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ECM TECHNOLOGIES SAS
46, rue Jean Vaujany,
38029
Grenoble
France
France
Location
Hall map
Fairground map
Our range of products
Product categories
- 02 Melting shop
- 02.02 Electric melting and holding furnaces (pouring equipment see 10.01)
- 02.02.01 Electric arc furnaces for foundries
Electric arc furnaces for foundries
- 02 Melting shop
- 02.02 Electric melting and holding furnaces (pouring equipment see 10.01)
- 02.02.02 Crucible induction furnaces
Crucible induction furnaces
- 02 Melting shop
- 02.02 Electric melting and holding furnaces (pouring equipment see 10.01)
- 02.02.04 Melting and holding furnaces, electric resistance type
Melting and holding furnaces, electric resistance type
- 02 Melting shop
- 02.02 Electric melting and holding furnaces (pouring equipment see 10.01)
- 02.02.06 Crucible lifting furnaces
Crucible lifting furnaces
- 02 Melting shop
- 02.02 Electric melting and holding furnaces (pouring equipment see 10.01)
- 02.02.08 Vacuum melting furnaces
Vacuum melting furnaces
- 10 Casting machines and pouring equipment
- 10.01 Pouring equipment
- 10.01.03 Pouring equipment, heated (pouring furnaces)
Pouring equipment, heated (pouring furnaces)
- 14 Heat treating and drying furnaces
- 14.04 Heat treating furnaces and installations
Heat treating furnaces and installations
- 25 Additive Manufacturing
- 25.04 Post Processing
- 25.04.07 Heat treatment
Heat treatment
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.01 Precious Metals
- 01.01.01 Melting
Melting
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.02 Ores
- 01.02.01 Calicinating
Calicinating
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.02 Ores
- 01.02.02 Reducing
Reducing
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.02 Ores
- 01.02.03 Roasting
Roasting
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.02 Ores
- 01.02.04 Sintering
Sintering
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.03 Ferrites
- 01.03.01 Homogenizing annealing
Homogenizing annealing
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.03 Ferrites
- 01.03.03 Sintering
Sintering
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.04 Glass, Enamel
- 01.04.03 Melting
Melting
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.04 Glass, Enamel
- 01.04.05 Heat treating
Heat treating
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.05 Hard Metals
- 01.05.02 Debinding
Debinding
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.05 Hard Metals
- 01.05.03 Dewaxing
Dewaxing
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.05 Hard Metals
- 01.05.04 High pressure sintering
High pressure sintering
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.05 Hard Metals
- 01.05.05 Vacuum sintering
Vacuum sintering
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.05 Hard Metals
- 01.05.06 Sintering
Sintering
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.05 Hard Metals
- 01.05.09 Brazing
Brazing
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.06 Ceramics
- 01.06.02 Sintering
Sintering
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.06 Ceramics
- 01.06.04 Brazing
Brazing
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.07 Non-ferrous metals
- 01.07.09 Melting
- 01.07.09.01 Alloying
Alloying
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.07 Non-ferrous metals
- 01.07.13 Heat treating
- 01.07.13.01 Precipitation hardening
Precipitation hardening
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.07 Non-ferrous metals
- 01.07.13 Heat treating
- 01.07.13.02 Stress-relieving annealing
Stress-relieving annealing
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.07 Non-ferrous metals
- 01.07.13 Heat treating
- 01.07.13.04 Solution annealing
Solution annealing
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.01 Prime metallurgy
- 01.08.01.01 Primary melting
Primary melting
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.01 Prime metallurgy
- 01.08.01.02 Melting
Melting
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.01 Prime metallurgy
- 01.08.01.04 Remelting
Remelting
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.02 Primary shaping
- 01.08.02.01 Casting
Casting
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.02 Primary shaping
- 01.08.02.03 MIM (Metall Injection Moulding)
MIM (Metall Injection Moulding)
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.02 Primary shaping
- 01.08.02.04 Sintering
Sintering
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.03 Heat treating
- 01.08.03.03 Hardening and tempering
Hardening and tempering
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.03 Heat treating
- 01.08.03.05 Annealing
Annealing
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.03 Heat treating
- 01.08.03.08 Quenching
Quenching
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.03 Heat treating
- 01.08.03.10 Tempering
Tempering
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.03 Heat treating
- 01.08.03.11 Case hardening
Case hardening
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.04 Diffusion processes
- 01.08.04.01 Carburizing
Carburizing
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.04 Diffusion processes
- 01.08.04.03 Gas carburizing
Gas carburizing
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.04 Diffusion processes
- 01.08.04.04 Low pressure carburizing (LPC)
Low pressure carburizing (LPC)
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.04 Diffusion processes
- 01.08.04.06 Carbo nitriding
Carbo nitriding
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.04 Diffusion processes
- 01.08.04.08 Nitriding
Nitriding
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.04 Diffusion processes
- 01.08.04.13 Other nitriding processes
Other nitriding processes
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.06 Surface treatment
- 01.08.06.10 CVD
CVD
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.07 Joining technologies
- 01.08.07.02 Brazing
Brazing
- 02 Equipment for special use
- 02.02 Laboratory equipment
- 02.02.01 Laboratory-type annealing furnaces
Laboratory-type annealing furnaces
- 02 Equipment for special use
- 02.02 Laboratory equipment
- 02.02.02 Laboratory-type melting furnaces
Laboratory-type melting furnaces
- 02 Equipment for special use
- 02.04 Quenching equipment
Quenching equipment
- 03 Componentes, equipment and other supplies
- 03.02 Heating
- 03.02.01 Electric heating devices
- 03.02.01.01 Inductive heating devices
Inductive heating devices
- 03 Componentes, equipment and other supplies
- 03.11 Molten metal processing equipment
- 03.11.03 Inductive stiring equipment
Inductive stiring equipment
Our products
Product category: Low pressure carburizing (LPC)
ICBP®
Modular installations for quenching, low pressure carburizing and low pressure carbonitriding.
For more than 25 years, ECM Technologies has been a reference for main contractors with its patented Infracarb® process and its range of modular ICBP® installations.
To meet the most diverse applications, the ICBP® range is now available in modular furnaces, such as ICBP® Flex and ICBP® Jumbo, double chamber (ICBP®Duo) and single chamber furnaces (ICBP® Mono) and an in line integrated (ICBP® Nano). More than 262 installations corresponding to more than 1296 vacuum carburizing cells are producing in the world today.
For more than 25 years, ECM Technologies has been a reference for main contractors with its patented Infracarb® process and its range of modular ICBP® installations.
To meet the most diverse applications, the ICBP® range is now available in modular furnaces, such as ICBP® Flex and ICBP® Jumbo, double chamber (ICBP®Duo) and single chamber furnaces (ICBP® Mono) and an in line integrated (ICBP® Nano). More than 262 installations corresponding to more than 1296 vacuum carburizing cells are producing in the world today.
Product category: Heat treatment, Sintering
Vacuum Furnaces
A wide range of vacuum furnaces dedicated to brazing, sintering, quenching and to the overall heat treatment of metals.
VACUUM FURNACES APPLICATIONS
ECM Technologies has been manufacturing vacuum furnaces since 1964.
Today, more than 1,500 vacuum furnaces are installed throughout the world, for an extended range of applications: low pressure carburizing, annealing (ageing, magnetic…) vacuum brazing, gas quenching, oil quenching, sintering, post additive manufacturing…
To obtain a perfect control of the thermal performance of its furnaces, ECM manufactures its own molybdenum resistors. This allows its furnace to have excellent repeatability of processes, a mastery of temperatures and the best treatment quality.
All 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.
In this wide range of products, the tailor made approach to design your project, the choice among a non exhaustive list of characteristics, ECM Technologies is your industrial partner for vacuum furnaces.
VACUUM FURNACES APPLICATIONS
ECM Technologies has been manufacturing vacuum furnaces since 1964.
Today, more than 1,500 vacuum furnaces are installed throughout the world, for an extended range of applications: low pressure carburizing, annealing (ageing, magnetic…) vacuum brazing, gas quenching, oil quenching, sintering, post additive manufacturing…
To obtain a perfect control of the thermal performance of its furnaces, ECM manufactures its own molybdenum resistors. This allows its furnace to have excellent repeatability of processes, a mastery of temperatures and the best treatment quality.
All 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.
In this wide range of products, the tailor made approach to design your project, the choice among a non exhaustive list of characteristics, ECM Technologies is your industrial partner for vacuum furnaces.
Induction furnaces and melting
ECM is a historic actor in the induction sector. In the early 90s, ECM and CFEI (previously Saphymo Cell) – both members of the Dynathermic group – proposed heat treatment installations, under vacuum and under controlled atmosphere. During these years, ECM Technologies also proposed revolutionary low pressure carburizing solutions for induction heating: the TORR machine.
ECM’s mastery of high temperatures, vacuum, and controlled atmospheres has allowed ECM TECHNOLOGIES to propose turnkey induction solutions for various applications. Induction furnaces offer the possibility to carry out complex processes at high temperatures (up tp 3000°C), with a rapid rise in temperature (30°C/s).
ECM’s mastery of high temperatures, vacuum, and controlled atmospheres has allowed ECM TECHNOLOGIES to propose turnkey induction solutions for various applications. Induction furnaces offer the possibility to carry out complex processes at high temperatures (up tp 3000°C), with a rapid rise in temperature (30°C/s).
About us
Company portrait
The ECM Group is the world leader in solutions and services for industrial heat treatments with strong value adding properties.
Founded in 1928, the Group ECM is known all over the world for its innovations, technologies, processes, solutions and services. Our vacuum furnaces have been developed for more than 50 years and constitute a referring basis for several thousands of units sold around the world: ICBP® installations, vacuum furnaces, induction furnaces, deposition furnaces, photovoltaic & crystal growth furnaces, and tailor-made furnaces.
Founded in 1928, the Group ECM is known all over the world for its innovations, technologies, processes, solutions and services. Our vacuum furnaces have been developed for more than 50 years and constitute a referring basis for several thousands of units sold around the world: ICBP® installations, vacuum furnaces, induction furnaces, deposition furnaces, photovoltaic & crystal growth furnaces, and tailor-made furnaces.