Discover our Applications for Science
Print strategies are your 3D printing playbook. Each powder type, even from different vendors, demands a tailored strategy
- Whip up new print strategies with ease
- Manage them on the cloud, enjoying auto-updates
- Full control over all parameters (hatching, contour)
Developing new printing strategies is time-consuming and complicated? Not with our strategy development feature
- Smart and automated generation of DoEs for any process parameter
- automatic part density calculation based on micrographs (based on smart image recognition)
- calculation of the optimal working point and graphical evaluation of the results
Our systems are designed with openness; you have the freedom to choose your material and always have full control over the process. We’re here to support any special hardware request
- Flexibility and quick solutions for your project
- Our hardware is suitable for both reactive and non-reactive materials
- Utilization of G-code in print files for transparent process control
3D Printing in Education and Research: Your advantages in working with 2onelab
Material & Strategy Freedom
Enjoy the freedom to choose your printing materials and design your printing strategies. Our Additive Manufacturing solutions let you explore and create without limits.
Wide Material Spectrum
Explore a wide range of materials, including reactive and non-reactive metals. We provide many parameter sets for free, making it easy to start with your research or educational projects.
Compact & Cost-effective
Our small size and very affordable solution is perfect for any research budget. Made in Germany, our offerings are high-quality but priced sensitively.
what our customers say
I identified the opportunity to add value to Platinum Group Metals (PGMs) in the North-West Province, …
… 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.
Prof. Deon de Beer
NWU/South Africa
We decided to switch to 3D printing for our research on alloy and composite development
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.
Somayeh Pasebani, Ph.D
Oregon State Uni/USA
We have been collaborating successfully with 2onelab in the domain of research and development for a significant period
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.
Alexander Mahr
Uni Bayreuth/Germany
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.
Ahmed Jawad Qureshi Ph.D.
University of Alberta/Canada
I identified the opportunity to add value to Platinum Group Metals (PGMs) in the North-West Province, …
… 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.
Prof. Deon de Beer
NWU/South Africa
We decided to switch to 3D printing for our research on alloy and composite development
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.
Somayeh Pasebani, Ph.D
Oregon State Uni/USA
We have been collaborating successfully with 2onelab in the domain of research and development for a significant period
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.
Alexander Mahr
Uni Bayreuth/Germany
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.
Ahmed Jawad Qureshi Ph.D.
University of Alberta/Canada
our partners
current research project
Where Advanced Science Meets Industry Expertise: Elevating Standards with Precision & Traceability
The new 2Connect WebApp
Project “DiSer – Digital Service Platform for Resource-Efficient Processes in Additive Manufacturing”
In a collaborative initiative between the esteemed Technical University of Darmstadt and 2oneLab, a leading company with profound expertise in the 3D metal printing of dental components, a groundbreaking digital platform is in development. This platform is primarily focused on the exchange of process parameters in Selective Laser Melting (SLM) within the dental sector. Our objective is to significantly elevate resource efficiency in additive manufacturing. Through precise adjustments of 3D printing parameters and a reliable traceability of printed components back to their process parameters, we are setting new industry standards. Leveraging advanced analytical tools, we can efficiently evaluate STL data, dynamically identifying areas in 3D models that require process parameter adjustments.
