Series

To provide heat treatment technology that meets the needs of all customers, we
has developed a manufacturing equipment series that utilizes a superheated
steam atmosphere.
These heat treatment devices are available as batch or continuous types.

Main features

• • Higher specific heat than heated air and better radiation effects for uniform
    　 heating in less time
  • Treatment is completed in a shorter time, reducing the thermal load on the
    　 workpieces.
  • Low-oxygen processing capabilities
  • Improved productivity and reduced running costs through accelerated hydrolytic
    　 reactions of processed products.
    　 Especially, at degreasing treatment of ceramic products, processing time can be
    　 significantly reduced.
  • Safer and lower cost than N2 gas

Processing applications

• • De-binding and baking of electronic components
  • Debinding (Binder burn out) of ceramic parts
  • Drying and degreasing of metal parts
  • Removal of resin
  • Heat treatment of products for which heating efficiency cannot be improved
    　 through conventional methods

* The effectiveness varies depending on the material being treated. We recommend
　testing with our demo unit first to verify effectiveness.

　

Features . Outline

Series

AllFit Inert Gas Oven with Superheated Steam

These inert gas ovens provide treatment in a low-oxygen
atmosphere with superheated steam and a reduced footprint.
Ideal for debinding treatment of MLCC and LTCC, electrostatic
chucks, and other electronic and ceramic components.

　

AllFit Atmospheric Box Furnace with Superheated Steam

This multi-purpose heat treatment equipment provides treatment
in low-oxygen atmospheres with superheated steam.
It can be used for debinding treatment of MLCC and LTCC,
electrostatic chucks, and other electronic and ceramic
components, as well as drying and degreasing of metal
components.

　

AllFit Compact Conveyor Furnace with Superheated Steam

These continuous furnaces provide treatment in low-oxygen
atmospheres with superheated steam, and feature a reduced
footprint. It can be used for debinding and firing of MLCC and
LTCC, electrostatic chucks, and other electronic and ceramic components, as well as drying and degreasing of metal components.