News

The term additive manufacturing, or commonly known as 3D printing, takes a 3D model into physical form by depositing or forming material layer-by-layer. This type of manufacturing is relatively new and started to gain traction in the late 1980s with a type of 3D printing called stereolithography (SLA) that cured layers of photopolymers with ultraviolet light. Since then, the number of processing variations and material selection has expanded significantly.

The H.C. Starck Solutions team is excited to announce the launch of its newly designed website design.

The new space section of the virtual environment offers insights into satellite communications with digital renders of satellite components, plus educational highlights about using C-103 Nb for rocket applications.

The work we do at our plants is dangerous, and the safety of our team is our top priority. We devoted an entire week at our Newton site to hand safety awareness.

Tungsten manufacturing is a challenging process. So, how do tungsten manufacturers go about refining the metal and converting it into finished parts?

H.C. Starck Solutions occupies the center stage in the field of refractory metals and alloys development.

Engineering special purpose components requires careful consideration of material class plus basic manufacturing processes.

Critical role of H.C. Starck Solutions in semiconductor supply chain was highlighted during Congressman Auchincloss visit to our Newton headquarters.

Optimizing Refractory Metals for Additive Manufacturing webinar presented at TIPE Women in 3D Printing 2020 Virtual Conference.

The chemical processing industry (CPI) forms an enormous share of the global economy.

Tantalum is one of the rarest elements on earth in both pure and alloy forms.

Using a Renishaw RenAM 500 Series AM machine with refractory metals supplied by H.C. Starck Solutions, HiETA and the University of Southampton have unlocked new design thinking for satellite propulsion.

The term additive manufacturing, or commonly known as 3D printing, takes a 3D model into physical form by depositing or forming material layer-by-layer. This type of manufacturing is relatively new and started to gain traction in the late 1980s with a type of 3D printing called stereolithography (SLA) that cured layers of photopolymers with ultraviolet light. Since then, the number of processing variations and material selection has expanded significantly.

The H.C. Starck Solutions team is excited to announce the launch of its newly designed website design.

The new space section of the virtual environment offers insights into satellite communications with digital renders of satellite components, plus educational highlights about using C-103 Nb for rocket applications.

The work we do at our plants is dangerous, and the safety of our team is our top priority. We devoted an entire week at our Newton site to hand safety awareness.

Tungsten manufacturing is a challenging process. So, how do tungsten manufacturers go about refining the metal and converting it into finished parts?

H.C. Starck Solutions occupies the center stage in the field of refractory metals and alloys development.

Engineering special purpose components requires careful consideration of material class plus basic manufacturing processes.

Critical role of H.C. Starck Solutions in semiconductor supply chain was highlighted during Congressman Auchincloss visit to our Newton headquarters.

The chemical processing industry (CPI) forms an enormous share of the global economy.

Tantalum is one of the rarest elements on earth in both pure and alloy forms.

Our Taiwan office has had a long-standing relationship with Reindeer, part of the Taoyuan Landi foundation. The Reindeer initiative provides a safe and caring environment for children who need support beyond their primary family unit.

H.C. Starck Solutions has launched a new virtual environment designed as a hub of interactive knowledge where professionals in technical industries can learn about the latest refractory metals solutions and the company’s pioneering developments in related fields.

Optimizing Refractory Metals for Additive Manufacturing webinar presented at TIPE Women in 3D Printing 2020 Virtual Conference.

Using a Renishaw RenAM 500 Series AM machine with refractory metals supplied by H.C. Starck Solutions, HiETA and the University of Southampton have unlocked new design thinking for satellite propulsion.

This presentation discusses the importance and role of manufacturing optimum Mo and W powders for MIM feedstock as well as design and modelling of furnace hardware for optimum performance and extended lifetime.

At the Glasstec Virtual 2020 Conference, Market Director, Cristian Cretu, offers an overview of molybdenum (Mo) products that are used in the manufacturing of various glass types.

This webinar focuses on the consortium led by the University of Southampton, a collaboration between HiETA Technologies, H.C. Starck Solutions, and Renishaw that delivered an innovative new resistojet propulsion system named STAR (Super high Temperature Additively manufactured Resistojets).