NanoSteel is in the business of leading the steel industry in nanostructures for steel material design. After many dedicated years, NanoSteel has taken risks with innovation that have paid off. Due to their willingness to embrace progress, they have achieved success and made breakthroughs regarding nanostructures in steel benefitting industries such as automotive, oil and gas, mining and power, and more.
With the realization that the steel business is indeed growing and changing, the NanoSteel team has a long list of innovations, achievements, and a line of products and progressive iron alloys under their belt. This includes the addition of 3D printing as they have endeavored to complement the evolution currently happening in the steel industry.
Not long ago at all, 3D printing was something completely unknown to most manufacturing companies. That’s still the reality in many cases. But NanoSteel is at the point where they are already working hard to improve the innovative technology they embrace, and they are staying up to speed as 3D printing evolves as well.
Harald Lemke
In their latest announcement, they are supporting ‘metal 3D printing of complex high hardness parts and the ability to customize properties layer-by-layer through gradient material design.’ Backing up to last year, NanoSteel was on the frontier in metal 3D printing as they came through with materials for 3D printing metal for impellers and bearings, which boasted amazing resilience and strength. Dense and ‘crack-free,’ objects present extreme levels of hardness.
Continuing in their dedication to progress and evolution within the industries they serve, NanoSteel has been working with the Connecticut Center for Advanced Technology on further innovations, as they delve into freeform direct laser deposition, This process allows for streamlined and reliable transitioning between ‘hard and ductile properties’ without having to use heat treatment afterward.
Their improved gradient materials offer:
- Impact resistance
- Overall robustness
- Extreme hardness
- Wear resistance
The bottom line for manufacturers is lower, and they benefit from maximized efficiency by being able to meet projects on demand, lowering transportation costs, and lowering their required inventory as well.
“Proprietary metal alloys that support the cost-effective 3D printing of high-quality parts will help accelerate the transition from subtractive to additive manufacturing across applications such as wear parts, bearings, and cutting tools” said Harald Lemke, NanoSteel’s General Manager of Engineered Powders. “The company’s AM powder offerings make it possible to design exclusively for the function of a high hardness part, releasing designers from the limitations of conventional production processes and opening new opportunities to improve performance.”
Because of their breakthroughs in materials, they’ve allowed industry giants like those involved in manufacturing automobiles, to create new and improved products that affect and benefit consumers worldwide. With their portfolio of strong, versatile metal powders, they are specifically catering to manufacturers in tool and die, energy, and auto industries.
Based in Providence, Rhode Island, NanoSteel is a privately held company funded by lead shareholders EnerTech and Fairhaven Capital.
Have you been following NanoSteel’s progress? Have you or do you know anyone who has had experience working in the steel industry? How much of an impact do you think 3D printing will have? Tell us your thoughts in the NanoSteel 3D Metal Printing forum over at 3DPB.com.
NanoSteel component manufactured through 3D metal printing
