Industrial-Grade Metal Additive Manufacturing

Full-Service Metal AM Manufacturer

From powder to finished parts — one partner, zero compromises. Over 10 million additively manufactured steel sipes delivered to global tire mold leaders.

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10M+ Parts Delivered
200+ Research Partners
6 Export Countries
40+ Metal Grades
Who We Are

Your Trusted Partner in Additive Manufacturing

A national high-tech enterprise recognized as a Guangdong Province SRDI SME, delivering industrial-grade metal AM solutions to global customers.

High-Tech Enterprise

National-level high-tech enterprise and Guangdong Province SRDI (Specialized, Refined, Distinctive, and Innovative) SME.

10M+ Parts Delivered

Over ten million additively manufactured steel sipes delivered to date, powering the global tire mold industry.

Global Reach

Products exported to Japan, South Korea, India, Turkey, Malaysia, Thailand, and beyond.

Hankook Tire Certified

Officially certified by Hankook Tire in 2023, a testament to our world-class quality standards.

ISO Certified
Hankook Tire Approved
SRDI Enterprise
National High-Tech
Shinengine E-PLUS Metal 3D Printing Production Line — High-Capacity Additive Manufacturing
High-Capacity AM Production Line
Shinengine Guangzhou Science City Office
Guangzhou Science City Headquarters
What We Offer

Comprehensive 3D Printing Services

From prototyping to mass production, we cover the full spectrum of metal additive manufacturing across eight material families.

01

Stainless Steel

17-4PH, 316L, 304L, 15-5PH, 410, 2205, 2507, 310S — ideal for tire molds, industrial parts, and corrosion-resistant applications. 10M+ tire sipes delivered.

02

Aluminum Alloys

AlSi10Mg, AlSi7Mg, AlMgSc — lightweight, high-strength components for automotive, aerospace, and complex heat dissipation structures.

03

Tool Steel

18Ni300, 1.2709, CX(YP), YP210, YP220 — high-performance tooling for complex cold/hot stamping dies and injection molds.

04

Titanium Alloys

TC4 (Ti-6Al-4V), TC4ELI, TA1, TA15, TC11 — biomedical implants, aerospace structural parts, and high-strength lightweight components.

05

Superalloys

Inconel 718, Inconel 625, GH3536, GH3230, GH5188, GH4099, In738, In939, C276 — extreme temperature and corrosion-resistant components for energy and aerospace.

06

Refractory Metals

Ta10W, Pure Tungsten (W), Pure Tantalum (Ta), Pure Molybdenum (Mo) — high-temperature medical devices, electronics, and nuclear applications.

07

Copper & Alloys

Cu, CuCrZr, CuSn10, NiCu — superior thermal and electrical conductivity for heat sinks, heat exchangers, and electrical components.

08

Custom Alloys

Tailored alloy development and small-batch verification — we work with you to create the perfect material for your unique application.

Materials

Premium Metal Powders

In-house powder production via our parent company in Zhejiang Province, featuring self-developed atomization technology for aerospace-grade quality.

Aerospace-Grade Powder Specifications

<100ppmHigh Purity
<50ppmHigh Stability
<2%Low Porosity
>0.92Sphericity
>0.60Loose/Tap Density

Available Material Grades

Stainless Steel

316L, 304L, 410, 2205, 2507, S_03, 17-4PH, 15-5PH, 310S

Tool Steel

18Ni300, 1.2709, CX(YP), YP210, YP220

Superalloys

GH4169(In718), GH3625(In625), GH3536, GH3230, GH5188, GH4099, In738, In939, C276

Titanium Alloys

TC4, TC4ELI, TA1, TA15, TC11, TiZAINb

Aluminum Alloys

AlSi10Mg, AlSi7Mg, AlMgSc

Copper Alloys

Cu, CuCrZr, CuSn10, NiCu Alloy

Refractory Metals

Ta10W, Pure Tungsten (W), Pure Tantalum (Ta), Pure Molybdenum (Mo)

Custom Alloys

Fully customizable alloy compositions and refractory alloys

Aerospace-Grade Metal Powder Test Specimens — Shinengine Quality Lab

Core Technology Breakthroughs

Continuous Fluidization Technology
Shape Optimization Technology
Advanced Gas Atomization
Byproduct Recycling Technology
Our Process

End-to-End Manufacturing Excellence

Two core additive manufacturing technologies supported by a five-step full lifecycle service.

LPBF

Laser Powder Bed Fusion

High-precision laser-based metal 3D printing for complex, high-performance parts with exceptional surface finish and dimensional accuracy. Ideal for small-to-medium batch production.

MBJ

Metal Binder Jetting

Cost-effective binder jetting technology for medium-to-large volume production. Our integrated workflow covers CAD/STL → 3D Printing → Debinding → Sintering → Post-Processing → Finished Parts.

Complex Integrated Structure 3D Printed in One Piece — Impossible with Traditional Manufacturing
AM-Exclusive Capability

Complex Structures — Printed as One

Internal channels, lattice cores, and conformal geometries — features traditional subtractive manufacturing simply cannot produce — are realized in a single build with Shinengine's advanced LPBF and MBJ technologies.

  • ✓ Eliminate multi-part assembly — one print, one part
  • ✓ Internal lattice structures for lightweighting & heat transfer
  • ✓ Conformal cooling channels for mold & tooling applications
  • ✓ Reduce lead time from weeks to days with no tooling required

Full Lifecycle Services

1

Metal Powders

Premium 3D printing powders from in-house production

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2

Design Optimization

DFAM expertise to maximize AM benefits

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3

Process Parameters

Standardized, validated parameter packages

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4

Heat Treatment

Precision thermal processing for optimal properties

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5

Surface Finishing

Professional finishing for ready-to-use parts

Shinengine LPBF and MBJ Metal Additive Manufacturing Equipment — E-PLUS Production Line
Dual-Technology Production: LPBF + MBJ In-House
R&D Services

Research-Oriented 3D Printing

Trusted by over 200 professors and research institutions worldwide. Our work has been published in Nature Communications and Science.

University & Research Support

We provide professional-grade 3D printing services tailored for academic research. From material development to sample preparation, our PhD-level materials science team supports your entire research workflow.

  • Custom alloy development & small-batch verification
  • Advanced equipment with up to 6kW laser power
  • Equipment models: M150B-μ(Micro), M150B, M150Pro
  • Full parameter documentation for reproducibility

Materials Successfully Printed

AlSi10Mg+TiCNiTi SMAAlCoCrFeNi2.1 2024 Al7075 AlAlMgScZr HEA Ti-6Al-4VGH3625GH5188 FeNi80CoCrMoCuCrZr Pure ZnPure CuPure Ta TaWZn3MgZnCu HX AlloyNiTi+Nano-NbFe-Mn-C CoCrNi+1% MulliteTiMoAlVCrZrGH4189+Ceramic TaTiCuTi-15Zr-ErSCoCrFeNi
📄

Published in Nature Communications and Science

🎓

200+ professors and researchers served

🔬

PhD-level materials expert team providing professional R&D support

Turnkey Solutions

From Consultation to Implementation

We don't just print parts — we deliver complete additive manufacturing production solutions.

01

Trusted Technical Service Partner

Collaborative engagement in materials, process, and design — your most reliable technical service provider from day one.

02

3D Printing Product Developer

We develop and produce additive manufactured components, delivering entrusted 3D printing product solutions you can depend on.

03

Intelligent Production Line Planner

Custom intelligent additive manufacturing line planning — your most trusted system solution provider for scaled AM production.

Four Pillars of Our Turnkey Approach

Materials Source

In-house powder production line ensures stable, traceable quality from raw material to finished part.

Process Library

LPBF-based process optimization with standardized, validated parameter packages proven in mature industrial production.

Delivery End

Standardized post-processing protocols guaranteeing quality-assured finished parts, every time.

Industry Validation

Successfully deployed turnkey AM solutions for leading mold, materials, and equipment companies.

Industries

Who We Serve

3D Printed Tire Mold Steel Sipes — Shinengine Core Product

Tire Molds

Our primary domain — 10M+ additively manufactured steel sipes delivered to global tire manufacturers including Hankook.

3D Printed Stainless Steel Valve Body — Complex Internal Channels

Valves & Fluid Systems

Industrial-grade metal 3D printed valve bodies with complex internal channels impossible to manufacture traditionally.

3D Printed Liquid Cooling Plate — Lattice Structure Heat Exchanger

AI Server Cooling

Advanced liquid cooling plates with optimized lattice structures for AI servers, new energy, and power semiconductors.

3D Printed Tire Sipe Blade — Internal Spring Structure

Equipment Manufacturing

Custom tooling, spring-form tire sipes, and production parts for industrial equipment manufacturers worldwide.

Multi-Material 3D Printed Products — Shinengine Capabilities

Multi-Industry

Petrochemical, nuclear, and specialty applications — high-performance components for the most demanding environments.

3D Printed Titanium Medical Implants — Lattice Bone Plates

Medical & Biomedical

Titanium alloy implants with optimized lattice structures — surgical instruments and medical device components.

Get In Touch

Let's Build Something Great Together

Whether you need a prototype, a production run, or a complete turnkey AM solution — we're ready to help.

Company

Guangzhou Shinengine AM Technology Co., Ltd.

Phone

+86-189-2229-7817

Email

liyu@shinengine.cn

Website

https://www.shinengine-am.com

Location

Guangzhou Science City, Huangpu District, Guangzhou, Guangdong, China