3D Printing

Buyer guides

  • Best 3D printers
  • For beginners
  • Multicolor
  • Resin printers
  • Budget (under $400)
  • For kids and schools
  • For miniatures
  • Large format
All printer guides

Brands and compare

  • Bambu Lab lineup compared
  • Compare printers
  • Full color 3D printers
  • Large scale and industrial

Reviews

  • Elegoo Mars 5 Ultra
  • FLSun T1 Pro
  • QIDI Tech Q1 Pro
All reviews
Best 3D Printers 2026: Buyer’s Guide

Start with the top picks

Best 3D Printers 2026: Buyer’s Guide

Twenty printers tested and ranked, from $169 to the H2D.

See the picks

Filament

  • Best PETG filament
  • Best PLA filament
  • Best TPU filament
  • Best ABS and ASA filament
  • Engineering filaments
  • Composite filaments
  • Flexible filaments
  • Bio filaments
All filament guides

Resin

  • For miniatures
  • Tough and ABS-like
  • Castable resin
  • Water-washable
  • Flexible resin
All resin guides

Accessories

  • Filament dryers
  • Printer enclosures
  • Wash and cure stations
Best Filament Dryers (2026 Guide)

Most-clicked accessory

Best Filament Dryers (2026 Guide)

Wet filament causes most failed prints; the fix costs less than a spool.

Compare dryers

Buyer guides

  • Small objects
  • Medium objects
  • Large objects
  • Professional scanners
  • Scan with your phone
All scanner guides

Software and service

  • 3D scanner software
  • Scanning service vs buying

Reviews

  • Revopoint MetroY Pro
  • Revopoint Inspire 2
  • Revopoint Trackit
All scanner reviews
3D Scanners 2026: The Complete Buying Guide

Find the right scanner

3D Scanners 2026: The Complete Buying Guide

Nineteen scanners from $400 to $40,000, sorted by object size.

Open the guide

Design and AI

  • AI 3D model generators
  • 3D modeling and CAD software

Print prep and control

  • Slicers
  • STL repair tools
  • Printer host and remote control

Reviews

  • Tripo H3.1
  • Meshy 7
All software reviews
Best AI 3D Model Generators for 3D Printing (2026)

Fastest-growing guide

Best AI 3D Model Generators for 3D Printing (2026)

Type a prompt, get a printable model: the tools we tested, free tiers first.

Try the tools

Start here

  • What is 3D printing?
  • How much does it cost?
  • FDM vs resin
  • Best printers for beginners

How it works

  • What is a 3D printer?
  • How does 3D printing work?
  • Types of 3D printing
  • Metal 3D printing

How-tos and glossary

  • 3D printing glossary
  • Food-safe 3D printing
  • Setting up a school program
  • Free 3D printable models
What is 3D Printing?

Start here

What is 3D Printing?

The one-page explainer, then how much it costs and which technology to buy.

Start reading
Black FridayNEW

Latest

  • Blue Origin Northstar Booster Engine Is Over 65 Percent Printed
  • Printed Tungsten Tiles Survive Plasma Tests at DIII-D
  • LLNL Prints Tiny NIF Target Cone Ten Times Faster
  • Tripo AI Launches Agentic Canvas, a Node-Based Workflow Builder for AI 3D
  • Northwestern Engineers Print Paste Inks Into Freestanding Lattices Four Times Faster
All news

Use cases

  • Prague Firefighters 3D Print Their Own Gear on a Prusa CORE One L
  • OECHSLER Scales Carbon Lattice Production to 40 Printers Running Around the Clock
  • Reverse Engineering Without CAD Data: How the MetroY Ultra Turns Physical Parts into Digital Designs
  • Michigan State Engineers 3D Printed Helmet Inserts to Help Quarterbacks Tackle Crowd Noise
  • 3D Printed Quiet Pickleball Unveiled
All use cases

Industry

  • Automotive
  • Aerospace
  • Medical
  • Dental
  • Construction
  • Rapid prototyping
  • Electronics
  • Food
  • Fashion
  • Bioprinting
Blue Origin Northstar Booster Engine Is Over 65 Percent Printed

Latest

Blue Origin Northstar Booster Engine Is Over 65 Percent Printed

Blue Origin's new Northstar liquid oxygen and LNG booster engine is more than 65 percent additively manufactured, with…

Read more
Contact
  • Home
  • Products
  • Videos
  • Newsletter
  • Contact us

Buyer guides

  • Best 3D printers
  • For beginners
  • Multicolor
  • Resin printers
  • Budget (under $400)
  • For kids and schools
  • For miniatures
  • Large format
All printer guides

Brands and compare

  • Bambu Lab lineup compared
  • Compare printers
  • Full color 3D printers
  • Large scale and industrial

Reviews

  • Elegoo Mars 5 Ultra
  • FLSun T1 Pro
  • QIDI Tech Q1 Pro
All reviews

Filament

  • Best PETG filament
  • Best PLA filament
  • Best TPU filament
  • Best ABS and ASA filament
  • Engineering filaments
  • Composite filaments
  • Flexible filaments
  • Bio filaments
All filament guides

Resin

  • For miniatures
  • Tough and ABS-like
  • Castable resin
  • Water-washable
  • Flexible resin
All resin guides

Accessories

  • Filament dryers
  • Printer enclosures
  • Wash and cure stations

Buyer guides

  • Small objects
  • Medium objects
  • Large objects
  • Professional scanners
  • Scan with your phone
All scanner guides

Software and service

  • 3D scanner software
  • Scanning service vs buying

Reviews

  • Revopoint MetroY Pro
  • Revopoint Inspire 2
  • Revopoint Trackit
All scanner reviews

Design and AI

  • AI 3D model generators
  • 3D modeling and CAD software

Print prep and control

  • Slicers
  • STL repair tools
  • Printer host and remote control

Reviews

  • Tripo H3.1
  • Meshy 7
All software reviews

Start here

  • What is 3D printing?
  • How much does it cost?
  • FDM vs resin
  • Best printers for beginners

How it works

  • What is a 3D printer?
  • How does 3D printing work?
  • Types of 3D printing
  • Metal 3D printing

How-tos and glossary

  • 3D printing glossary
  • Food-safe 3D printing
  • Setting up a school program
  • Free 3D printable models
Black FridayNEW

Latest

  • Blue Origin Northstar Booster Engine Is Over 65 Percent Printed
  • Printed Tungsten Tiles Survive Plasma Tests at DIII-D
  • LLNL Prints Tiny NIF Target Cone Ten Times Faster
  • Tripo AI Launches Agentic Canvas, a Node-Based Workflow Builder for AI 3D
  • Northwestern Engineers Print Paste Inks Into Freestanding Lattices Four Times Faster
All news

Use cases

  • Prague Firefighters 3D Print Their Own Gear on a Prusa CORE One L
  • OECHSLER Scales Carbon Lattice Production to 40 Printers Running Around the Clock
  • Reverse Engineering Without CAD Data: How the MetroY Ultra Turns Physical Parts into Digital Designs
  • Michigan State Engineers 3D Printed Helmet Inserts to Help Quarterbacks Tackle Crowd Noise
  • 3D Printed Quiet Pickleball Unveiled
All use cases

Industry

  • Automotive
  • Aerospace
  • Medical
  • Dental
  • Construction
  • Rapid prototyping
  • Electronics
  • Food
  • Fashion
  • Bioprinting
Contact
Blog
  • Latest News
  • Use Cases
  • Reviews
  • 3D Printers
  • 3D Printing Metal
Featured Industries
  • Automotive
  • Aerospace
  • Construction
  • Dental
  • Environmental
  • Electronics
  • Medical
  • Military
  • Fashion
  • Art
Company Information
  • What is 3D Printing?
  • Advertise with us
  • Media Kit
  • Nederland 3D Printing
Home / Medical / Metal AM Medical Implants Taking off in China

Metal AM Medical Implants Taking off in China

April 30, 2021

China is embracing metal additive manufacturing for the large scale manufacture of medical implants.

Beijing-based AK Medical have been in the implant game for a while now. At first they specialized in traditionally manufactured implants, but since installing their first EBM printer in 2009 they have embraced AM with gusto, becoming the first company in China to have their 3D printed implants approved by the Chinese National Medical Products Administration (NMPA).

In that time they have increased the number of approved implants to five.

Naturally this has not done any harm to their business outlook, as they are currently the market leader for joint prostheses in China. To meet demands of their additively manufactured implants, they have increased their printing capability by investing in five new Arcam EBM machines to their arsenal, meaning they now have eight EBM machines on hand.

implants
Implants: now with added trebucula (Image credit: AK Medical)

In addition to their Beijing office, AK Medical owns several other companies in the same domain of prosthetics that are also utilizing AM in their designs, including JRI Orthopaedics in the UK giving the company access to international markets wishing to try the benefits of AM implants.

And what are those benefits exactly?

Additive Manufacturing can be used to print trabecular structures within the implant. These little beam-like structures add porosity to the implant which helps with osseointegration with the original bone. Additionally, the porosity can be varied throughout the structure to create a certain amount of flex (just like a real bone). This is particularly important in reducing stress shielding, which can cause discomfort to the patient.

One thing not mentioned very often is the cost benefits of these AM implants. According to GE Additive, use of AM for the manufacture of acetabular cups can reduce manufacturing costs by 38% on average, when compared to the old way of doing things.

Better and cheaper? Yes.

“With our advanced products, we strive to make the treatment of orthopedic conditions more efficient and easier, while bringing about better outcomes and quicker recovery times to our patients.” said Li Zhijiang, CEO at AK Medical.

One such patient enjoyed the fruits of AK Medical’s labours back in 2016 when he received 3D printed metal vertebrae bodies after a tumour was removed from his body.

You can see those implants in the image below. The tumour had eroded five vertebrae, hence why the implant is pretty large.

spine
AM made this patient’s spine more stable than before (Image credit: Peking University Third Hospital)

That patient, known as “Mr. Yuan” was the first to receive the newly approved part. The procedure was a success and the patient was up and walking around within a mere two months.

“Additive technology itself is tremendously advantageous in terms of cost, and personalized customization is increasingly becoming an industry trend,” said Li.

“And when you begin to think of it in combination with CT, nuclear MRI, software, the Internet, 5G and many other technologies, then additive [manufacturing] is likely to unleash greater potential to boost the entire medical industry.”

The company plans to continue further research into AM prostheses as well as other 3D printed medical devices while they continue to grow as a company both locally and abroad.

3d systems implant
Related Story
3D Printing for Spines
Share:
WhatsApp Twitter Facebook LinkedIn Buffer Reddit E-mail

Phillip Keane

Phillip is an aerospace engineer from UK. He is a graduate of Coventry University (UK), International Space University (France) and Nanyang Technological University (Singapore), where he studied Advanced Manufacturing at the Singapore Centre for 3D Printing.

Join our newsletter

Our newsletter is free & you can unsubscribe any time.

Latest posts

Blue Origin Northstar Booster Engine Is Over 65 Percent Printed

Blue Origin's new Northstar liquid oxygen and LNG booster engine is more than 65 percent additively manufactured, with 30 percent less mass than... read more »

Accessories
Blue Origin Northstar Booster Engine Is Over 65 Percent Printed

Printed Tungsten Tiles Survive Plasma Tests at DIII-D

NC State, Oak Ridge National Laboratory, and JEOL put full-size electron-beam printed tungsten divertor tiles through 74 plasma shots at DIII-D.

3D Printing Metal
Printed Tungsten Tiles Survive Plasma Tests at DIII-D

LLNL Prints Tiny NIF Target Cone Ten Times Faster

Lawrence Livermore used two-photon polymerization to print a sub-millimeter National Ignition Facility diagnostic cone in one day instead of ten.

News
LLNL Prints Tiny NIF Target Cone Ten Times Faster

Tripo AI Launches Agentic Canvas, a Node-Based Workflow Builder for AI 3D

Tripo AI has launched Agentic Canvas, a node-based workspace inside Tripo Studio where an AI agent assembles multi-step 3D workflows that users can... read more »

News
Tripo AI Launches Agentic Canvas, a Node-Based Workflow Builder for AI 3D

Northwestern Engineers Print Paste Inks Into Freestanding Lattices Four Times Faster

Northwestern's slot-die and light process builds freestanding lattices from paste inks over four times faster than extrusion, without co-printed supports.

News
Northwestern Engineers Print Paste Inks Into Freestanding Lattices Four Times Faster

University of Tokyo Team 3D Prints Robot Legs With TPU Muscles and Ligaments

A University of Tokyo team tunes printed lattices in one TPU to give a life-sized robot soft muscles, stiff tendons and bearing-free joints.

News
University of Tokyo Team 3D Prints Robot Legs With TPU Muscles and Ligaments

Maurice Ribble’s EEW Maker Kit Turns 3D Printed Parts Into an Electric Spinning Wheel

A $99 Kickstarter hardware kit pairs a motor, spindle and circuit board with open-source printed parts to build an electric spinning wheel for... read more »

News
Maurice Ribble’s EEW Maker Kit Turns 3D Printed Parts Into an Electric Spinning Wheel

Student Designs Backpack-Sized Folding 3D Printer With the Filament Spool Inside

Ethan Gao’s P2 design folds to 300 by 300 by 80 mm, hides a whole filament spool and has to be built by... read more »

3D Printers
Student Designs Backpack-Sized Folding 3D Printer With the Filament Spool Inside

Tripo H3.1 Review: From Image to 3D Print

Tripo is an AI 3D modeling platform that turns a picture or a text prompt into a 3D model. By its own count,... read more »

News
Tripo H3.1 Review: From Image to 3D Print

University of South Florida Students Test 3D Printed Oyster Bricks on Tampa Bay Seawalls

Honors College students in Florida print clay hexa-logs that help native oysters settle on Tampa Bay seawalls, and they plan to open-source the... read more »

Environmental
University of South Florida Students Test 3D Printed Oyster Bricks on Tampa Bay Seawalls

Social

  • Facebook Facebook 3D Printing
  • Linkedin Linkedin 3D Printing
Join our newsletter

Our newsletter is free & you can unsubscribe any time.

revopoint miraco sidebar

Elegoo Centauri Carbon 2 Combo

~$399
  • Pairs the fast enclosed CoreXY platform with Elegoo's CANVAS 4-color system and a full…
Elegoo Centauri Carbon 2 Combo
Buy Now elegoo.com

Bambu Lab P1S

~$399
  • The enclosed CoreXY predecessor to the P2S, now discounted significantly, with a large…
Bambu Lab P1S
Buy Now bambulab.com

Bambu Lab PC

  • Lowest-friction entry to polycarbonate printing for Bambu X1 Carbon and P1S users, with…
Bambu Lab PC
Buy Now bambulab.com

Creality K2 Plus

~$1,299
  • An enclosed CoreXY with 350 × 350 × 350 mm build volume, 600 mm/s speed, 4-color CFS…
Creality K2 Plus
Buy Now creality.com

Polymaker PolyLite ABS

  • Uses specialty bulk-polymerized ABS resin with significantly lower volatile content tha…
Polymaker PolyLite ABS
Buy Now polymaker.com

Creality HALOT-MAGE S 14K

$399
  • Creality lists LCD MSLA printing, a 223 × 126 × 230 mm build volume, a 10.1 inch mono…
Creality HALOT-MAGE S 14K
Buy Now store.creality.com

Creality K2 Plus Combo

~$1,499
  • A large-format enclosed multicolor printer with a 350 mm cube and CFS system supporting…
Creality K2 Plus Combo
Buy Now creality.com

Bambu Lab P2S + AMS 2 Pro

~$699 to $749
  • The most polished multicolor ecosystem with active filament drying inside the AMS 2 Pro…
Bambu Lab P2S + AMS 2 Pro
Buy Now bambulab.com

Site footer

The 3DPrinting.com newsletter

The week’s best reviews, buyer’s guides and deals. One email every Friday, no spam.

By subscribing you agree to our privacy policy. Unsubscribe anytime.

3D PRINTING.COM

Independent reviews, buyer’s guides and news about 3D printers, materials, scanners and software.

Reviews

  • All reviews
  • 3D printers
  • Filament & materials
  • 3D scanners
  • Software
  • Compare products

Buyer's guides

  • Best 3D printers
  • Best resin 3D printers
  • 3D printers for beginners
  • Best PLA filament
  • Best slicers
  • Best pro 3D scanners

Learn & news

  • Latest news
  • Deals
  • What is 3D printing?
  • FDM vs resin
  • Use cases by industry
  • Glossary

Company

  • About us
  • Contact us
  • Advertise with us
  • Media kit
  • Nederland 3D Printing

© 2026 3DPrinting.com · Strikwerda en Dehue

  • Privacy policy
  • Terms of use
  • Affiliate disclosure
  • RSS