HP Metal Jet S100 3D Printing Solution

Produce metal parts at scale with HP’s digitally-driven 3D printing solution.

More efficient mass production than other 3D metal manufacturing technologies.

HP’s end-to-end metal 3D printing solution enables more efficient mass production than conventional and other 3D metal manufacturing technologies. The Metal Jet S100 consists of 4 main hardware stations: the Powder Management Station, Printer, Curing Station, and Powder Removal Station. Additionally, mobile hardware in the form of the HP Metal Jet S100 Build Unit and Portal Powder Tank accompanies the four main hardware stations.
HP Metal Jet S100 Metal 3D Printing Solution
HP Metal Jet S100 3D Printing Solution

Software designed to reduce time and effort in process development.

HP Metal Jet Command Center

The HP Metal Jet Command Center streamlines system setup, registration, device monitoring, and connectivity management.

HP Metal Jet API

The HP Metal Jet API is an Application Programming Interface (API) that provides easy access to device data and orchestration for process development, production workflow management, and other purposes.

HP Metal Jet Process Development Suite

With features like build management, process parameter editing, sintering simulation, and process monitoring, the HP Jet Process Development Suite makes integrated development processes more efficient and requires less time investment.

Design with HP Metal Jet stainless steel materials for a new range of possibilities

Two stainless steel powders are available that achieve MPIF 35 properties: HP Metal Jet SS 316L and HP Metal Jet SS 17-4PH.
HP Metal Jet SS 316L

HP Metal Jet SS 316L

This material is an austenitic stainless steel that is non-magnetic and offers excellent corrosion resistance, ductility, and strength at elevated temperatures. The high alloy and low carbon content make it ideal for the automotive, aerospace, medical, jewelry, and oil/chemical industries.
HP Metal Jet SS 17-4PH

HP Metal Jet SS 17-4PH

This material is a martensite precipitation hardening stainless steel that can be used in applications requiring high strength, good mechanical properties, and resistance to corrosion and wear. Properties can be customized through heat treatment, making this versatile material valuable for use in various industries, including medical, aerospace, marine, food processing, and automotive.

Leverage Binder Jetting technology and HP's expertise in additive manufacturing

Why metal 3D printing?

Why metal 3D printing?

  • Innovative designs allow for both lightweight and consolidated parts, as well as performance improvements and customization
  • More efficient and cost-effective

Why binder jetting?

Why binder jetting?

  • The layer-by-layer printing process is more productive and requires less post-processing and no support removal
  • Metal powder is sourced from global suppliers, ensuring that you get the best quality at the most efficient price

Why HP Metal Jet 3D printing?

Why HP Metal Jet 3D printing?

  • The HP Thermal Inkjet printhead provides a cost-effective printing solution while still maintaining high part quality standards (including surface finish and accuracy)
  • HP Latex’s IP gives this device an edge, as it uses less binder agent overall, which allows for bigger and thicker objects to be printed

Looking to Outsource a 3D Printing Job?

Are you looking to have a 3D part printed for you? TPM has you covered! Our expert team of engineers, year over year, produce parts for a multitude of clients. As the leader in outsourced 3D printing, you’re in the right hands!

Ready to get started with HP Metal Jet 3D printing?

TPM’s team of experts is here to help, guiding you through the entire process with our extensive knowledge and experience in additive manufacturing. From helping you select the right materials to post-processing, we will ensure that your journey into metal 3D printing is smooth.