System Overview Metal 3D Printer

The metal 3D printer offers improved accuracy, speed, cost savings and shorter lead times, which provides a more efficient and cost-effective way to produce metal parts.


No matter how many parts you need to print throughout the day, the 2CREATE 3D printer can keep up with you!


If space is an issue in your practice, the 2CREATE is the perfect option. It’s smaller compared to other market printers while still providing better printing capabilities.


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With a 250 W cw fiber laser and powder bed fusion technology, the 2CREATE 3D printer can process demanding alloys at high printing speeds while maintaining quality and durability.


You can create the higher-quality products in a shorter amount of time when compared to other printers. That frees up your time to focus on serving more patients or building your business in other ways.

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With an open concept, you’re free to use any powders you want with the 2CREATE. This flexibility along with the printer’s increased energy efficiency drastically reduces development costs, putting more money in your pockets.

Change your 3D printing metal powder within 20 minutes.


Easy to use

The Metal 3D Printer is easy to use and has a user-friendly interface

Instant Printing

Ready to print in below 5 minutes (from 21% oxygen to below 1%)

Short Production Times

Faster turnaround times while delivering superior quality products.

Open-Material Architecture

3D Printing out of various materials, metals and alloys.

You might be interested in adopting 3D printing?

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Metal 3D printing is pioneering the dental industry: providing beneficial applications.

Metal 3D printing is pioneering the dental industry due to its many benefits and applications. The metal 3D printer offers improved accuracy, speed, cost savings and shorter lead times, which provides a more efficient and cost-effective way to produce dental prosthetics.

Metal 3D printing is particularly beneficial for creating removable partial dentures (RPDs), partial denture frameworks, metal dental bridges, metal tooth bridges and metal PFM crowns.

Quality of Care

The use of metal 3D printers in the dental industry also has implications for the quality of care given to patients. By using digital models and computer-aided design (CAD) software that are integrated with metal 3D printers, you can create more precise designs that are tailored to each individual patient’s needs.

Metal 3D Printer based on Powder Bed Fusion-Laser Beam (PBF-LB)

Powder Bed Fusion – Laser Beam (PBF-LB) is a metal 3D printing technology that has become increasingly popular in the dental industry. It is an effective and cost efficient way to Rapid Prototyping with complex geometries out of various alloys. This industrial metal 3D printing technology offers superior precision, accuracy and quality results while also reducing production time and costs.

Metal 3D Printers with PBF-LB are drastically improving the production process of creating dental prostheses, making it easier and faster manufacturing precise components with intricate details. This allows faster turnaround times while also delivering superior quality products at an affordable price point.

In addition to its superior precision Powder Bed Fusion – Laser Beam (PBF-LB) offers complete freedom when it comes to selecting metal powders from any supplier without compromising quality or performance.

With minimal post-processing required you are able to save even more time while still creating highly detailed components that meet strict product requirements.

The Industry leading Metal 3D Printer designed specifically for Dental Industry.

2CREATE is significantly faster

This 3D Printing technology delivers superior quality parts at an affordable cost – making complex designs accessible for professionals.

Whether you need to make dental implants, industrial parts or just for the flexibility of research and development, the 2Create Metal 3D Printer can handle the job in a cost-effective, efficient and high-quality way.

With an open concept design, this affordable metal 3d printer is compatible with powders from other manufacturers giving you the freedom to make a wide variety of parts without having to spend extra money.

This metal 3D printer is significantly faster than its competing products, which is what makes it so attractive to its users. Its print files are in a full control gcode format, making printing 3D simple and straightforward.

The coater rotates in only one direction, keeping dead wasted time to a minimum. While rotating, the coater picks up new powder while the laser process is still active, this is another way the metal 3D printer saves its users time and money. Once the process is completed, the build platform can immediately be coated with new powder so users can begin their next task.

3D Printer Software

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Interface software

The interface software for the 2Create Metall 3D Printer is designed to enable easy setup and simple operation of the machine.

CAM Software

The CAM software has been designed to support the user in the development of process parameters for new powder types. The tool accomplishes this by supporting the process from start to finish.

In the end, the software calculates the perfect parameter sets for the powder under investigation.

Open-Material Architecture

Low energy consumption is one key advantage of this metal 3D printer. With an open concept design, the metal 3d printer is compatible with metal powders from a number of powder manufacturers. This flexibility, along with the printing machine’s increased energy efficiency, drastically reduces the user’s development costs. Available 3D printing materials and metal powders:

Cobald-based alloy




Iron-based alloy

316L, 17-4 PH

Nickel-based alloy

625, 718

Copper-based alloy




Metal 3D Printer
& Rapid Prototyping

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2CREATE Metal 3D printer redefines the dental industry. Designed to manufacture precise prototypes from various alloys in record time. This cost-effective technology offers enhanced capabilities unparalleled by anything else available on the market today.

Most significant benefits of metal 3d printing is the ability to produce parts with reduced weight, increased functionality and simplified assemblies. Its metal 3D printing capabilities allow for complex geometries from a broad range of alloys, making it a leader in additive production solution.

Metal 3D Printing – FAQ’s

How does metal 3d printing work?

PBF-LB (Powder Bed Fusion with Laser Beam) is a type of metal 3D printing process that uses a laser to selectively melt metal powder to build up parts layer-by-layer.

Design: First, a 3D CAD model of the desired part is created.
Preparation: A thin layer of metal powder is spread over the build platform.
Melting: A high-power laser beam scans the surface of the powder layer, selectively melting and fusing the metal particles together based on the 3D CAD model.
Cooling: The melted metal solidifies and fuses with the underlying layer. The build platform is then lowered by one layer thickness, and the process is repeated, layer by layer, until the part is complete.

Post-processing: After the printing is complete, the part may need to undergo additional processing, such as heat treatment, polishing, or machining, to achieve the desired properties or finish.

PBF-LB metal 3D printing can be used to produce complex parts with intricate geometries that would be difficult or impossible to create with traditional manufacturing methods. It is commonly used in the aerospace, automotive, and medical industries to produce high-performance, lightweight components.

What material is used in metal 3D printer?

We conducted a study to compare the performance of titanium powder in metal 3D printing against other metals used in additive manufacturing (AM). We examined the accuracy and precision of 3D printed dental products using titanium powder, stainless steel and aluminum. This 3D Printing technology has been used to produce a wide variety of dental products, including metal crowns, bridges, and implants. In recent years, metal 3D printing has become increasingly popular as it allows to quickly print metal objects in their office using a 3D printer.

2CREATE Metal 3D Printer can produce metal objects that are faithful to the original digital model, with no over-the-counter imprecision. Titanium powder is biocompatible, strong and durable, making it an excellent choice for metal 3D printing in dental laboratories.

Biocompatible materials and devices are those that are safe to use in contact with the human body. They can be found in a variety of medical devices and implants, such as metal 3D printers used for dental applications. The importance of biocompatibility lies in the fact that medical devices and implants come into direct contact with the human body. If a device is not biocompatible, it could cause adverse reactions in the patient, such as inflammation or infection. In addition, some patients may be allergic to certain biocompatible materials, which can also cause problems.

Titanium powder has several advantages over other metals used in metal 3D printing for dental laboratories. Titanium powder produces metal 3D printed dental products with excellent accuracy and precision. Titanium is the most used material for metal 3d printing also possible are Cobald, Iron, Aluminium, Copper and Nickel based alloys.

We compared the quality of metal objects printed with titanium powder to those printed with other types of metal powders, such as stainless steel powder. Our results showed that titanium powder produces metal objects that are faithful to the original digital model, with no over-the-counter imprecision. In addition, titanium powder has a high build volume, allowing you to print large dental products quickly and easily.

What software do you use for 3D printing?

The interface software for is designed to enable easy setup and simple operation of the machine. At the same time, it offers a high degree of flexibility, with parameters such as laser power or spot size being adjustable during the process. This feature is said to be especially beneficial to users in research and development. — With an open concept design, the 2BUILD is compatible with metal powders from a number of powder manufacturers.

“This flexibility, along with the machine’s increased energy efficiency, drastically reduces the user’s development costs. Whether you need to make implants, industrial parts or just for the flexibility of research and development, the 2BUILD can handle the job in a cost-effective, efficient and high-quality way.” 2oneLab does not only focus on the development and manufacturing of AM hardware. The company’s goal is to simplify the Additive Manufacturing workflow through the use of innovative software concepts, allowing the user to exploit the full potential of additive technologies.

“We see our software as an holistic solution to support the digital workflow as completely as possible. For example, in addition to classic features such as nesting, labelling and support creation, our software supports the planning of print production in the dental lab with the Production Manager Tool” — 2BUILD software package reduces preparation time, optimizes build results and minimizes post-processing

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