Vacuum Induction Melting Furnace

10–20kg Vacuum Induction Melting Furnace

  • Working Zone:100×100×100 mm – 800×800×3000 mm (Customizable)
  • Chamber Configuration:Vertical, horizontal, or custom-designed structures
  • Control System:PLC with touchscreen interface
  • Safety Features:Over-temperature alarm, leakage protection, etc.
  • Atmosphere Control:Vacuum or optional controlled gas environment(N₂, Ar, H₂, etc.)
  • Advantages:ISO & CE certified, uniform heating, PLC control, energy-efficient, safe operation

Offers efficient melting of ferrous and non-ferrous metals under high vacuum or inert gas. Compact and customizable, ideal for small batch production and laboratory alloy development.

Introduction

The 10–20kg vacuum induction melting furnace is engineered for small-scale industrial production and high-precision research applications. It utilizes medium frequency induction heating in combination with a high-performance vacuum system, enabling metal melting under high vacuum conditions. Ideal for processing nickel-based alloys, special steels, magnetic materials, and high-temperature alloys, this furnace is also suitable for the vacuum precision casting of small metal parts.

Key Features

  • Advanced Heating: Equipped with either IGBT or KGPS medium frequency power supply; maximum temperature reaches up to 2300℃.
  • Efficient Vacuum System: Integrates mechanical pump + Roots pump + diffusion pump combination; ultimate vacuum level can reach 6 × 10⁻³ Pa.
  • Alloy Feeder: Standard manual feeder allows step-by-step material addition using a hand wheel; optional secondary feeding system for continuous vacuum feeding.
  • Smart Operation: User-friendly HMI with HD touch screen and built-in proprietary control software.
  • Observation Window: High-clarity glass observation window (with vapor shield) for monitoring the melting process.
  • Robust Induction Structure: Inductor made from rectangular copper tubing, fixed via double coupling heads for easy disassembly.
  • Customizable Crucibles: Can be fitted with pre-sintered forming crucibles or pounded crucibles; refractory material chosen based on the type of metal being processed.

Technical Parameters

Model

Loading Capacity(kg)

Rated Frequency(Hz)

Rated Power(kW)

Ultimate Vacuum(Pa)

Cooling Water(T/h)

BR-RLL-10

10

3000

60

6x10-3

10

BR-RLL-25

25

2500

120

6x10-3

15

BR-RLL-50

50

2000

160

6x10-3

25

BR-RLL-100

100

2000

200

6x10-3

30

BR-RLL-200

200

1000

200

6x10-3

35

BR-RLL-300

300

800

250

6x10-3

40

BR-RLL-500

500

800

350

6x10-3

50

BR-RLL-1000

1000

800

400

6x10-3

70

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