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Innovative Metal 3D Printing Technology
At 2oneLab, discover precision and versatility in metal 3D printing technology designed in Germany to meet your needs. Our solutions in the dental and educational sectors are here to elevate your work, opening a new world of possibilities for your projects.
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Dental
Precise 3D Printing for Dental Applications
- Custom-made partial frames, crowns, ortho bands
- Printing components in CoCr and Titanium
- Cost- and time-efficient fabrication of dental prosthetics
Science
Advancing Innovation through Additive Manufacturing
- Free choice of printing parameters with an open machine concept
- CAM software optimized for R&D purposes
- Suitable for reactive and non-reactive materials
products
Metal 3D Printing: From Compact to High-Volume
2Create
Mass Production Efficiency in a Compact Design
The 2Create is engineered for mass production, offering high precision in a compact design. It’s the go-to solution for medium-sized production runs, ensuring quality and cost-efficiency.
2Create Plus
Maximized Output with Same Compact Footprint
The 2Create Plus takes productivity further with a larger platform for more and bigger components. Despite the higher output, this 3D metal printer maintains a compact footprint, making it a space-efficient choice for scaling up production.
software
CAM Software, Your Dental & R&D Solution
news + events
- events
Our new partnership with Zubler USA
The expansion of our valuable partnerships continues! This time with Zubler USA, the exclusive distributor of premium dental laboratory supplies and equipment in the US!
- events
Our New Partnership with Phillips Machine Tools
Earlier this year, we at 2oneLab reached a significant milestone by entering into a new partnership with Philips Additive, a leader in additive manufacturing solutions.
- events
Installation of 2CREATE at Our New Client Creacam
We at 2onelab are excited to share news about recent installation of our 3D Metal Printer, 2CREATE, at Creacam.
accessories
Your 3D Printing Ecosystem
2Clean
2Clean: Cyclonic Precision in Powder Recovery
2Clean, equipped with an integrated cyclone separator, is your go-to solution for reclaiming non-reactive materials like CoCr or stainless steel. Operating on compressed air and certified explosion-proof according to ATEX Zone 22 standards, it safely collects and retains powder particles in a container for reuse. This effective tool is a gateway to enhanced sustainability and cost-efficiency in your 3D printing operations.
2Sieve
2Sieve: Ultrasonic Sieving Excellence
2Sieve, a unique compact ultrasonic sieve, cleans used powder making it reusable. Its ability to operate under argon allows safe sieving of reactive materials like titanium. This indispensable accessory ensures material efficiency and safety in your 3D printing process, embodying a blend of sustainability and operational excellence.
2N2
Self-Sufficient Nitrogen Supply for Your Printers
Our Nitrogen Generator is a standalone solution requiring only mains power, equipped with an in-built compressor to extract nitrogen from air via a membrane. It’s capable of supplying sufficient N2 for two 2CREATE setups, ensuring a consistent and reliable nitrogen supply for your 3D metal printing operations. Simplify your setup, reduce dependency on external gas supplies, and keep your printing process running smoothly with this self-sustained nitrogen source.
what our customers say
The 2Create laser sintering system impressed us
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.
Marcus Kalb
Prinoa/Germany
2oneLab has provided us with such superior support …
… 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!
Christian Saurman
NEOlab/USA
Over a year, the company tested various manufacturers and machines, ultimately choosing 2oneLab …
… 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.
Stefan Fenske
Medicalformers/Germany
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 2 Create 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
The 2Create laser sintering system impressed us
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.
Marcus Kalb
Prinoa/Germany
2oneLab has provided us with such superior support …
… 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!
Christian Saurman
NEOlab/USA
Over a year, the company tested various manufacturers and machines, ultimately choosing 2oneLab …
… 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.
Stefan Fenske
Medicalformers/Germany
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 2 Create 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
