Automotive Industry
Heat treatment of safety-critical components for stable processes and high production volumes.
Whether in the aerospace, automotive, bearing, wind energy or fastener industries, precise heat treatment is essential for ensuring the quality and performance of components. Our furnace solutions are designed to accommodate a wide range of applications, component geometries and production requirements, delivering reliable and efficient industrial heat treatment processes.
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 heat treatment systems across different industries.

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

In the aerospace industry, components must withstand extreme operating conditions and meet the highest quality standards. Heat treatment plays a critical role in achieving the required strength, temperature resistance and reliability. Our advanced furnace systems deliver precise and controlled heat treatment processes for the most demanding aerospace applications.
Typical Components
Turbine components
Structural components
High-performance components

In the fastener industry, the production of screws, nuts and other fastening elements requires reliable and efficient heat treatment. Heat treatment is essential for achieving the required mechanical properties, durability and consistent product quality. Our furnace systems are designed for cost-effective, high-volume production, delivering reliable and reproducible results.
Typical Components
Screws
Nuts
Bolts
Fasteners

Bearings are subjected to high mechanical loads and demanding operating conditions, requiring exceptional durability and precision. Heat treatment is critical for achieving the necessary hardness, wear resistance and dimensional stability. Our advanced furnace systems deliver uniform temperature distribution and highly reproducible processes, ensuring consistent quality and performance for bearing components.
Typical Components
Bearing rings
Rollers
Balls
Bearing components

The steel and forging industry requires the heat treatment of large, heavy and often complex components. Heat treatment plays a vital role in optimizing microstructures and achieving the desired mechanical properties. Our advanced furnace systems provide uniform temperature distribution and reliable process control, ensuring consistent results for large forged and steel components.
Typical Components
Forged parts
Shafts
Rings
Heavy steel components
)
Aluminium components are used in a wide range of industries where performance, weight reduction and dimensional accuracy are critical. Heat treatment processes such as solution annealing and aging are essential for achieving the desired strength and dimensional stability. Our advanced furnace systems provide uniform heating and highly reproducible process conditions, ensuring consistent quality and reliable performance.
Typical Components
Cylinder Heads
Alloy Wheels
Forged and Cast components
Aluminium structural components

Components used in energy generation and infrastructure must meet demanding requirements for reliability, durability and performance. Our furnace systems support the heat treatment of components for wind power, turbines, grid infrastructure and energy storage systems, delivering consistent quality and dependable process results.
Typical Components & Materials
Wind turbine gears
Turbine components
Battery materials like cathode and anode materials)
Components for energy and storage systems
)
Commercial heat treaters process a wide range of components, materials and batch sizes. Heat treatment systems must therefore be flexible and reliable. Our furnaces enable reproducible processes for varying applications and production requirements.
Typical Components
Automotive components
Aerospace components
Bearings
Fasteners
Mechanical engineering 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 furnaces ensure precise temperature control and stable process conditions.
Typical Components
Watch components
Small mechanical parts
Precision components

Heat treatment for medical instruments and implants with the highest requirements for material properties, surface quality and process reliability.
Typical Components
Surgical instruments
Implant components
Precision components
Our furnaces enable precise and reproducible heat treatment processes for a wide range of components and materials.
We are happy to support you with questions regarding heat treatment systems, components and process requirements. We assist you in selecting the optimal furnace solution.