HC – Innovations

Your development partner for
innovative 3D printing

Our 3D printing. Quality in a new dimension.

Complex components can be produced in a short time using 3D printing.
Material properties and dimensions are almost identical to the later series product – which means that testing printed components from the very first prototypes is extremely meaningful.

Everything from a single source.

HC-Concepts is responsible for development and design – HC-Innovations produces the first prototypes using 3D printing.

  • Everything under one roof
  • Fast customization
  • Short lead times
  • Smooth implementation
  • Years of experience in motorsport
  • Highest quality

With state-of-the-art technology and an experienced team, we offer customized solutions.

Clear advantage

3D printing offers numerous advantages over traditional manufacturing methods:

  • Freedom of design in the construction
  • Efficient use of materials
  • Shorter production times
  • Cost-efficient small series production
  • Production of individual products

Design freedom and complexity

3D printing enables the production of geometries that cannot be produced using conventional manufacturing methods.

Complexity can thus be rethought.

Material efficiency

The metal powder is applied layer by layer and the lasers only weld the component and the support structures. The remaining powder can be reused after reprocessing.

Faster production times

No molds or tools required.

Customization and personalization

Customized components can be produced individually and easily.

Cost efficiency for small series

Cost-effective as no expensive tools are required.

Lightweight construction

Bionic complex structures enable lightweight and stable components.

Fast prototyping

Direct conversion of CAD data into prototypes. Fast iteration and optimization.

Integrated functionality

Production of components with internal media routing/channels or cavities for improved functionality.

Innovation and research

Rapid implementation of new ideas promotes the development of innovative concepts.

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Know-how?
Know now!
That's how it works.

Selective Laser Melting, often referred to as SLM, is an additive manufacturing process that, unlike conventional manufacturing methods, builds up the workpiece layer by layer.

3D model preparation

The digital model is aligned in the installation space and the necessary support structures are generated for the process.

Powder bed process

Powder layers 30-120 micrometers thick are applied in each coating process.

Laser exposure

Several lasers fuse the metal powder, only in the area of the component, layer by layer until the component is finished.

Layer build-up

After each layer, the platform is lowered by the layer thickness and the process is repeated.

Post-processing

Excess powder is extracted, the support structure is removed, surfaces are sanded – followed by heat treatment and blasting.

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Maximum quality,
maximum efficiency

The fastest way from concept to component:

  • 3D plastic printing (FDM) – Cost-effective installation control
  • 3D metal printing (SLM) – Near-series and uncompromising functional tests

We take the final series production process into account right from the concept stage in order to exploit the full potential of 3D printing.

Standardized processes are required for optimum development results:

  • Design
  • Component preparation
  • 3D printing plastic
  • Function control
  • 3D metal printing
  • Functional testing
  • Small series
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State-of-the-art:
Our machines.

In 2016, we recognized the potential of 3D printing for our development process.
We invested in two EOS M290 machines.
The technology proved to be an ideal addition to our business field.
Another logical step into the next dimension followed in 2022 – an SLM 500

We print cost-effective components for installation tests on suitable FDM printers.

EOS M290

Depending on the material, the EOS can be retooled quickly, making it ideal for the production of individual complex components.

  • Installation space 250 x 250 x 325 mm
  • 400 watt fiber laser
  • Robust & reliable
SLM 500 Quad Laser

The SLM offers high precision and high throughput rates thanks to the larger installation space, ideal for small series production.

  • Installation space 500 x 280 x 365 mm
  • 4 x 700 watt fiber lasers
FDM Printer

Our FDM 3D printers combine the latest printing technologies and are an indispensable tool for innovative engineers:

  • High printing speed
  • Cost-effective component production

Good things optimized.
Function optimization.

By using state-of-the-art 3D printing, we optimize the function, weight, material consumption and lead time of your components. And all of that in just six steps.

Quick Check 3D

First, we analyze your components in terms of function, weight, manufacturability, costs and identify the potential for optimization.

Case Study 3D

We adapt the potential identified in the 3D case study in detail to the requirements for metallic 3D printing. We will be happy to produce initial sample parts for you.

Business Case 3D

If the 3D case study meets your technical expectations, we offer you a joint development for the economical production of your components using 3D printing.

Prototyping

Do you give the green light for the 3D business case? We produce your prototypes on our own machines and confirm the technical and economic analyses.

Industrialization

During industrialization, we guarantee the implementation of the developed results for series production. You decide whether production is carried out on your own machines, by your suppliers or by us.

Production

Our many years of experience in industrialization will also support you in production. We can produce small batches on our machines – our partners from our network are happy to take on large batches.

Best Practice. Best Results.

Innovation meets motorsport

Printed components were successfully used in the world’s toughest rally.

The drive developed for HERO Motorsport was designed for additive manufacturing from the outset in order to exploit its full potential.

The 1st place in the overall standings confirms this step.

Joanneum Racing Graz

In 2023, HC-Innovation supported the Joanneum Racing Team with 3D-printed components.

The wheel carriers were bionically optimized, which significantly reduced the overall weight of the vehicle.

The team achieved several top placings and overall victories.

Old meets new

Are you missing a cylinder head for the complete restoration of your classic car? With our offer for faithful reproductions using reverse engineering and 3D printing, nothing stands in the way of your next ride.

Materials in use.

Every requirement needs the right material – which is why we use a wide range of high-quality base materials.

Our experts will be happy to advise you on the optimum material for your application.

Aluminium AlSi10Mg

Material type: AlSi10Mg light metal

Properties:

  • Good strength and hardness
  • High dynamic load capacity
  • Excellent corrosion resistance

Applications:

  • Automotive and motorcycle industry
  • Functional prototypes
  • Motorsport
Aluminium AlSI7Mg

Material type: AlSi7Mg light metal

Properties:

  • Good strength and hardness
  • Good machinability
  • High thermal conductivity

Applications:

  • Automotive and motorcycle industry
  • Mechanical engineering
Aluminium Al2024RAM2C

Material type: Al2024Ram2C light metal

Properties:

  • High strength and hardness
  • High dynamic load capacity
  • Excellent heat resistance 150 – 200°C

Applications:

  • Motorsport´s
  • Automotive and motorcycle industry
  • Aerospace industry
Martensitaushärternder Stahl MS1

Material type: 1.2709/18Mar300

Properties:

  • Highest strength
  • Easy to machine
  • Good thermal conductivity

Applications:

  • Toolmaking
  • Mechanical engineering
Edelstahl 309

Material type: 1.4828

Properties:

  • High heat resistance
  • Good corrosion resistance
  • Good strength and hardness

Applications:

  • Automotive and motorcycle industry
  • Motorsport
Edelstahl N 08151

Material type: 1.4859

Properties:

  • Very high heat resistance
  • Good machinability
  • Good corrosion resistance

Applications:

  • Automotive and motorcycle industry
  • Motorsport
Titan Ti64

Material type: Ti6Al4V light metal

Properties:

  • Lightweight
  • High strength
  • Good corrosion resistance

Applications:

  • Automotive and motorcycle industry
  • Motorsport
  • Aerospace industry

More services. More quality.

Discover our comprehensive range of services and find out how we accompany your components from idea to realization. Our integrated approach enables us to optimize every step of the process. This is how we develop efficient, tailor-made solutions for you.

Heat treatment

Heat treatments improve the mechanical properties of the component. Depending on the application, the basic strength, hardness and toughness can be specifically adjusted, thereby improving the load-bearing capacity and service life.

Surface treatment

Surface treatments improve the roughness and uniformity of component surfaces, increase wear resistance and corrosion resistance and thus extend service life.

Machining center

Printed components are often so small that they have to be machined with the support structure on the building board.

Through precise adjustments and fine machining, we ensure that the components meet the highest quality standards.

Quality assurance

In-process quality assurance is crucial to guarantee the required accuracy. Depending on the process, we document all characteristics.

Labeling

The labeling of components enables clear identification and traceability, prevents mix-ups and supports quality assurance.