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HP 3D APPLICATIONS
Learn how FICEP S3 reengineers paint machine with help from HP 3D Printing technology
Interested in finding out more about the applications you can produce with HP Multi Jet Fusion technology?
VIEW ALL RESOURCES CONTACT USSTART PROTOTYPING TODAY
Discover the speed, cost, and quality advantages of HP Multi Jet Fusion technology—and move smoothly from prototyping to final part production using the same technology.
ENGINEERING AND PRODUCT DESIGN
HP Multi Jet Fusion technology helps you get to the best possible design solution—and in-market faster.
ENGINEERING AND PRODUCT DESIGN
HP Multi Jet Fusion technology helps you get to the best possible design solution—and in-market faster.
IAM 3D HUB
CUSTOMIZED SOLUTIONS
MORE EASILY
In this case, HP Multi Jet Fusion technology is used to prototype and develop a pneumatic grip according to customer needs, including a requirement to last a minimum of one million cycles.
MANUFACTURING SERVICES
See how you can produce prototypes, manufacturing aids, final and spare parts fast1 and at low cost2. Start offering new applications without the restrictions of traditional manufacturing methods.
MANUFACTURING SERVICES
See how you can produce prototypes, manufacturing aids, final and spare parts fast1 and at low cost2. Start offering new applications without the restrictions of traditional manufacturing methods.
MATERIALISE
MOVING FROM PROTOTYPING TO END-PART PRODUCTION
Materialise is using HP Multi Jet Fusion technology to overcome some of the traditional challenges of moving from prototyping to part production. With HP 3D printing, the company gets repeatable part quality, plus it can customize parts in mass quantity.
SHAPEWAYS
GROWING THE BUSINESS WITH CONSUMER APPLICATIONS
Shapeways is always looking for the right quality, materials, speed, and price for its customers. Only HP Multi Jet Fusion technology can deliver on all fronts, providing an integrated solution with materials innovation.
GOPROTO
MAKING IT EASIER TO MEET
CLIENT’S NEEDS
Using HP Multi Jet Fusion technology, GoProto can now print functional parts that are just as strong, flexible, and defined as those made with cast molding—and they can do it faster and at a lower cost.
CONSUMER GOODS AND ELECTRONICS
Find out how HP Multi Jet Fusion technology enables customization and personalization,
and how companies are using it to help optimize productivity and lower production costs.
and how companies are using it to help optimize productivity and lower production costs.
CONSUMER GOODS AND ELECTRONICS
Find out how HP Multi Jet Fusion technology enables customization and personalization,
and how companies are using it to help optimize productivity and lower production costs.
and how companies are using it to help optimize productivity and lower production costs.
KUPOL PROJECT
REINVENTING SPORTS HEADGEAR
Determined to find an alternative to traditional bike helmets, Kupol, with Sculpteo’s help, turned to HP Multi Jet Fusion technology to design and print helmet parts that are lighter, more functional, and piece together for a true custom fit.
TRANSPORTATION
Streamline manufacturing from functional prototyping and tooling, to final and spare part production with quality, functional, complex and lightweight parts, faster1 and at lower cost2.
TRANSPORTATION
Streamline manufacturing from functional prototyping and tooling, to final and spare part production with quality, functional, complex and lightweight parts, faster1 and at lower cost2.
CAF
HP MULTI JET FUSION HELPS STRENGTHEN TRAIN DOOR STRUCTURES
CAF identified current metallic parts in their train systems that are suitable to replace with plastic parts made with HP Multi Jet Fusion technology.
HELP REDUCE LEAD TIMES BY WEEKS
Cost-effectively produce jigs and fixtures with fine detail and more efficient designs.
Make HP Multi Jet Fusion your go-to technology for dummy parts, tools, molds, and more.
ENGINEERING AND PRODUCT DESIGN
HP Multi Jet Fusion technology helps you get to the best possible design solution—and in-market faster.
ENGINEERING AND PRODUCT DESIGN
HP Multi Jet Fusion technology helps you get to the best possible design solution—and in-market faster.
IAM 3D HUB
EXCELLENT AIR TIGHTNESS
IAM 3D Hub considered HP Multi Jet Fusion as the best technology to develop parts for pneumatic systems, due to its ability to achieve excellent tightness that helps avoid air leakages.
MACHINERY AND EQUIPMENT
Learn how to maximize production line and machinery uptime and produce customized, light-weight, geometrically complex parts, whilst reducing lead times and cost2.
MACHINERY AND EQUIPMENT
Learn how to maximize production line and machinery uptime and produce customized, light-weight, geometrically complex parts, whilst reducing lead times and cost2.
HP
REDUCING TIME AND COST
HP uses its own 3D printing technology to reduce time and cost in the production of supports for this coordinate measuring machine.
HP
TIME AND COSTS SAVINGS
HP uses its own 3D printing technology to produce these scanner supports as a single, consolidated piece—allowing for time and cost savings.
HP
MULTIPLE ADVANTAGES OF USING OUR OWN TECHNOLOGY
HP uses its own 3D printing technology to produce the supports for this anemometer—consolidating multiple assembly pieces into one single part.
HP
ENHANCING PERFORMANCE OF AIR MANIFOLDS
3D printing parts using HP Multi Jet Fusion allows the diverter valve locators to be manufactured with improved performance and less assembly time.
HP
SIMPLIFYING PARTS ASSEMBLY
HP Multi Jet Fusion technology simplifies the assembly process by consolidating their drill extraction shoe into one single part in place of the seven sub-parts that are made with CNC Machining.
HP
IMPROVING AIR FLOW PERFORMANCE
Manufacturing HP’s Venturi flow meter with HP Multi Jet Fusion results in parts with smooth surfaces that require hardly any post-processing.
HP
FACILITATING ASSEMBLY PROCESS
HP Multi Jet Fusion technology allows for easier integration of a laser inside the printhead of an HP Jet Fusion 3D 4200 Build Unit.
CONSUMER GOODS AND ELECTRONICS
Find out how HP Multi Jet Fusion technology enables customization and personalization,
and how companies are using it to help optimize productivity and lower production costs.
and how companies are using it to help optimize productivity and lower production costs.
CONSUMER GOODS AND ELECTRONICS
Find out how HP Multi Jet Fusion technology enables customization and personalization,
and how companies are using it to help optimize productivity and lower production costs.
and how companies are using it to help optimize productivity and lower production costs.
HP
IMPROVING MANUFACTURING OF FIXTURES
Using HP Multi Jet Fusion technology to 3D print and produce the 3-in-1 foot, its jigs, and its fixtures enables a design that cannot be made through tooling or molding.
UNLOCK THE FULL POTENTIAL OF 3D PRODUCTION
HP Multi Jet Fusion technology enables you to produce quality functional parts up to 10X faster1 and at the lowest cost.2
ENGINEERING AND PRODUCT DESIGN
HP Multi Jet Fusion technology helps you get to the best possible design solution—and in-market faster.
ENGINEERING AND PRODUCT DESIGN
HP Multi Jet Fusion technology helps you get to the best possible design solution—and in-market faster.
SIGMADESIGN
IMPROVING OVERALL DESIGN AND REDUCING COSTS
Tired of the design constraints and costs associated with injection molding SigmaDesign turned to HP Multi Jet Fusion technology. By shifting from expensive machined parts to 3D printing, the company can save money, minimize constraints, and still produce mechanically sound parts.
MACHINERY AND EQUIPMENT
Learn how to maximize production line and machinery uptime and produce customized, light-weight, geometrically complex parts, whilst reducing lead times and cost2.
MACHINERY AND EQUIPMENT
Learn how to maximize production line and machinery uptime and produce customized, light-weight, geometrically complex parts, whilst reducing lead times and cost2.
BAREL
FASTER MANUFACTURING PROCESS
When 3D printed with HP Multi Jet Fusion technology, the original part design—including the required angle of the fins to initiate the preload—did not require additional steps.
BAREL
HP MULTI JET FUSION LEADS TO LIGHTWEIGHT PART PRODUCTION
Barel produces up to 238 parts per day at a lighter weight after transitioning to HP Multi Jet Fusion technology to produce stoppers for industrial awnings.
BIESSE
ENABLING MORE DESIGN FREEDOM AND FASTER TIME TO MARKET
Biesse accelerated the speed of research and development by using HP Multi Jet Fusion technology, while also bridging traditional manufacturing lead times, enabling short-run production, and offering customized products for specific clients.
FICEP S3
ACCELERATING PRODUCTION AND IMPROVING PRODUCTIVITY
At the heart of FICEP S3 innovation is HP Multi Jet Fusion technology which allows them to build machine parts in-house — accelerating the overall speed of production and improving productivity, while opening brand new avenues for their engineers.
HP
CREATING FUNCTIONAL PARTS FASTER
HP understands firsthand how traditional design and production techniques can be expensive and time consuming. That’s why we’ve started designing functional parts built with HP Multi Jet Fusion technology for use in our own 2D printers.
ROBOTICS
Improve robot and machine performance by producing lightweight, geometrically complex functional parts fast and at the lowest cost2 thanks to HP Multi Jet Fusion technology.
ROBOTICS
Improve robot and machine performance by producing lightweight, geometrically complex functional parts fast and at the lowest cost2 thanks to HP Multi Jet Fusion technology.
IAM 3D HUB
ENABLING DESIGN VERSATILITY AND PART OPTIMIZATION
IAM 3D Hub couldn’t rely on traditional 3D printing because of material and structural porosity. HP Multi Jet Fusion technology, however, surpasses expectations, meeting high demands for design versatility, precision, and part optimization.
GIMATIC
MORE COMPETITIVE IN THE FAST-PACED ROBOTICS INDUSTRY
With HP’s Multi Jet Fusion technology and its 3D printing capabilities, Gimatic develops new products more quickly, gains a speed-to-market advantage, and wins more deals.
MANUFACTURING SERVICES
See how you can produce prototypes, manufacturing aids, final and spare parts fast1 and at low cost2. Start offering new applications without the restrictions of traditional manufacturing methods.
MANUFACTURING SERVICES
See how you can produce prototypes, manufacturing aids, final and spare parts fast1 and at low cost2. Start offering new applications without the restrictions of traditional manufacturing methods.
MATERIALISE
MOVING FROM PROTOTYPING TO END-PART PRODUCTION
Materialise is using HP Multi Jet Fusion technology to overcome some of the traditional challenges of moving from prototyping to part production. With HP 3D printing, the company gets repeatable part quality, plus it can customize parts in mass quantity.
JABIL
STAYING COMPETITIVE BY SPEEDING TIME TO MARKET
Jabil is always looking to get targeted products to market faster, at a lower cost, and with higher quality. HP Multi Jet Fusion technology helps the company meet these critical objectives.
SHAPEWAYS
GROWING THE BUSINESS WITH CONSUMER APPLICATIONS
Shapeways is always looking for the right quality, materials, speed, and price for its customers. Only HP Multi Jet Fusion technology can deliver on all fronts, providing an integrated solution with materials innovation.
FORECAST 3D
MOVING FROM SHORT-RUN PRODUCTION TO HIGH-VOLUME RUNS
No longer limited by traditional manufacturing processes and lengthy design cycles, Forecast 3D is helping its customers design built-to-order parts on their terms, enabling greater design flexibility and faster time to market.
FORECAST 3D
MOVING FROM SHORT-RUN PRODUCTION TO HIGH-VOLUME RUNS
No longer limited by traditional manufacturing processes and lengthy design cycles, Forecast 3D is helping its customers design built-to-order parts on their terms, enabling greater design flexibility and faster time to market.
HEALTHCARE
See how you can produce personalized prosthetics and orthotics, with precision as well as cosmetic appeal, maximizing user comfort whilst reducing lead times and cost2.
HEALTHCARE
See how you can produce personalized prosthetics and orthotics, with precision as well as cosmetic appeal, maximizing user comfort whilst reducing lead times and cost2.
iORTHOTICS
iORTHOTICS FINDS A BETTER WAY TO MATCH PATIENTS’ FEET, MORE QUICKLY
iOrthotics is innovating in the orthotic manufacturing industry by moving away from subtractive methods and using HP Multi Jet Fusion technology to help print orthotics faster, with customization for more accuracy.
OPTIMUS 3D
BETTER ORTHOTICS CUSTOMIZED TO PATIENTS
Optimus 3D collaborated with Bioef and the Osakidetza-Basurto traumatology team to 3D scan the hand of a patient who suffers from rhizarthrosis, which was used to design a customized orthosis for the patient.
CONSUMER GOODS AND ELECTRONICS
Find out how HP Multi Jet Fusion technology enables customization and personalization, and how companies are using it to help optimize productivity and lower production costs.
CONSUMER GOODS AND ELECTRONICS
Find out how HP Multi Jet Fusion technology enables customization and personalization, and how companies are using it to help optimize productivity and lower production costs.
ADDIT-ION
CREATING CUSTOMIZABLE FURNITURE PARTS
Functional furniture that combines conventional manufacturing techniques in wood-shaping with 3D printing with HP Multi Jet Fusion technology.
ED Lighting
EASIER MANUFACTURING AND CUSTOM-DESIGNED FURNITURE
ED Lighting’s “Geometrie Collection” features three series of high-efficiency LED lighting fixtures that are composed of components of hand-finished oak or HP 3D High Reusability4 PA 12 in the latest generation of 3D printing.
LOOKREAL
TAKING PERSONALIZATION TO A
NEW LEVEL
Until recently, the idea of mass producing personalized dolls was impossible because of traditional manufacturing constraints. LookReal now blends traditional and digital manufacturing practices to drive innovation in doll production.
TRANSPORTATION
Streamline manufacturing from functional prototyping and tooling, to final and spare part production with quality, functional, complex and lightweight parts, faster1 and at lower cost2.
TRANSPORTATION
Streamline manufacturing from functional prototyping and tooling, to final and spare part production with quality, functional, complex and lightweight parts, faster1 and at lower cost2.
HELI RACING
SIMPLIFYING PRODUCTION OF RACE CAR MANIFOLDS
Using 3D scanning methods and reverse engineering, Heli Racing’s race car manifold has been replicated digitally and improved with technical adjustments.
MOTOR L´ESCALA
CUSTOM 3D-PRINTED CAR PARTS FOR MOTORSPORTS TEAM
With HP Multi Jet Fusion technology, the Motor L’Escala Racing Team created automotive parts that provide customization and air tightness.
AEROSPACE
Produce functional parts with complex geometries, lightweight and
aerodynamic properties. Excellent dimensional accuracy3 and optimal
mechanical properties – faster1 and at lower cost2.
aerodynamic properties. Excellent dimensional accuracy3 and optimal
mechanical properties – faster1 and at lower cost2.
AEROSPACE
Produce functional parts with complex geometries, lightweight and
aerodynamic properties. Excellent dimensional accuracy3 and optimal
mechanical properties – faster1 and at lower cost2.
aerodynamic properties. Excellent dimensional accuracy3 and optimal
mechanical properties – faster1 and at lower cost2.
AUREA AVIONICS
ACCELERATING PRODUCTION FOR THE INTELLIGENCE INDUSTRY
To produce prototypes of a Gimball camera enclosure that covers and protects its drones, Aurea Avionics turned to HP Multi Jet Fusion technology to customize, design, and 3D print the parts.
The HP Jet Fusion 3D printing solution reinvents how you prototype and produce functional parts, delivering quality output, up to 10 times faster1 at half the cost2.
LEARN MORE- Based on internal testing and simulation, HP Jet Fusion 3D average printing time is up to 10 times faster than average printing time of comparable fused deposition modeling (FDM) and selective laser sintering (SLS) printer solutions from $100,000 USD to $300,000 USD on market as of April, 2016. Testing variables for the HP Jet Fusion 4210/4200 Printing Solutions: Part quantity: 1 full build chamber of parts from HP Jet Fusion 3D at 20% of packing density versus same number of parts on above-mentioned competitive devices; Part size: 30 cm3; Layer thickness: 0.08 mm/0.003 inches.
- Based on internal testing and public data for solutions on market as of April, 2016. Cost analysis based on: standard solution configuration price, supplies price, and maintenance costs recommended by manufacturer. Common cost criteria: using HP 3D High Reusability PA 12 material, and the powder reusability ratio recommended by manufacturer. HP Jet Fusion 3D 4200 Printing Solution average printing cost per part is half the average cost of comparable fused deposition modeling (FDM) and selective laser sintering (SLS) printer solutions from $100,000 to $300,000 USD. Cost criteria: printing 1 build chamber per day/5 days per week over 1 year of 30 cm3 parts at 10% packing density. HP Jet Fusion 3D 4210 Printing Solution average printing cost per part is 65% lower versus the average cost of comparable FDM and SLS printer solutions from $100,000 to $300,000 USD and is 50% lower versus the average cost of comparable SLS printer solutions for $300,000 to $450,000 USD. Cost criteria: printing 1.4 full build chambers of parts per day/5 days per week over 1 year of 30 cm3 parts at 10% packing density on fast print mode.
- Based on HP’s unique multi-agent printing process. Excellent dimensional accuracy and fine detail within allowable margin of error. Based on dimensional accuracy of ±0.2 mm/0.008 inches on XY for hollow parts below 100 mm/3.94 inches and ±0.2% for hollow parts over 100 mm/3.94 inches, using HP 3D High Reusability PA 12 material, measured after sandblasting. See hp.com/go/3Dmaterials for more information on materials specifications.
- Based on using recommended packing densities and compared to selective laser sintering (SLS) technology, offers excellent reusability without sacrificing mechanical performance. Tested according to ASTM D638, ASTM D256, ASTM D790, and ASTM D648 and using a 3D scanner for dimensional accuracy. Testing monitored using statistical process controls.
HP Jet Fusion 3D Printing Solutions using HP 3D High Reusability PA 12 provide up to 80% post-production surplus powder reusability, producing functional parts batch after batch. For testing, material is aged in real printing conditions and powder is tracked by generations (worst case for reusability). Parts are then made from each generation and tested for mechanical properties and accuracy.
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