Rewrite the rules of injection molding with 3D Systems thermoplastic additive manufacturing printers and materials.
3D Systems offers a wide variety of 3D printable thermoplastics, engineered for a range of applications. Materials specialists, designers, and manufacturing engineers can collaborate on getting the exact features they need for both aesthetics and function. These new design and manufacturing options open the door to improved products, new designs, new business models, and new markets. The key is to know when to use thermoplastic additive manufacturing instead of conventional injection molding.
To read more about how 3D Systems can help your business download this whitepaper today.
Rewrite the rules of injection molding with 3D Systems thermoplastic additive manufacturing printers and materials.
Selective Laser Sintering (SLS) technology is at the heart of a growing trend in mass custom manufacturing as well as functional prototyping. The right additive technologies, materials and finishes are transforming manufacturing.
Digital-direct thermoplastic manufacturing offers exceptional quality while opening the door to novel design parameters not possible with injection molding. Thermoplastic additive manufacturing also bypasses the long lead time and up-front investment in injection molding tooling. If you measure your finished parts on the three dimensions: quality, time to market, and cost per cubic inch, in many situations industrial SLS offers a better total value proposition.
3D Systems offers a wide variety of 3D printable thermoplastics, engineered for a range of applications. Materials specialists, designers, and manufacturing engineers can collaborate on
Read how HP puts HP Multi Jet Fusion Technology into practice to reinvent their own business.
HP knows a powerful technology when it sees one. In this case study, read how HP engineers used the HP Jet Fusion 3D printing solution to cut the cost of producing parts for its own large-format printers while accelerating production and improving part quality.
HP knows a powerful technology when it sees one. In this case study, read how HP engineers used the HP Jet Fusion 3D printing solution to cut the cost of producing parts for its own large-format printers while accelerating production and improving part quality.
Read the case study
Intent on providing options for customers, Forecast 3D offers nine different production methods. But HP Multi Jet Fusion technology is the leader of the pack. Learn how Forecast 3D has deployed HP Jet Fusion 3D printers to change the way its customers are manufacturing.
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With the HP Jet Fusion 300/500 series of 3D printers, future-ready technology is at hand – and handy – for small and medium businesses, design firms, and universities. Read this brochure to get the details on how HP Jet Fusion 3D devices are designed for convenient in-house production. You’ll be making prototypes and functional parts at new levels of speed and precision, in full color, black or white.
Get the brochure
You can stop waiting for what’s next in 3D printing. With the HP Jet Fusion 300/500 series of 3D printers, HP has redefined the process of prototyping and manufacturing. We invite you to explore how to make functional parts faster, cost-effectively, and in full color with HP Jet Fusion 3D devices. HP is what’s next for automated, in-house production.
Visit the website to learn more
HP scientists had a bright idea. If they could modify materials to absorb infrared light – the light we can’t see – they could successfully fuse color to that material. It’s a story of how HP “cracked the code” in 3D color printing by drawing upon deep experience in the science of ink. Read this innovation story to why HP Jet Fusion 300/500 3D printers make it possible to produce engineering-grade functional parts faster and more affordably.
Download HP’s innovation story
Watch our video and you’ll see what we mean when we say HP is “reinventing making.” If you’ve been dreaming of making prototypes and parts faster, bigger, and brighter, then the new HP Jet Fusion 300/500 series of 3D printers is the answer to your dreams. Get a peek at how voxel technology has opened new possibilities for design and productivity.
Watch HP 3D in action
Three-dimensional printing of useful objects and machine parts is becoming a reality. 3D printing offers the ability to produce—both rapidly and at low cost—short runs or one-of-a-kind parts. HP’s development of HP Multi Jet Fusion technology includes new HP Jet Fusion 3D Printers and an Open Platform that will revolutionize the design, materials, manufacturing, and distribution of 3D parts to drive the digital transformation of manufacturing.
This technical white paper provides details on HP Multi Jet Fusion and HP’s strategies and vision to introduce a new era of digital manufacturing.
HP scientists had a bright idea. If they could modify materials to absorb infrared light – the light we can’t see – they could successfully fuse color to that material. It’s a story of how HP “cracked the code” in 3D color printing by drawing upon deep experience in the science of ink. Read this innovation story to why HP Jet Fusion 300/500 3D printers make it possible to produce engineering-grade functional parts faster and more affordably.
Download HP’s innovation story
With the HP Jet Fusion 300/500 series of 3D printers, future-ready technology is at hand – and handy – for small and medium businesses, design firms, and universities. Read this brochure to get the details on how HP Jet Fusion 3D devices are designed for convenient in-house production. You’ll be making prototypes and functional parts at new levels of speed and precision, in full color, black or white.
Watch our video and you’ll see what we mean when we say HP is “reinventing making.” If you’ve been dreaming of making prototypes and parts faster, bigger, and brighter, then the new HP Jet Fusion 300/500 series of 3D printers is the answer to your dreams. Get a peek at how voxel technology has opened new possibilities for design and productivity.
You can stop waiting for what’s next in 3D printing. With the HP Jet Fusion 300/500 series of 3D printers, HP has redefined the process of prototyping and manufacturing. We invite you to explore how to make functional parts faster, cost-effectively, and in full color with HP Jet Fusion 3D devices. HP is what’s next for automated, in-house production.
Visit the website to learn more
Higher education has come under increasing scrutiny as never before due to rising costs, changes in future job requirements, and new forms of learning opportunities offered by non-traditional companies and institutions. Students and parents are rightfully questioning the value of higher education based on perceived outcomes as well as staggering student loans that in some cases could take a lifetime to pay back. While the value equation debate rages on, there is another phenomenon taking place. It is nothing short of a revolution regarding the advances in technology and how institutions of higher learning along with nontraditional organizations are utilizing these powerful new tools. These new tools include new mobile devices, enhanced and feature-rich learning management systems, data-feeding sensors, 3D printers, smart classrooms, smart buildings, and collaboration tools allowing students and faculty to collaborate just about anywhere face-to-face, virtually.
3D printed composite parts are said to be up to 23x stronger than ABS, giving you the reliability you need to keep production lines running smoothly. Request your sample part today, and test the strength yourself.
3D printing enables designers to experiment with new ideas and numerous design iterations, while minimizing cost and time in the development process. Additionally, the models created from 3D printers allow designers to better collaborate in the design process by improving communication.
Read how HP puts HP Multi Jet Fusion Technology into practice to reinvent their own business.
HP knows a powerful technology when it sees one. In this case study, read how HP engineers used the HP Jet Fusion 3D printing solution to cut the cost of producing parts for its own large-format printers while accelerating production and improving part quality.
