EDSER ramps up production of customized orthotic devices

HP Multi Jet Fusion helps Campetella Robotic Center reduce cost and lead time

GoProto ventures into new markets with HP 3D HR TPA enabled by Evonik

Bringing functionality and aesthetics to robotic prosthetics

Producing high-quality parts and streamlining manufacturing

Lightweight, customized parts with complex geometries for boats and yachts

More comfortable, more versatile orthotics

Fast-tracking production of auto racing parts

Leveraging HP 3D Printing to improve treatment of cranial deformities

HP 3D Printing as an innovation partner for future growth

Eliminating outsourcing by adopting HP Multi Jet Fusion technology

Optimizing entire 3D printing process

Achieving industrial-level OEE numbers

HP 3D Printing supports APCC’s high-volume production of packaging

Achieving efficient short-run production of bicycle parts

HP 3D Printing helps CUPRA launch Léon Competición racecar

ActivArmor fashions customized orthotic devices

Achieving industrial-level OEE numbers

Extol leverages polypropylene and HP MJF to help customers decrease time to market

Customized, on-demand parts for drones

How 3D printing can optimize insole production

Pushing the limits with HP 3D Printing

How many parts and which machine makes sense?

How can additive manufacturing improve product development?

HP Multi Jet Fusion technology: From metals to plastic

How can additive manufacturing complement injection molding?

Advanced topics in design for automotive additive manufacturing

Design and process optimization

Transforming digital design and manufacturing

Tooling jigs and fixtures for automotive product development

10 design tips you need to know

Accelerating production while decreasing costs

Delivering straighter smiles to millions

Redesigning and customizing motorbike parts

Design freedom and short-run production capabilities

Faster production and opportunities for customization

How 3D printing can improve a 3D printer

End-to-end solution for customized eyewear

Improving and accelerating production

Quickly producing prosthetics tailored to individual needs

Less-expensive medical devices at faster speeds

Ramping up production of custom-designed eyewear

Reducing the costs of implant molds

Reaching a new level of innovation

Transforming prosthetics and orthotics

The guide to design optimization

Breaking down metal 3D printing limitations

Mass customization and manufacturing acceleration

Disrupting metal parts production

Producing complex designs to improve patients’ lives

Designing orthoses for patients' needs

Improving patients' lives with flexible orthoses

Reinventing dental aligner production

Design freedom to achieve more and perform better

Applying 21st-century technology to 20th-century devices

Transforming the spare parts supply chain

Reaching production at scale

Lowering costs, accelerating production, and building strong parts

Making cosmetic, lightweight, and affordable orthotics

Electromedical parts faster, better, and more affordably

HP Multi Jet Fusion helps reinvent the prosthetics industry

Building better parts at a lower cost

HP Multi Jet Fusion helps customize orthotic footwear

Improved medical outcomes with HP Multi Jet Fusion

Customizing prosthetic parts with HP Multi Jet Fusion

Helping enhance performance in the aerospace industry

HP Multi Jet Fusion helps automotive industry save costs

HP Multi Jet Fusion improves pipe-cutting process in manufacturing

HP Multi Jet Fusion leads to faster, more agile production

HP Multi Jet Fusion saves time and costs when producing tooling applications.

HP Multi Jet Fusion helps produce better-performing bearing cages

Design optimization and easier assembly from HP Multi Jet Fusion

HP leverages its own technology to create final parts

Reducing costs and time in molds production

3D printing rudder trim system helps reduce number of parts

Creating  jigs and fixtures, prototypes, and final parts with HP  MJF

Better orthotics customized to patients

Custom 3D printed car parts for motorsports team

HP MJF technology helps facilitate assembly in HP build units

Improving air flow performance

Simplifying parts assembly

Enhancing performance of air manifolds

Improving manufacturing of fixtures

Simplifying production of race car manifolds

Easier manufacturing and custom-designed furniture

HP Multi Jet Fusion helps strengthen train door structures

HP Multi Jet Fusion leads to lightweight part production

Faster manufacturing process

Accelerating production for the intelligence industry

Creating customizable furniture parts

Improving overall design and reducing costs

Growing the business with consumer applications

Moving from prototyping to end-part production

Taking personalization to a new level

Reinventing sport headgear

Staying competitive by speeding time to market

iOrthotics finds a better way to match patients' feet, more quickly

Customized solutions easily

Excellent air tightness

Enabling design versatility and part optimization

Multiple advantages of using our own technology

Reducing time and cost

Time and cost savings

Making it easier to meet clients' needs

More competitive in the fast-paced robotics industry

Moving from short-run production to high-volume runs

Accelerating production and improving productivity

Enabling more design freedom and faster time to market

How HP Multi Jet Fusion can complement CNC machining

Producing manufacturing aids

3D applications for manufacturers of machinery and production line equipment

Streamlining machinery and production lines

How to complement CNC production

Producing manufacturing aids

Creating functional parts faster

Conductix improves time to market and simplifies product design with HP MJF

L´Oreal quickly responds to shifts in its manufacturing processes  with HP MJF

Yasojima Proceed produces battery and substrate cases for neurosurgery with HP MJF

Extol quickly delivers low-cost, lighter weight robotic tooling thanks to HP MJF