sandblasting, electroplating, silkscreening, and professional custom-color painting. We can make your 3D printed or cast prototypes look exactly like the final retail product.

Ready to start your project?

Upload your files for an instant estimate or contact our engineers for complex requirements.

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