Benchtop Vacuum Arc Melting System with Large Cavity up to 200 g (Fe) - SP-MSM200

Benchtop Vacuum Arc Melting System with Large Cavity up to 200 g (Fe) - SP-MSM200

Minimum Order: $20 (equipment), $100 (crystals)

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SP-MSM200 is a compact arc melting furnace with a water-cooled copper hearth to melt metallic samples up to 200g (Fe as ref.). A built-in mechanical manipulator is included for tilting and rotating metal ingots for the re-melting process. This furnace also can be used for hydrogen plasma arc melting ( please see option note at the bottom of the page )
Note: Upgrade Max current to 250A, since July 15, 2023


SPECIFICATIONS:

Features
  • Designed for melting single samples of 200g (Fe alloy) up to 3500 °C under Ar gas.
  • Water-cooled vacuum chamber, electrode, and copper hearth with one larger cavity (round or rectangular) and several small cavities.
  • Powerful arc melting power supply (8 KW) enables reliable, stable arc ignition
  • Easy electrode tilting and height adjustment via a handwheel
  • A built-in mechanical wobble stick for tilting and rotating samples without breaking the vacuum
  • A tinted observation window on the front for monitoring the melting process

 

Front tinted window    Manipulator    Chamber Door  Flashlight Insert

 

Vacuum Pressure Gauge
Power Supply
  • 208 - 240 VAC,1ph, 50/60Hz, 7.3 kW
  • Output DC output: 315A/22.6V @ 60% duty cycle (max. 6 min continuous operation every 10 min)
    244A/20.0V @ 100% duty cycle (continuous operation)
  • The HF function is included for easy arcing without contact with samples. 
  • Optional: 25 KW, power supply ( 460V, 3 Phase, 630A VDC Max), is available upon request  for refractory alloys, such as Mo, Ta, W based alloy
  • Pic. A is a 4.5 g tungsten melt drop paired with 300 A power supply
  • Pic.B is a 10 g tungsten melt drop paired with 630 A power supply
  • A.4.5 g B.10 g 
Tungsten Electrode
   
  • 6 mm Dia. tungsten electrode with water cooling
  • Easy electrode tilting and height adjustment (30 mm max) for multiple-cavity melting
  • Capable of melting samples < 200 g iron-based alloy in each cavity up to 3500 °C.
Copper Crucible
  • Water-cooled copper crucible plate with one large capacity with several small cavities (Pic. 1-2). 
  • Round cavity: 70 mm diameter x 15 mm Depth (Included)
  • Rectangular cavity: 100 mm L x 40mm W x 15 mm Depth (optional at extra cost)
  • Three 25mm dia. × 12.5 mm Deep small cavities are used for Ti melting to reduce the trace oxygen inside the chamber before processing, or small samples for < 20 g
  • In order to melt the alloy uniformly, double-side melting is required
  • Optional:  Crucile with vacuum casting is available upon request. ( Pic. 4)
pic1          pic2   pic3 pic4

 

Vacuum Chamber
  • Water-cooled vacuum chamber with dimensions of Φ 182 mm × 225 mm H
  • A Φ120mm front door for easy sample loading and retrieving
  • A tinted observation window on the front for monitoring the melting process
  • A built-in mechanical manipulator for tilting and rotating samples without breaking the vacuum

Vacuum (Optional)

  • The vacuum level is dependent on the vacuum pump (Vacuum pump is not included, please click the picture below to order separately)
Pic. 1      Pic. 2    

Water Chiller (Optional)

Middle Size Digital Temperature Controlled Recirculating Water Chiller with 16L/min Flow, 6K BTU/hr - EQ-KJ5300
Compliance
  • CE certified
  • UL/CSA certification by NRTLs is available at an extra cost
Upgrade option

 

Furnace Dimension:

  • 540 mm W × 540 mm D × 920 mm H (exclude the power supply) 
  • Power supply dimension: 320 mm L x 185 mm W x 485 mm H

Net Weight:

  • 50 kg

Shipping:

  • Shipping Dimension:48"x40"x63"
  • Shipping Weight: 400 lbs



MTI offers a One-Year limited warranty for this product.

The MTI One Year Limited Warranty does NOT cover

  • Consumable parts, such as graphite dies, O-rings, crucibles, screws, washers, glassware, etc.
  • Any damage and rust resulting from improper storage or maintenance.
  • Any damages caused by the use of corrosive and acidic gases.
  • Any damage resulting from failing to adhere to the individual product's specific operation requirements, such as water cooling, venting, etc.
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