Highest quality, fast production, limitless possibilities
Efficient production with metal binder jetting (MBJ)
Customer extract:
Why MBJ Technology?
Revolutionary possibilities in metal production with MBJ technology.
From precise prototypes to series production, we offer you first-class solutions.
"Put your trust in well-known companies that are already benefiting from our MBJ technology. Our certificates confirm the quality of our work."
Jörg Willmann
Founder, CEO of Additive Willmann
Advantages of MBJ technology
Discover the many advantages of metal binder jetting, including the high speed, cost-effective production of complex geometries, the possibility of mass production and the wide variety of materials.
Metal Binder Jetting offers a variety of benefits that make it an attractive choice for additive manufacturing. Here are some of the most important advantages at a glance:
| Advantage | Why you should use MBJ |
|---|---|
| Precise manufacturing | Achieve maximum precision and attention to detail in the production of your components. |
| Fast production | MBJ enables fast production of components, as the layers to be built up can be created very quickly. |
| Variety of materials | Many materials can be processed with MBJ, including stainless steels, nickel-based alloys, cobalt-chrome and titanium. |
| Mass production | MBJ is particularly suitable for mass production, as components can be produced in parallel and in large quantities. |
| Cost savings | The process minimizes material waste and reduces the need for expensive tools or moulds. |
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The future of 3D printing in metal: efficient production, high-quality components and innovative applications
Wide range of materials
Materials in MBJ technology
MBJ technology enables the use of a wide range of materials, including metals, alloys, ceramics and composites. This opens up a wide range of possible applications in various industries and allows the optimum material to be selected for the specific requirements.
Stainless steel
Stainless steel offers high corrosion resistance and strength, making it ideal for applications in the food industry, medical technology and construction.
Cobalt-chrome
Cobalt-chromium in metal 3D printing - Cobalt-chromium alloys are known for their exceptional resistance to corrosion and temperature. They are ideal for demanding applications in the aerospace and medical sectors.
Nickel alloys
Nickel alloys in metal 3D printing - Nickel alloys are known for their remarkable resistance to extreme temperatures and corrosion. They are used in various industries, including aerospace and power generation.
Tool steels
Text: Tool steels in metal 3D printing - Tool steels are characterized by their high hardness and wear resistance. They are essential for the production of precision tools and components in demanding applications.
Titanium
Titanium in metal 3D printing - Titanium offers a unique combination of strength and light weight. It is a preferred material for demanding applications in the aerospace and medical sectors.
Why we should talk
Our services in the field of MBJ technology
Customized solutions for your requirements
You can rely on our expertise in the field of metal binder jetting. We offer comprehensive services ranging from consulting and feasibility studies to component production, quality control and certification.
Areas of application for MBJ technology
Industries and products
Discover the wide range of possible applications for MBJ technology in various industries. Here are some examples of practical applications and fields of application:
Aerospace
Production of lightweight components, turbine components, satellite structures
Medical technology
Production of lightweight components, turbine components, satellite structures
Automotive industry
Engine components, body components, prototypes
Lightweight construction, prototype production
Mechanical engineering
Complex components, wear parts,
tools
Energy
Turbine blades, components for renewable energy systems
Architecture & Design
Architectural models, customized design objects
Electronics
Enclosures for electronic components,
Heat sinks
Development
Prototypes for new technologies and
products
Secrecy
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Data formats
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Requirements
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AGBs
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Technical data of the Metal Binder Jetting technology
| Technologies | Technical data |
|---|---|
| Maximum component dimension (X,Y,Z) | Typically max. 150x100x50mm depending on geometry and material |
| Accuracy | Varies depending on size and geometry +/- 0.05 mm depending on the iteration loop |
| Layer thickness (from - to) | 10 µm - 100 µm |
| Minimum wall thickness | 0.5 mm |
| Surface structure | Smooth to slightly rough surface |
| Center roughness value (Ra) | 3 µm - 25 µm |
Quality in MBJ technology
Our quality management ensures compliance with high standards and the delivery of components of first-class quality. We rely on precise process control to achieve the desired results.
The quality of MBJ (Metal Binder Jetting) technology is characterized by various features that result in high-quality and functional components. From surface quality and dimensional accuracy to material properties and component strength, MBJ offers a wide range of advantages. The high level of consistency in component production and the ability to implement complex geometries expand the application possibilities of this innovative manufacturing technology.
Frequently asked questions about MBJ technology
Here you will find answers to the most frequently asked questions about metal binder jetting, from material selection to cost structure. Find out more about the process, accuracy and post-processing options.
Various metals can be used in metal binder jetting, such as stainless steels 17-4 PH, 304L, 316L, cobalt chromium CoCrMo as well as nickel alloys IN625, IN718, tool steels, titanium and copper.
The metal binder jetting process offers high accuracy with a typical resolution of around 0.05 mm.
After the metal binder jetting process, depending on the requirements of the component, post-processing steps of common surface treatments, coatings and machining steps can be carried out.
The duration of the metal binder jetting process depends on various factors such as component size, complexity and material. As a rule, the production time is in the range of 2 to 5 days.
The costs of metal binder jetting are influenced by various factors such as material costs, component size, complexity and the desired quantity. An individual project analysis is required for an accurate cost estimate.
Your contact persons
Ready for your breakthrough with 3D printing? Do you have any questions or need more information? Feel free to contact us, we are always at your disposal.
Jörg Willmann
Managing Director
- Joerg.Willmann@additive-willmann.de
- +49 7654 - 681 400-1
- Talstraße 7 | 79843 Löffingen
Carina Willmann
Key Accounting & Marketing
- Carina.Willmann@additive-willmann.de
- +49 7654 - 681 400-1
- Talstraße 7 | 79843 Löffingen
