Consarc Tandem Chamber Induction Skull ...

Consarc - Tandem Chamber Induction Skull Melting Furnace

Tandem Chamber Induction Skull Melting Furnace

Consarc offers Induction Skull Melting (ISM) furnaces which is a method of melting metals in a segmented water-cooled copper vessel while under vacuum or controlled atmosphere using an induction coil

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Consarc’s tandem chamber design is designed for the production of high volume castings. The second chamber allows the user to switch power from one unit to the other resulting in maximum utilization of the Power Supply. Consarc ISM furnaces provide superior chemical and thermal homogeneity when compared to more traditional methods of melting reactive materials such as arc skull casting.

Features of this product

2 Independent chambers sharing a single power supply
Maximum Utilization of the Power Supply
High Throughput
Built in Redundancy with two chambers
Low overhead clearance

Specifications of this product

Capacities: 5kg – 100kg+
Vacuum Levels: up to 1×10^-5 torr
Centrifugal casting up to 400 RPM
Copper Crucible from a single forged piece of material
CCTV System for viewing melt remotely
Remote controls for safe operation

To contact Inductotherm Group Australia about Consarc Tandem Chamber Induction Skull Melting Furnace use Get a quote.

Features of this product

2 Independent chambers sharing a single power supply
Maximum Utilization of the Power Supply
High Throughput
Built in Redundancy with two chambers
Low overhead clearance

Specifications of this product

Capacities: 5kg – 100kg+
Vacuum Levels: up to 1×10^-5 torr
Centrifugal casting up to 400 RPM
Copper Crucible from a single forged piece of material
CCTV System for viewing melt remotely
Remote controls for safe operation

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To contact Inductotherm Group Australia about Consarc Tandem Chamber Induction Skull Melting Furnace use Get a quote.

AI Overview BETA

The Consarc Tandem Chamber Induction Skull Melting Furnace melts metals in a segmented, water-cooled copper vessel under vacuum or a controlled atmosphere. Its two chambers share one power supply, which can switch between units to keep the supply in use. For high-volume castings of reactive materials, it provides greater chemical and thermal homogeneity than traditional reactive-metal melting methods.