01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
01.07 Non-ferrous metals
01.07.04 Brazing
Brazing
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
01.08.03 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
01.08.03.07 Hardening
Hardening
01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
01.08 Steel and Iron
01.08.05 Surface hardening
01.08.05.02 Induction hardening
Induction hardening
01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
01.08 Steel and Iron
01.08.06 Surface treatment
01.08.06.08 Galvanizing
Galvanizing
01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
01.08 Steel and Iron
01.08.06 Surface treatment
01.08.06.09 Tin-coating
Tin-coating
01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
01.08 Steel and Iron
01.08.07 Joining technologies
01.08.07.01 Welding
Welding
02 Equipment for special use
02.02 Laboratory equipment
02.02.02 Laboratory-type melting furnaces
Laboratory-type melting furnaces
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
Our products
Product category: Melting
ARMS® (Automated Robotic Melt Shop Systems)
Inductotherm Group companies are the first to develop and manufacture an innovative automated robotic melt shop system, called the ARMS™ System. The ARMS System replaces the furnace operator on the open melt deck with a foundry robot that has integrated charging, slag removal, tool handling and remote viewing systems. This allows the furnace operator to run the melt shop operations from the control room, significantly improving worker safety. Other benefits include reduced operating costs, improved worker recruitment and retention, as well as additional efficiencies that come from automated operations.
Radyne brazing and soldering systems offer permanent and strong metal-to-metal joints with three primary benefits.
1) Flexibility: Brazing is the joining of metals by use of heat and filler metals. As the most versatile method of joining metals, brazed joints are strong, ductile, easy and quick to make, suited to the joining of dissimilar and similar metals, and the result of a one-operation process.
2) Economy: Highly adaptable to automated methods, brazing as a process allows you to match your production output to your requirements to decrease or eliminate waste.
3) Strength: Rigid and resistant to shock and vibration, brazing creates a metallurgical joint, at the molecular level, between the filler metal and the surfaces of the metals being joined. Radyne induction brazing equipment offers repeatable brazing for tubing, radiators, heat exchangers and more.
Radyne brand heat treatment systems offer flexible, robust induction heat treating that can be effortlessly integrated into your production ecosystem. Radyne heat treat systems include a full line of scanners and pop-ups to handle large and small parts, from parts under an ounce and shorter than an inch to parts over 5000 lbs. in weight and more than 120 inches in length. Radyne scanners and pop-ups are offered with two options: Flexscan(TM), perfect for low complexity parts, and our flagship Scanmaster(TM), featuring virtually limitless control possibilities and heavy duty construction.