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Industrial furnaces

Batch Furnaces for Industrial Heat Treatment

Batch furnaces are used in industrial heat treatment when different components or varying batch sizes need to be processed. The components are loaded into the furnace in defined batches and processed together through the heat treatment cycle.


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Application Areas of Batch Furnaces

Batch furnaces are particularly suitable for applications with varying component geometries, different materials or changing production requirements. Typical applications can be found in the automotive industries, mechanical engineering, tooling industry and commercial heat treatment plants.

Types of Batch Furnaces

  • Multi-Purpose Chamber Sealed Quench Furnace

  • Rotary Hearth Furnace

  • Retort Type Gas Nitriding Furnace

  • Pit Type Furnace

  • Bogie / Box Type Furnace

  • Aluminium Furnace

  • Vacuum Furnace

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Find the right furnace for your industry, process or component

Filter our furnaces by industry, process or component and quickly find the right solution for your application.

Gas Nitriding Furnace with Retort
Why Batch Furnaces are the Right Solution?

Batch furnaces offer maximum flexibility for heat treatment applications with diverse component types and changing production requirements. Their ability to accommodate individually tailored process parameters makes them ideal for small- to medium-sized batch sizes while ensuring consistent and reliable heat treatment results.

Applications

  • Flexible production requirements

  • Small or varying batch sizes

  • Varying component geometries

  • Different heat treatment processes

Batch Furnaces vs. Continuous Furnaces

While batch furnaces offer high flexibility for different components and batch sizes, continuous furnaces are primarily designed for series production with constant production volumes.

Consulting & Inquiry

Let’s Discuss Your Heat Treatment Requirements!

We are happy to support you with questions regarding heat treatment systems, components and process requirements. We guide you in selecting the optimal system solution.

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