Vacuum Furnace

ULVAC offers vacuum furnaces (for melting, thermal treatment, and CVD)
used in general industrial fields and semiconductor/electronic device fields.

Vacuum Brazing Furnaces FB Series

vacuum furnaces The FB Series are systems for brazing heat exchangers such as EGR coolers,
radiators and evaporators. The wide array of models available ranges from
batch types to continuous types, and models for processing special items 
can also be made to order

Horizontal Type Vacuum Heat Treatment Furnace FHH series


FHH series are used for various purposes such as quenching, tempering,
sintering and brazing of various metals. Chamber configuration can be
multiplied up to 3 chambers by adopting fork carry system.

Hot Roller Type Vacuum Heat Treatment Furnace FHHn series


FHH series are used for various purposes, such as tempering, sintering,
brazing of various types of metal.

Vacuum Sintering Furnaces FSC Series


Vacuum sintering technology has growing industrial and
consumer applications. The performance of rare-earth magnets has increased
in recent years, enablingtheir use in computer drive motors and medical magnetic
resonance equipment.  Tantalum capacitors are also used in mobile phones.

Batch-type Vacuum Heat Treatment Furnace FHB-60C


It is applicable to wide range vacuum heat treatments
such as quenching, annealing, tempering, sintering,
brazing etc for various metal parts.

Vacuum Induction Melting Furnaces FMI Series


These furnaces are contributing to a wide range of industry applications
such as specialized steel, electronics materials and new materials.
They have been used in developing new technologies such as high-vacuum
degassing and refining using cryopanels, and multi-element alloys created
by single-direction agitation systems. ULVAC can also provide equipment
lines andproduction technology for rare-earth magnet manufacturing.

Vertical Type Vacuum Heat Treatment Furnace FHV Series


FHV series are used for various purposes such as quenching, tempering and
brazing of various metals. Vertical two-chamber configuration which consists
of heating chamber + preparation/cooling contributes to space saving by
adopting elevation mechanism.Temperature data from heating process to
cooling process can be seamlessly recorded for quality control of products.