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Vacuum furnaces
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Vacuum furnace - TIP
TIP furnaces inert gas and vacuum induction furnaces are engineered to produce all sizes of ingots ranging from 100 g to kilo-bar in gold or silver. The ingots can be achieved by melting...
Vacuum furnace - TIP
TIP furnaces inert gas and vacuum induction furnaces are engineered to produce all sizes of ingots ranging from 100 g to kilo-bar in gold or silver. The ingots can be achieved by melting the pre-weighed kernels in a graphite cast located in the interiors of the vacuum assembly and later cooled precisely during the solidification stage.
The equipment is completely automated with across 100 programs for several ingot volumes. The user only has to pack the graphite cast with the pre-weighed kernels into the griping coil, seal the chamber and push the START switch for initializing the automate d cycle, Towards the end of the cycle, the furnace redeems the gold or silver strip ready for the industry.
The equipment is completely automated with across 100 programs for several ingot volumes. The user only has to pack the graphite cast with the pre-weighed kernels into the griping coil, seal the chamber and push the START switch for initializing the automate d cycle, Towards the end of the cycle, the furnace redeems the gold or silver strip ready for the industry.
Vacuum furnace - UltraCast D Series
The UltraCast D Series is a range of vacuum casting machine from Ultraflex. The process of the machine...
Vacuum furnace - UltraCast D Series
The UltraCast D Series is a range of vacuum casting machine from Ultraflex. The process of the machine does not need crucibles and rings. It generates no centrifugal force and zero lost metal. The series has a solid tabletop structure and provides pressure-injected casting. It provides three simple operations which include loading, melting, and casting. It is easy to navigate due to its sleek user interface.
Annealing furnace / tempering / vacuum - +1 250 °C ... +1 450 °C | B8_T series
The BMI vacuum furnaces of the B8_T family are designed for the main heat treatments and brazing at high temperature and especially for sensitive quenching treatments thanks to the rotating flow cooling patented by BMI, which provides incomparable quenching...
Annealing furnace / tempering / vacuum - +1 250 °C ... +1 450 °C | B8_T series
The BMI vacuum furnaces of the B8_T family are designed for the main heat treatments and brazing at high temperature and especially for sensitive quenching treatments thanks to the rotating flow cooling patented by BMI, which provides incomparable quenching...
Gas quenching furnace / quenching / vacuum - +1 250 °C ... +1 450 °C | VSE_8T series
The vertical lift-sole furnaces of the VSE8_T furnace family are designed for the main heat treatments and brazing at high temperature of vertical loads. The completely automatic system of movements of the hearth facilitates...
Gas quenching furnace / quenching / vacuum - +1 250 °C ... +1 450 °C | VSE_8T series
The vertical lift-sole furnaces of the VSE8_T furnace family are designed for the main heat treatments and brazing at high temperature of vertical loads. The completely automatic system of movements of the hearth facilitates the loading of delicate parts to be handled (front cutting edge clearance angle of the sole). These furnaces are the vertical versions of the horizontal vacuum furnaces of the B8_T furnace family.
These high-pressure furnaces, from 1.4 to 12 bars, guarantee cooling rates that are compatible with the most demanding applications and ensure a high level of quenching homogeneity while limiting the risks of distortion. These vacuum furnaces can be equipped with convection to reduce the heating time and also to carry out homogeneous low-temperature heat treatments such as vacuum tempering cycles, often complementary to vacuum gas quenching.
These high-pressure furnaces, from 1.4 to 12 bars, guarantee cooling rates that are compatible with the most demanding applications and ensure a high level of quenching homogeneity while limiting the risks of distortion. These vacuum furnaces can be equipped with convection to reduce the heating time and also to carry out homogeneous low-temperature heat treatments such as vacuum tempering cycles, often complementary to vacuum gas quenching.
Gas quenching furnace / quenching / vacuum / compact - +1 250 °C ... +1 450 °C | BMICRO series
BMICRO is a compact vacuum furnace designed for integrated small productions, laboratories, Research and Development centres, universities, etc. and for all companies who wish to control all of their manufacturing processes, including...
Gas quenching furnace / quenching / vacuum / compact - +1 250 °C ... +1 450 °C | BMICRO series
BMICRO is a compact vacuum furnace designed for integrated small productions, laboratories, Research and Development centres, universities, etc. and for all companies who wish to control all of their manufacturing processes, including...
Brazing furnace / sintering / vacuum - +1 250 °C ... +1 450 °C | B5_T series
The BMI vacuum furnaces of the B5_T family are designed for the main high-temperature heat treatments that do not require high cooling rates (high pressure of up to a maximum of 2 bars abs can be applied to...
Brazing furnace / sintering / vacuum - +1 250 °C ... +1 450 °C | B5_T series
The BMI vacuum furnaces of the B5_T family are designed for the main high-temperature heat treatments that do not require high cooling rates (high pressure of up to a maximum of 2 bars abs can be applied to...
Quenching furnace / vacuum / oil - +1 050 °C ... +1 250 °C | B5_TH series
The BMI vacuum furnaces of the B5_TH family are designed for vacuum oil quenching applications. The heating chamber of this single-chamber furnace is directly integrated in the quenching chamber of the equipment. The load transfer is fully automatic and is carried...
Quenching furnace / vacuum / oil - +1 050 °C ... +1 250 °C | B5_TH series
The BMI vacuum furnaces of the B5_TH family are designed for vacuum oil quenching applications. The heating chamber of this single-chamber furnace is directly integrated in the quenching chamber of the equipment. The load transfer is fully automatic and is carried...