Home

Discover the Future of Manufacturing with AMTH

Innovative metal

3D printing services

AMTH, as part of Hydropress, features breakthrough direct metal laser sintering technology, advanced materials and unparalleled design capabilities.

Discover the Future of Manufacturing with AMTH

Innovative metal 3D printing services

AMTH, as part of Hydropress, features breakthrough direct metal laser sintering technology, advanced materials and unparalleled design capabilities.

Discover the Possibilities

What are the benefits of metal 3D printing?

Innovative geometries

Create unique shapes impossible to produce with traditional metalworking methods.

Project optimisation

Use the full potential of your design to create a product with optimal performance.

Production speed

Reduce the time from idea to final product by shortening the supply chain.

Weight reduction

Obtain a product with minimum weight while maintaining the required parameters.

Ecology

Benefit from lossless additive manufacturing technology without generating any waste.

Individual approach

Reduce the costs of producing individual products, their subsequent versions and small series.

Innovative geometries

Create unique shapes impossible to produce with traditional metalworking methods.

Project optimisation

Use the full potential of your design to create a product with optimal performance.

Innovative geometries

Create unique shapes impossible to produce with traditional metalworking methods.

Project optimisation

Use the full potential of your design to create a product with optimal performance.

Production speed

Reduce the time from idea to final product by shortening the supply chain.

Weight reduction

Obtain a product with minimum weight while maintaining the required parameters.

Ecology

Benefit from lossless additive manufacturing technology without generating any waste.

Individual approach

Reduce the costs of producing individual products, their subsequent versions, and small series.

Innovative geometries

Create unique shapes impossible to produce with traditional metalworking methods.

Project optimisation

Use the full potential of your design to create a product with optimal performance.

Additive Manufacturing

What is AM?

AM, or Additive Manufacturing, is a manufacturing technology, also known as 3D printing, which involves creating parts by combining material layer by layer – as opposed to traditional subtractive technology, where the target element is manufactured by removing the surplus with cutting tools (e.g. milling, turning).

See the main technologies
Discover the Possibilities

Unparalleled design freedom

Metal 3D printing allows for the production of geometries that are difficult or even impossible to produce using other methods, which gives greater freedom in designing innovative solutions. Reducing the number of connections by integrating several components into one structure, optimising shape and performance, or creating a unique design are just a few of the main advantages of the additive technology we use.

See use examples
Discover the Possibilities

Unparalleled design freedom

Metal 3D printing allows for the production of geometries that are difficult or even impossible to produce using other methods, which gives greater freedom in designing innovative solutions. Reducing the number of connections by integrating several components into one structure, optimising shape and performance, or creating a unique design are just a few of the main advantages of the additive technology we use.

See use examples
3D Printing Technology

Seven 3D printing technologies

There are seven main 3D printing technologies, which are based on various forms of input material, most often in the form of a wire, resin or powder, which is processed by heat, light curing or laser melting. Dynamically developing 3D printing technologies allow for the creation of products from almost any material: from various polymers and composites to durable metal alloys.

Binder

Jetting

Material Extrusion

Direct Energy Deposition

Powder Bed Fusion

Sheet Lamination

Material

Jetting

Vat Photo Polymerisation

Powder Bed Fusion

Material

Extrusion

Direct Energy Deposition

Binder

Jetting

Sheet

Lamination

Material

Jetting

Vat Photo Polymerisation

3D Printing Market in Numbers

0

billion

AM market value in $ by 2030

0

.8%

annual growth of the AM market value

0

%

new planes with printed elements

0

%

less waste thanks to AM

Direct Metal Laser Sintering

What is DMLS?

DMLS (Direct Metal Laser Sintering) is an advanced 3D printing technology in which components are created by selectively melting metal powder using a laser beam guided by an optical system.

Discover the Possibilities

Advantages of DMLS over other AM methods

1

Precision

High dimensional accuracy and surface quality with high strength parameters.

2

Variety of Materials

Wide selection of advanced metal powders including aluminium, steel, stainless steel, titanium, nickel alloys, copper and more.

3

Process control

Integrated production system: from design, through printing, to complete post-processing.

4

Large field of work

Possibility to use the 400x400x400mm working area to print one large object or many small ones in a single process.

1

Precision

High dimensional accuracy and surface quality with high strength parameters.

2

Variety of materials

Wide selection of advanced metal powders including aluminium, steel, stainless steel, titanium, nickel alloys, copper, and more.

3

Process control

Integrated production system: from design, through printing, to complete post-processing.

4

Large field of work

Possibility to use the 400x400x400mm working area to print one large object or many small ones in a single process.

Technological Line

What does working on a project look like?

1. Project verification

➤ Existing project or from scratch

➤ Defining requirements

3. Plastic prototype

➤ Project verification

➤ Making improvements

5. Postprocessing

➤ Heat treatment

➤ Machining

➤ Surface finish

2. Optimisation

➤ Adaptation for 3D printing

➤ Material selection

➤ Shape optimisation

4. Metal 3D printing

➤ Printing as designed

➤ Whole series or single item

6. Product

➤ Finished product delivery

➤ Quick reorder

1. Project verification

➤ Existing project or from scratch

➤ Defining requirements

2. Optimisation

➤ Adaptation for 3D printing

➤ Material selection

➤ Shape optimisation

3. Plastic prototype

➤ Project verification

➤ Making improvements

4. Metal 3D printing

➤ Printing as designed

➤ Whole series or single item

5. Postprocessing

➤ Heat treatment

➤ Machining

➤ Surface finish

6. Product

➤ Finished product delivery

➤ Quick reorder

Industry Applications

See use cases

By Piotr Jędrzejewski December 3, 2024
BMW has been using 3D printing technology since 1991, starting with the production of parts and moulds for castings. In 2015, the FIZ Research and Innovation Centre in Munich produced 100,000 parts exclusively for internal use. Printed parts are already moving away from mere prototypes, or components supporting traditional casting processes, and increasingly 3D printing is being used for final products - one such example is the water pump impeller, already produced in quantities of several hundred. The vehicle's water pump impeller is responsible for circulating fluid through the cooling system, allowing the engine to run at optimum temperature. This precision component, which is subjected to unheard of stresses during its technical life, finds its use in the Deutsche Tourenwagen Masters races. Compared to its conventional counterpart, it is cheaper and simpler to manufacture. 
By Piotr Jędrzejewski December 3, 2024
3D printing has irrevocably changed the process chain from product idea to manufacturing. Practically every day brings innovative developments in the additive manufacturing industry. This was perfectly evident at Formnext, the largest international trade fair for additive technology, held in Frankfurt. More than 400 international exhibitors and thousands of visitors from all over the world. A must-see on the trade fair map for anyone serious about growing their business. Every year, there are more and more applications for 3D printing and a dynamic increase in the scale of production, both looking at the size of the printed parts and the increasing volumes produced in series. The space industry is leading the way in metal printing, perfectly exploiting the advantages of printing to create ever larger and more complex rocket engine combustion chambers. These particularly attracted the attention of all visitors. Other popular developments included radiators, automotive and sports parts, tools and increasingly large components for machining machines. There was also no shortage of printed products from the hydraulics industry, which was of great interest to us for obvious reasons. All in all - it was a fruitfully spent time for us. 
By Piotr Jędrzejewski November 27, 2024
GE F110 engine crankcase cover. The crankcase is part of the oil lubrication system and its cover is a key part of the engine. The US Air Force requires only three to five F100 oil pan changes per year. The wait time to receive this part in normal supply chains often takes more than 18 months.  Aircraft logistics centres could overcome these challenges with their own incremental manufacturing capabilities.
Stay up to date with the latest news!

We are excited to share the latest news from the world of 3D printing with you.


Sign up for our newsletter to be among the first to learn about our project's progress and research results.


Leave your email to:
  • Receive regular updates on key milestones in the Hydropress project.
  • Be informed about the opening of commercial orders.
  • Have access to exclusive content and promotions.

Interested

Share by: