Medical

Innovation Saves Lives - Achieve Better Healthcare With Additive Manufacturing

Empowering doctors, researchers, and medical manufacturers to work faster, test more thoroughly and personalise care like never before.
Herobanner Medical
Discover The Benefits
Herobanner Medical

Additive Manufacturing - On The Frontlines With Our Health Care Heroes

Additive Manufacturing allows health professionals to keep up with the demand of an ever-changing industry, giving them the tools to adapt agilely and accelerate the pace of innovation, to improve patient care. At Objective 3D, our printing technology, materials, services, and medical industry expertise can help you enhance clinical outcomes or economic value at every step in the health care delivery value chain.

AM Benefits For Medical

Medical Device Innovation

Accelerate medical innovation with advanced rapid prototyping. Complete more revisions in less time, and reduce time to verification and validation.

Personalized Patient Care

Optimize therapy and improve the chances of success with patient-derived surgical pre-planning models.

High-Strength and Biocompatible Materials

3D printing offers a wide range of high-strength and biocompatible materials to maximize efficiency and customize medical tools and devices like never before.

Benefits img

Medical Applications

Rapid Prototyping

The efficiency of 3D printing technology accelerates the design and development process of medical tools by iterating complex designs quickly.(Learn more)

Concept Models

Elevate staff preparedness and train anywhere using models that accurately represent a range of clinical scenarios and pathologies.(Learn more)

Functional Prototypes

Improve device design by testing on realistic, clinically relevant and functional anatomical models and prototypes.(Learn more)

Applications

Medical Technologies

Polyjet Technology

PolyJet is an excellent option for realistic, high-resolution models of body parts, prosthetics and patient derived surgical models.(Learn more)

Direct Metal Laser Sintering

An accurate metal 3D printing process that provides fine feature detail, making it ideal for custom medical guides, implants, and more. (Learn more)

Lithography-based Ceramic Manufacturing (LCM) Technology

LCM is fantastic for producing surgical casting devices with fine details in high-accuracy. (Learn more)

Medical technologies

AM Benefits For Medical

Medical Device Innovation

Accelerate medical innovation with advanced rapid prototyping. Complete more revisions in less time, and reduce time to verification and validation.

Personalized Patient Care

Optimize therapy and improve the chances of success with patient-derived surgical pre-planning models.

High-Strength and Biocompatible Materials

3D printing offers a wide range of high-strength and biocompatible materials to maximize efficiency and customize medical tools and devices like never before.

Benefits img

Medical Applications

Rapid Prototyping

The efficiency of 3D printing technology accelerates the design and development process of medical tools by iterating complex designs quickly.(Learn more)

Concept Models

Elevate staff preparedness and train anywhere using models that accurately represent a range of clinical scenarios and pathologies.(Learn more)

Functional Prototypes

Improve device design by testing on realistic, clinically relevant and functional anatomical models and prototypes.(Learn more)

Applications

Medical Technologies

Polyjet Technology

PolyJet is an excellent option for realistic, high-resolution models of body parts, prosthetics and patient derived surgical models.(Learn more)

Direct Metal Laser Sintering

An accurate metal 3D printing process that provides fine feature detail, making it ideal for custom medical guides, implants, and more. (Learn more)

Lithography-based Ceramic Manufacturing (LCM) Technology

LCM is fantastic for producing surgical casting devices with fine details in high-accuracy. (Learn more)

Medical technologies

Customer Stories

1Customer Stories RMIT case study image

RMIT Produce Medical Models for Cancer Treatment

Learn how RMIT uses the Stratasys Connex 3D Printer to print 3D Medical Models to aid in Cancer TreatmentRead Case Studies
2Customer Stories USPA case study image

UPSA Spurs Pharmaceutical Manufacturing Innovation with 3D Printing

Find out how UPSA saves on manufacturing costs and reduces its stock of parts by adopting Additive Manufacturing.Read Case Studies

Saving Lives through Medical Innovation

Additive Manufacturing has already set the stage for cutting-edge and groundbreaking innovation in the medical industry. From modification, prototyping, and complete customization of medical tools, to fully customized prosthetics and orthotics. Discover how 3D printing can help you improve patient care.
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We use the most advanced 3D printing technology and materials to suit your requirements.Request Sample Part
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Find A Medical 3D Printer

Start printing your medical tools, prosthetics and orthotics today!Find An Medical 3D Printer

Have Questions You Need Answered?

Questions? Start Here.

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Contact An Expert

Our team of application and industry engineers are here to help. We can answer any questions you about range of materials, printing applications, or features of the printer. If we feel there is a more optimal solution that suits your requirements, we will recommend it.
Contact An Expert
Objective3D is a leading provider of Additive Manufacturing (AM) solutions in Australia and New Zealand. They offer a range technology solution for thermoplastic and photopolymer from Stratasys, ceramics from Lithoz, and metal from GE Additive, as well as Artec 3D Scanners and Materialise AM Software. Supported by the Stratasys Direct Manufacturing Global Network, Objective3D also offers manufacturing on-demand services and is ISO 9001 certified.
Contact Us
Head Office: 33-35 Yazaki Way, Carrum Downs, VIC 3201, Australia

AU Phone: +613 9785 2333
NZ Phone: +649 801 0380

Email: [email protected]  

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