OTTO JUNKER MFT AL 1000
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 1400
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 1750
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 200
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 2100
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 2800
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 300
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 3500
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 400
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 4200
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 5500
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 600
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 700
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 7500
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT AL 9000
Low melting loss, accurate temperature and process management plus a variable bath movement control capability are among the key benefits of medium frequency coreless induction furnaces for melting...
OTTO JUNKER MFT CU 1200
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 12000
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 14400
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 16000
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 1800
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 20000
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 2400
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 30000
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 3600
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 4800
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 600
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 6000
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 7200
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 900
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT CU 9600
The specific benefits associated with the inductive transfer of energy and the metallurgically neutral process performance are of particular importance in melting, alloying, refining and pouring as...
OTTO JUNKER MFT STEEL 1000
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 10000
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 12000
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 1500
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 16000
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 18000
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 2000
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 25000
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 3000
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 4000
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 500
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 5000
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 6000
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 750
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...
OTTO JUNKER MFT STEEL 8000
Cast iron and steel Medium-frequency coreless induction furnaces have evolved into the dominant type of melting furnace in today‘s foundries, demonstrating their exceptional metallurgical capabilit...