Long production times and high costs of traditional manufacturing are no longer an issue. With the Xact Metal XM200G 3D printer using Selective Laser Melting technology, you achieve part density up to 99.5%, high precision, and the ability to print with stainless steels 316L and Corrax
Modern Metal Printing Technology
From complex prototypes to serial parts — precision, strength, and design freedom
High Density and Precision
Laser Powder Melting (SLM) provides up to 99.5% material density and mechanical properties comparable to traditional manufacturing. With printing accuracy up to 70 microns, it’s ideal for creating complex geometries without loss of quality.
Faster Production Cycles
Conformal cooling makes it possible to 3D print metal molds or inserts with internal channels that evenly dissipate heat. This reduces the molding cycle time, minimizes defects, and improves the quality of finished products. For small-sized molds, 3D printing can be a faster and more cost-effective alternative to ordering a traditional one.
Versatile Metal
We print using austenitic stainless steels 316L and Corrax, which offer excellent corrosion resistance, high ductility, and impact toughness. These are versatile materials suitable for medical instruments, food processing equipment, as well as marine and industrial applications.
Savings at Every Stage
No expensive molds or tooling, fewer operations, and a quick transition from prototype to serial production make the technology cost-effective even for small batches.
For Various Industries
Solving critical manufacturing challenges across multiple sectors
1. Medicine
Surgical instruments and spare parts for medical equipment that previously were expensive and required long production times can now be manufactured quickly and cost-effectively using 3D printing with stainless steels 316L and Corrax.
2. Aerospace
Lightweight yet strong components with complex geometries, impossible to produce traditionally, are made using 3D printing with high-performance alloys.
3. Automotive and Transportation
Prototypes and spare parts that once required expensive molds can now be produced quickly and economically in small batches.
4. Energy and Chemical Industry
Harsh environments are no longer an issue — Corrax and 316L steels ensure the durability of equipment.
5. Manufacturing
Downtime due to breakdowns and lack of spare parts is reduced thanks to 3D printing of ready-to-use and repair parts without waiting for deliveries.
Why Choose 3D Metal Printing
01
No Geometry Limits
Produce complex parts without expensive molds and tooling
02
Faster Time to Market
Reduce development times and speed up product launches
03
Accuracy and Repeatability
Laser technology ensures consistent quality of every part
04
Mechanical Reliability
Metal properties comparable to or exceeding traditionally manufactured products
05
Design Optimization
Lighter parts thanks to the ability to reduce weight without losing strength
06
Corrosion Resistance
316L and Corrax materials reduce maintenance costs and extend service life
Available Materials
316L Stainless Steel Material
Austenitic stainless steel containing up to 18% Cr and 14% Ni. It has excellent corrosion resistance, high ductility, and impact toughness. Suitable for food industry parts, medical instruments, marine, and household applications.
Uddeholm Corrax is a stainless tool steel that can reach different hardness levels (34 to 50 HRC) after heat treatment. It combines high wear resistance, excellent corrosion resistance, easy heat treatment, and dimensional stability. Thanks to these properties, Corrax is widely used for manufacturing molds, including for aggressive plastics, as well as in the food and medical industries.
Key Properties:
Tensile Strength: 1100–1700 MPa (depending on heat treatment)
How does 3D metal printing differ from traditional casting or machining?
Traditional methods require molds, tooling, and multi-step processing. 3D metal printing allows you to create parts directly from a CAD model, significantly reducing time and costs.
What is the maximum size of parts that can be printed?
Our Xact Metal XM200G printer has a build volume of 150 × 150 × 150 mm, enabling the printing of both small high-precision components and medium-sized functional parts.
How accurate are the finished parts?
Part accuracy reaches tens of microns thanks to a laser beam diameter of 50–100 μm, ensuring a smooth surface and minimal need for secondary processing.
Is post-processing required for printed parts?
Yes, depending on surface and mechanical requirements, processes such as polishing, heat treatment, milling, or grinding can be applied. This achieves final quality comparable to traditional products.
How long does it take to estimate the cost of metal printing?
The time required to assess the cost and feasibility of metal printing depends on multiple factors — not only the weight (volume) of the part, but also its geometry, post-processing complexity, and other technological parameters. These aspects affect the choice of technology, printing duration, and the extent of finishing work. Therefore, the estimation process may take longer than the usual 30–60 minutes — sometimes several hours or up to two working days. Additionally, since the production facility is located outside Ukraine, all logistics considerations must be taken into account.
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