250 gms (NanoGold)

250 gms (NanoGold)

Technical Specification

  • Power Supply
    1 Ø
  • Voltage
    230V, 50Hz / 60Hz
  • Absorbed Power
    1.4 Kw
  • Capacity of High destiny Crucible
    250 gm 24Kt (Au)+
  • Maximum Temperature
  • Melting Time
    3 min.++
  • Temperature Measurement
  • Water re-cooling System
    Standard Equipment
  • Colling Water Temperature
    20°C - 30°C
  • Water Pressure
    4.5 Bar
  • Maximum Water Flow
    1.5 ltr/min
  • Weight
    43 Kg
  • Dimensions (mm) L * B * H
  • Induction Generator
    465 X180 X 380
  • Chilling Unit
    330 X 400X 430

† Brimful capacity

†† Under Standard condition

Enquire Us Now

Enquiry for 250 gms (NanoGold)

Metro Electric Company the pioneer’s in Indian Precious metals sector have developed this induction system keeping in mind Small Jewellery shops to give premium class quality product at economy class price.

Advantage of Melting small quantities at automatic appropriate energy consumption is an added advantage in today’s competitive world. Small in size and low on budget, and host of other Features to suite your needs of fast and economical melting with assurance of timely services.

The NANO GOLD induction system is available in 250 gms melting capacity and most suitable to goldsmith workers and is most advanced induction system with digital control & display. It works in complete Auto Mode for convenience of melting and temperature controlling.


  • Small in size and convenient layout
  • Easy to install and operate
  • No metal loss or burning loss
  • Feather touch control; Simple in operation
  • Display of system parameters and faults
  • Perfect Homogeneous mixing of alloys
  • Zero Tolerance safety system
  • Automatic power and temperature regulation


  • 80% income Tax Depreciable
  • Increased Productivity
  • Can Be installed in Smallest jewellery shop
  • Digital Display of parameters and faults
  • Zero maintenance
  • Energy saving – flame less furnace
  • Continuous operation as chilling unit is included with the system