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Industries and Applications

Heat Treatment for Industrial Applications

Typical Industries for our Furnace Systems

Whether in fastener technology, automotive or bearing industries – precise heat treatment is essential for the quality and performance of components. Our furnace solutions are designed for a wide range of applications, component geometries and production requirements, ensuring reliable industrial heat treatment processes.

Industry Expertise
Heat Treatment Across Industries

Requirements for industrial heat treatment processes vary significantly depending on the industry. Components, materials and production conditions place specific demands on furnace systems and processes. The following examples provide an overview of typical applications of our systems across different industries.

Conveyor assembly in modern automotive production
Industry
Automotive

In the automotive industry, numerous safety-critical components undergo heat treatment. Gears, shafts and structural components must achieve defined mechanical properties while being produced in large volumes. Our furnace systems enable stable and reproducible heat treatment processes for industrial series production.

Typical Components

  • Gears

  • Shafts

  • Transmission components

  • Structural and chassis components

Close-up of a jet engine in a bright airplane hangar, with visible internal components and open cowling, highlighting the engineering details.
Industry
Aerospace Industry

In the aerospace industry, components are exposed to extreme operating conditions. Heat treatment is essential to achieve strength, temperature resistance and reliability. Our furnace systems enable precise and controlled processes for demanding aerospace applications.

Typical Components

  • Turbine components

  • Structural components

  • High-performance components

Close-up of several nuts and bolts on a white surface, with two bolts standing upright and others lying scattered around.
Industry
Fastening industry

In the fastener industry, large volumes of screws, nuts and fastening elements are produced. Heat treatment ensures the required mechanical properties and consistent component quality. Our systems enable cost-efficient processes for industrial series production.

Typical Components

  • Screws

  • Nuts

  • Bolts

  • Fasteners

Close-up of multiple ball bearings and roller bearings, showcasing their metallic construction and circular design.
Industry
Bearing Industry

Bearings must withstand high mechanical loads and ensure long service life. Heat treatment plays a key role in achieving hardness, wear resistance and dimensional accuracy. Our systems enable uniform temperature distribution and reproducible processes for high-quality bearing components.

Typical Components

  • Bearing ringss

  • Rollers

  • Balls

  • Bearing components

Glowing hot metal coil inside an industrial furnace, with surrounding metal structures and machinery.
Industry
Steel and Forging Industry

In the steel and forging industry, large and heavy components with complex geometries undergo heat treatment. Heat treatment enables precise adjustment of microstructure and mechanical properties. Our systems ensure uniform processing of large forged and steel components.

Typical Components

  • Forged parts

  • Shafts

  • Rings

  • Heavy steel components

Close-up of stacked aluminum profiles with a geometric, cross-sectional design. The shiny, reflective surfaces emphasize their metallic texture.
Industry
Aluminum Industry

Aluminum components are widely used across industries and require precise heat treatment processes. Processes such as solution annealing and aging enable targeted adjustment of strength and dimensional stability. Our furnace systems ensure uniform heating and reproducible conditions.

Typical Components

  • Aluminum structural components

  • Forged parts

  • Cast parts

  • Profiles

A rural landscape features several large wind turbines on a grassy field under a clear blue sky, with a road curving through the scene.
Industry
Energy Industry

Heat treatment for components used in energy generation and infrastructure. Our systems are applied to components in wind power, turbines, grid infrastructure and energy storage systems.

Typical Components & Materials

  • Battery powders

  • Battery materials (e.g., cathode and anode materials)

  • Recycling materials

  • Components for energy and storage systems

Metal parts on a conveyor belt moving through a furnace with bright flames above, indicating a heating or tempering process.
Industry
Commercial Heat Treaters

Commercial heat treaters process a wide range of components, materials and batch sizes. Heat treatment systems must therefore be flexible and reliable. Our furnace systems enable reproducible processes for varying applications and production requirements.

Typical Components

  • Mechanical engineering components

  • Tool components

  • Series components from various industries

Close-up of intricate watch gears and mechanisms in silver and gold, showcasing detailed cogs, wheels, and textures.
Industry
Watch and Precision Components

The production of watch and precision components requires the highest dimensional accuracy and stable material properties. Even the smallest components must undergo controlled heat treatment. Our systems ensure precise temperature control and stable process conditions.

Typical Components

  • Precision components

  • Small mechanical parts

  • Watch components

A set of shiny dental tools, including a mirror and tweezers, resting on a metal tray against a white background.
Industry
Medical Technology

Heat treatment for medical instruments and implants with the highest requirements for material properties, surface quality and process reliability.

Typical Components

  • Implant components

  • Surgical instruments

  • Precision components

Applications
Our Heat Treatment Processes at a glance

Our systems enable precise and reproducible heat treatment processes for a wide range of components and materials.

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