Do not compromise on quality requirements!

Exploit the excellent heating uniformity and rapid cooling performance of our vacuum furnaces.

Engineered for long life under full production conditions

Producing at a faster pace with ever-greater quality at lower costs: that's what counts in high-volume production environments. Maximize your manufacturing process by integrating vacuum furnaces for heat treatment applications with excellent reliability over time, even in the most demanding conditions.

Vacuum sintering

Vacuum sintering

Sintering is a MIM (Metal Injection Moulding) technology based on atomic diffusion which occurs much faster at high temperatures. Vacuum speeds up cycle times and guarantees temperature uniformity with more predictable results.

UHV (Ultra High Vacuum)

UHV (Ultra High Vacuum)

Many processes in advanced research and industrial manufacturing must be operated in an ultra high vacuum environment. Vacuum is ideal for ultra-clean and high-temperature applications which have extremely high quality requirements, such as semiconductor devices.

Vacuum heat treatments

Vacuum heat treatments

A controlled process used to alter the microstructure of metals and alloys in order to impart properties such as increased surface hardness, ductility and strength. Vacuum ensures that no oxidation occurs: it is clean, pollution free and oxygen free according to the vacuum level.

Advanced ceramics

Advanced ceramics

High-performance ceramics have exceptional mechanical properties in many respects including high temperature resistance and high wear resistance. Used in a wide range of industrial applications, such as aerospace, automotive, medical technologies and many other industries.

Vacuum brazing

Vacuum brazing

Brazing in a vacuum furnace allows for more precise control of tolerances and provides clean joints with no need for additional finishing. Vacuum is especially suited for aluminium brazing of heat exchangers because air is excluded, thus preventing the formation of oxides.

Aluminizing

Aluminizing

The aluminizing process helps slow down or stop corrosion by protecting the surface in corrosive and/or high temperature environments. Diffusion of aluminium into the surface of steel is applied, for example, to make pipes that will carry steam or acids.

More predictable results

High-precision control system to improve the reliability of production processes while speeding up the manufacturing cycle at the same time.

Manufacturing flow integration

Fully automated and customized solutions to be perfectly integrated into high performance lines and fulfill any production cycle.

High throughput capacity

An outstanding combination of technology and efficiency to provide maximum yield and unrivaled performance for mass production.

Our furnaces

The complete know-how in vacuum engineering enables TAV VACUUM FURNACES to develop solutions tailored to the customer in small and major series production. Our vacuum ovens and furnaces are designed to meet the most demanding requirements in terms of precision and throughput.

Horizontal vacuum furnaces<br/>Hinged door

Horizontal vacuum furnaces
Hinged door

The flexible system for processing even the most complex geometries to top precision standards.

Read more
Horizontal vacuum furnaces<br/>Cart bottom door

Horizontal vacuum furnaces
Cart bottom door

The automated system for heavy, dense loads ensuring the highest levels of reliability and safety.

Read more
Vertical vacuum furnaces<br/>Top or bottom load

Vertical vacuum furnaces
Top or bottom load

The space-saving system which can be integrated even in production lines that offer very little space.

Read more

Do you have any special need?

Talk to our engineers and find the solution you are looking for.

Case studies

Follow our blog to learn how our technology has been successfully applied in industrial applicatons.

Perfect vacuum sintering step by step #2

Perfect vacuum sintering step by step #2

Are you searching for solutions to questions arising out of vacuum sintering furnaces? Here is the answer on hot zone, gas flow, and furnace box.
Perfect vacuum sintering step by step #1

Perfect vacuum sintering step by step #1

The choice whether or not to perform vacuum debinding and sintering in the same furnace depends on several factors. Learn more about them!
Vacuum diffusion bonding: a true success story

Vacuum diffusion bonding: a true success story

See structural features of vacuum furnaces for diffusion bonding through a real success story. A solution based on physical concepts and innovation.
Vacuum brazing: the guide to perfect brazed joints

Vacuum brazing: the guide to perfect brazed joints

Striving for perfect joints? Vacuum brazing is a high-end joining technology as it produces higher quality joints and with no residual corrosive flux.

Cut down on your manufacturing costs

Use processes with minimal part distortion, eliminating secondary manufacturing operations.