1) Anhydrous cold-dissolving electrode device.

In order to avoid a structure in which coolant is circulated inside the vacuum chamber as much as possible,

An electrode, which is a high frequency output transmission device, is used as an anhydrous cooling electrode device.


1.1) Rated input: 1 phase 350 - 550 V 75 KW

1.2) Cooling method: Air cooling and forced circulation gas cooling method

1.3) Rated output frequency: 20-30 KHZ

1.4) Material used: High purity anaerobic.

1.5) Circular gas quantity: 10LPM/5Kg/㎠

1.6) Input terminal : Compatibility with output terminal of current conversion device of low pressure and high current

1.7) Appearance dimensions: 2250 × 300 L

1.8) Weight: 30kg

2) Current conversion system.

Existing high-frequency facilities are high-voltage and low-current facilities that utilize cold crumbles.

It₩s not suitable for self-support, so it doesn₩t affect existing facilities.

A TransFormer that generates a low voltage and high current required to achieve the desired purpose.

It is connected in series and driven.


2.1) Rated input: 1 phase 600 - 800V 75KW

2.2) Rated output: 1 phase 350 - 550 V 3000 A

2.3) Cooling method: Air-cooled and forced water-

2.4) Rated output frequency: 20-30 KHZ

2.5) Material used: High purity anaerobic

2.6) Applied core: Molding ferrite powder core

2.7) Appearance dimension : 350 x 350 x 350H

2.8) Weight: 80kg

3) COLD CRUCIBLE (for CU500g)

In order to dissolve high purity metal, cold crumbles are used without a separate crucible.

Therefore, as a metal crucible for self-support dissolution, a high purity water-cooled metal tube is used.

It is a structure that easily affects a metal with a high frequency magnetic field.


3.1) Material: High purity anaerobic.

3.2) Rated capacity: CU 500g.



3.3) Structure: It is a circular water-cooled metal tube structure, and the metal tube spacing is 0.5 mm.

3.4) Appearance dimensions: ∅70 x 120H


3.5) Weight: 20kg.