LPW Technology Teams Up with Taiyo Nippon Sanso Corporation to Drive Adoption of Metal Additive Manufacturing
UK-based metal powder manufacturer LPW Technology is well-known for its additive manufacturing powders, and has worked to develop advanced and environmentally-conscious processes to produce its industrial-grade materials, achieving AS 9120A and ISO 9001:2008 quality assurance certifications in January. Earlier this year, the company received a substantial strategic investment from Stratasys, and has now announced a strategic alliance with Taiyo Nippon Sanso Corporation (TNSC) to drive the production environment to adopt metal additive manufacturing (AM).
It’s a good match for this specific purpose: LPW is one of the top providers in the world of metal powders and metal powder quality control solutions for additive manufacturing, and TNSC is one of the largest suppliers of electronic, industrial, and specialty gases.
“This alliance with Taiyo Nippon Sanso is truly ground-breaking for the industry and will lead to further understanding of the total AM process and ultimately the development of more robust processes and novel alloys,” said Dermot Desmond, Asia Pacific Sales Manager, LPW. “Taiyo Nippon Sanso is experienced in operating in the industries we see as key to widespread AM adoption and is aligned with our laser-like focus on the safety-critical aerospace, biomedical, automotive and energy sectors.”
TNSC will work with its considerable amount of sales and distribution channels to supply a new range of AM metal powders, which LPW will develop and optimize. This supply chain will form only one part of the total solution, which also includes metal powders, gases, and metal heat treatment techniques, and all of the products will eventually be available through TNSC’s sales network.
TNSC is fully on board with metal AM, and employs a dedicated AM technical team at its gas application R&D lab in Japan. Besides its new partnership with LPW, the company is also developing partnerships with other AM technology providers, including Optomec.
“This will be the first integrated Metal Additive Manufacturing Technology Lab in Asia,” said Tadaharu (Ted) Watanabe, General Manager for Global Business Development and Global Operations, TNSC. “LPW’s understanding of AM from the perspective of the powder is globally recognised and combined with our knowledge of gases, heat treatment and welding, we are dedicated to the technical advancement of AM solutions to support and develop customer applications worldwide.”
For the moment, LPW’s new range of products will only be available through TNSC’s US subsidiary company Matheson Tri-Gas and its group sales hubs in China and Singapore. TNSC will also help eliminate defects, lower costs, streamline production, and secure supply for metal AM customers around the world, by using its industry knowledge and know-how in controlled gas atmospheres, welding processes, and metal heat treatment.
According to the Wohler’s Report 2017, the demand for AM metal powder is forecast to grow by 60% this year, and LPW is working to make sure it’s ready for the influx, investing in new manufacturing facilities in the UK that can process 1,000 tons of metal powder each year and developing its own broad range of metal AM services, alloys, and powders.
The company also developed PowderLife, its AM powder lifecycle management solution. PowderLife controls the risk for manufacturers, by managing the quality and traceability of LPW’s metal powders within the customer’s AM process. The solution includes powder-monitoring sensors, powder storage hoppers, and dedicated software that stores any material-related data, from atomization to usage, within the printer. Discuss in the LPW forum at 3DPB.com.
Subscribe to Our Email Newsletter
Stay up-to-date on all the latest news from the 3D printing industry and receive information and offers from third party vendors.
Print Services
Upload your 3D Models and get them printed quickly and efficiently.
You May Also Like
nScrypt’s Ken Church on Why Additive Electronics Is Finally Finding Its Fit
For years, additive manufacturing (AM) has promised to reshape electronics. The idea has always been to print circuits directly where they are needed, add them into parts, and move beyond...
Harvard’s Jennifer Lewis Lab Is 3D Printing Artificial Muscles That Twist and Bend on Demand
Researchers at Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS) have developed a new way to 3D print materials that can move on their own, bending, twisting,...
3D Printing News Briefs, May 2, 2026: Soft Robots, Agricultural Waste, & More
In this weekend’s 3D Printing News Briefs, we’ll start off with a multi-laser metal powder bed fusion 3D printer and post-processing news. We’ll end with research into soft robotics and...
Harvard SEAS Engineers Develop 3D Printing Method for Soft Robotic Components with Programmable Shapes
The world of soft robotics is still largely in its pure research phase, but the R&D landscape has started to produce examples of early-stage commercialization. Researchers have started to refine...





































