Vacuum Heat Treatment Furnaces

Learn more about vfs vacuum furnaces.

Vacuum heat treatment furnaces.

Variety of vacuum furnaces from lab sized to 24 feet long. Vac aero vacuum furnaces operate worldwide in diverse applications in aerospace power generation and other high tech industries. Ipsen designs and manufactures industrial vacuum heat treating furnaces and supervisory controls for a wide variety of thermal processing markets including aerospace automotive medical tool die energy defense and commercial heat treating. High quality vacuum heat treating in california brazing carburizing and nitriding along with specialized services such as cryogenic processing and sintering.

From small horizontal units to large vertical models vac aero vacuum heat treating furnaces are ideal for a broad range of thermal processing applications of engineered materials and specialty alloys. The absence of air or other gases prevents oxidation heat loss from the product through convection and removes a source of contamination. Single double and multi chamber batch and bulk furnaces in horizontal and vertical configuration low medium and high vacuum radiant and convection heating low and high pressure hpgq gas cooling in pressure up to 25 bar or hardening in oil full automation computer control system. Vfs furnaces are made for effective applications optimum performance greater efficiency and ease of use.

On site metallurgical testing lab. Vfs vacuum furnaces vfs offers vacuum debinding and sintering furnaces as well as external or internal quench vacuum furnaces. All vacuum heat treatment furnaces manufactured by ecm technologies respond to strict quality standards. Moreover additional certifications such as the ams2750 for aeronautics cqi9 for automotive are available and a high level of automation can be reached thanks to ecm technologies in house robotics department.

Popular models range from laboratory systems to large car bottom vacuum furnaces with load capacities of 50 tons. This enables the furnace to heat materials typically metals and ceramics to temperatures as high as 3 000 c 5 432 f with select materials.