2onelab – Innovative Metal 3D Printing

As a young company, we rely on punctual deliveries and the highest quality. The 2Create laser sintering system impressed us last year by combining speed, precision, and reliability.

… while working on an innovative path forward for SLS in orthodontics. We are deeply committed to technology, and found a partner who can more than keep up in our pursuit to lead the industry forward. Compact machine, easy to setup and use, with consistently high product quality – we couldn’t ask for more!

… due to their strong focus on dental equipment and their provision of both hardware (2Create) and software (2Build). After more than half a year of collaboration, they highly praise 2onelab for their swift and effective support, which contrasts with the slower response times experienced with larger competitors during their machine purchase tests.

… leading to the creation of PLATFORUM (PTY)(LTD) with Lonmin and CUT. When I learned about 2onelab’s 2 Create LBPF technology, I found it to be a promising company with a dedicated team, strong support, and innovation, making it a valuable investment in additive manufacturing hardware. With 2onelab’s 2Create LBPF technology, we continue to develop specialized applications for Platinum powder in additive manufacturing, further advancing our research and innovation in the field.

We chose 2onelab due to its good technical support, reliability, easy operate machine, safety for the university environment, and a small powder reservoir. The advantages of 3D printing include the ability to create new alloys, composites, and lattice structure components.

Recognized as a proficient ally, 2onelab continually introduces fresh research methodologies and innovative technical resolutions within the realm of additive manufacturing. Moreover, we identified 2onelab as a skilled partner in research and development for our ZIM-sponsored R&D endeavor, KoLiBri. They have a knack for consistently addressing prevailing challenges with groundbreaking technical solutions.

ADAMS lab at the university of Alberta in Edmonton Canada has been operating a 2onelab reactive laser powder bed fusion printer for cutting edge research on additive manufacturing. The lab has made research contributions in material process development for specific materials used in energy industry and has pioneered material process optimization for materials such as Nickel-Tungsten Carbide Suoer duplex stainless steels. And Nitinol based shape memory allows. 2onelab’s open parameters and excellent tech support enables the researcher at ADMS lab to benefit from the excellent research capabilities of this equipment to push the boundaries of material and process development.