Innovative Metal
3D Printer From Germany
2Create & 2Create Plus
Precise Metal 3D Printers in a Compact Design
2Create & 2Create Plus
The 2Create Metal 3D Printer delivers precision and efficiency in a compact design — ideal for dental, medical, industrial, research, and education. Need more capacity? The 2Create Plus offers a larger platform for higher output.
Plug and Play System
No specialists required. Learn the software and workflow within two days and get productive from day one.
Ready To Print in No Time
Reduce oxygen from 21% to below 1% and begin high-quality 3D printing in under 5 minutes.
Rapid Material Swap
Print in titanium, steel, or aluminum and switch powders in just 20 minutes.
Experience the Fusion of Accuracy and Versatility With the 2Create and 2Create Plus Metal 3D Printer
METAL 3D PRINTER
2Create
Master Precision With the 2Create
Compact design meets mass production efficiency — combining high precision with outstanding quality and cost savings.
- Precision
- Versatility
- Cost-Effective
- High Productivity
Technical Data
Process
Powder Bed Fusion
Laser
250 W
Scan Speed
5-10 m/s
Build Volume
Ø 100 mm × 100 mm
Buildenvelope Size
Ø 100 mm × 200 mm
Coater
Rotation Precision Coater
Inert Gas
Nitrogen/Argon
Layer Thickness
20 µm-60 µm
Machine Size
720 × 860 × 1790 mm
Weight
450 kg
Materials
Cobald-Based Alloy
CoCr
Aluminum
AlSi10Mg
Iron-Based Alloy
316 L, 17-4 PH
Nickel-Based Alloy
625, 718
Copper-Based Alloy
Bronce
Titanium
Ti6Al4V
METAL 3D PRINTER
2Create Plus
Elevate Your Output With the 2Create Plus
More output and more power — for outstanding quality and cost-efficiency in large-scale production.
- Precision
- Versatility
- Cost-Effective
- High Productivity
Technical Data
Process
Powder Bed Fusion
Laser
400 W
Scan Speed
5-10 m/s
Build Volume
150 mm × 150 mm, height 100 mm
Buildenvelope Size
150 mm × 150 mm, height 200 mm
Coater
Linear Coater
Inert Gas
Nitrogen/Argon
Layer Thickness
20 µm-60 µm
Machine Size
720 × 860 × 1790 mm
Weight
450 kg
Materials
Cobald-Based Alloy
CoCr
Aluminum
AlSi10Mg
Iron-Based Alloy
316 L, 17-4 PH
Nickel-Based Alloy
625, 718
Copper-Based Alloy
Bronce
Titanium
Ti6Al4V
High-End Production From Start to Finish Without Complexity
Designed for a wide range of applications and research settings, this printer enables precise creation of custom prosthetics and detailed research models. Its user-friendly interface and flexible material selection provide an innovative solution for your projects.
Simple Setup and Powder Changing
The 2Create allows fast job changes: set up a new build in 15 minutes and switch powders, including reactive and non-reactive metals, in under 20. Every step is designed for maximum efficiency.
Versatility in Material Usage
Explore a broad spectrum of materials from aluminum to titanium, opening doors to diverse project requirements and experimental pursuits.
High-Quality Production
Rapid material change feature accelerates the workflow, significantly reducing the downtime and boosting the overall productivity of projects.
Metal 3D Printing — From Compact to High-Volume
CUSTOMER VOICES
Fitting All Requirements
Mass production efficiency in a compact design, offering high precision. Its design encapsulates the essence of innovation, offering a gateway to advanced metal applications.
SOLUTIONS
Versatile Metal 3D Printers – Accuracy for Every Industry
High Performance & Efficiency
Unmatched precision in metal 3D printing enables the creation of detailed dental and medical applications, complex industrial and research models, elevating the standard of your output.
Dental Workflow
Our Entire Additive Manufacturing Workflow by the Example of Dental Applications
Audio Workflow
The workflow for 3D printed titanium earmolds for hearing aids, combines state-of-the-art technologies. Learn how custom-fit earmolds are created with our product ecosystem.
Everything You Need to Know
All Insights About Our 3D Metal Printers, the Printing Process and Materials in One Place
FAQ
2Create & 2Create Plus Metal 3D Printers
What Makes the 2Create and 2Create Plus Metal 3D Printers ideal for Dental, Medical, Industrial, and R&D Use?
The 2Create and 2Create plus metal 3D printers are a versatile solution tailored for dental, industrial, medical, and R&D applications, offering:
- High precision and productivity
- Compatibility with a wide range of metal powders
- Fast and easy material changeovers
- User-friendly CAM software
- Compact design with rapid start-up
- Made in Germany with excellent support
These combined features make the metal 3D printers a reliable and efficient choice for a wide range of professional environments.
What Kind of Coating Blade Do the Metal 3D Printers Use?
The metal 3D printers use a durable rubber lip that ensures a uniform, high-quality powder coating. As a consumable part, it should be replaced regularly to maintain consistent performance and print quality.
Can the Systems Also be Used with Argon Instead of Nitrogen?
Yes, the systems support argon as an inert gas alternative to nitrogen—no modification required.
What Kind of Cooling System Does the Laser Have, and What’s the Lifetime of the Laser Diodes?
The laser has air cooling. The laser diodes last over 200,000 hours.
What Is the Origin of the Laser Used?
The laser sources are supplied by IPG, a renowned leader in laser technology, ensuring top-tier quality.
Is the Entire Production Outsourced, or Do You Handle Some Steps In-House?
What Optical System do You Use?
What Ist the Optical Power of the Laser in 2Create and 2Create Plus?
The 2Create Plus has an optical power of 400W.
Which File Formats Are Currently Supported?
In What Format is Data Sent to the System? Is It an Open Format?
FAQ
The Process and 3D Printing
What Is the Minimum Printable Structure Size?
With a 40μm spot, the melt pool is always larger than the spot. By adjusting the scanning speed, diameters as small as 60-80μm can be achieved.
FAQ
Maintenance and Operating Costs
How Often Should the Rubber Lip be Replaced?
We recommend replacement every two to three print jobs, or sooner if wear is visible. Each lip costs only a few euros.
How Much Shielding Gas Does the System Require?
During operation, the system consumes approximately 0.2 m³/h. A higher volume is needed for initial chamber flooding at startup.
What Grade of Nitrogen is Recommended?
For optimal results, use nitrogen 5.0 (DIN EN ISO 14175, 99.999% purity).
What Maintenance Is Required for the Laser?
The laser and all optical components require no maintenance.
How Long Does it Take to Change the Powder?
A skilled user can change the powder in under 20 minutes. The process is quick and straightforward.
FAQ
Powder
What Types of Metals Are Compatible with the 3D Metal Printers?
The metal 3D printers support all metals validated for the 2onelab platform, including:
- Cobalt-chrome
- Titanium
- Stainless steel
- Tool steel
- Nickel-based superalloys
- Aluminum
What Powder Grain Sizes Are Compatible with the System?
The powder grain size typically ranges from 15 μm to 45 μm. Finer powders can be used, but the standard layer thickness is 30 μm. There is a direct correlation between the smallest powder grain size and the layer thickness.
What Are the Requirements for Powder to Be Suitable for the Metal 3D Printers?
The powder must have an appropriate grain size to match the selected layer thickness (e.g., 30μm). If too fine, it can lead to soot formation, affecting accuracy. Spherical powder grains are preferred, and high-quality powder is typically produced through gas or water atomization.
Does Powder Age, and Can it Be Reused?
Unused powder does age during the printing process, and residue particles can contaminate the powder bed. To ensure high quality, it is recommended to sieve the leftover powder after each print using the 2Sieve.
We plan to offer additional solutions for this soon. If high density is required in the printed part, old powder should be mixed with fresh powder in a 1:3 ratio.
What Are Reactive Materials?
Reactive materials, such as titanium and aluminum, are characterized by low activation energy. Special care must be taken with the nanoparticle residue produced during the laser printing process, as it can react exothermically with oxygen in the air, causing it to heat up and burn.
PRODUCT ECOSYSTEM
Complete Your Workflow With Our Product Ecosystem
Desktop Printer
2Create Desktop
Proven 2Create technology now in a compact desktop design.
OVERVIEW