1100°C Crucible Furnace

1100°C Crucible Furnace

Product Details

Designed for energy efficiency and compact design, the 1100°C Crucible Furnace covers a variety of vertical heat processing and melting applications. Insulation plugs minimize heat loss. This furnace is compatible with alumina, mullite, quartz, and metallic crucibles and exhibits fast heat-up and recovery rates.

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Key Specifications


ModelTop Vestibule ID
inches (cm)
Heated Depth
inches (cm)
WattageOverall Dim.
inches (cm)
Use w/
Control Type
Shipping Weight lbs.
566115 (12.7)8 (20.3)1,70014 x 14 x 20
(35.6 x 35.6 x 50.8)
568217.5 (19)8 (20.3)2,60020 x 20 x 22
(50.8 x 50.8 x 55.9)
Specifications and Product Information are subject to change without notice.


  • Allows for maximum end-user flexibility
  • Compact footprint ideal for laboratory spaces
  • Compatible with SPECVIEW® data acquisition software
  • Components are easily replaced
  • Energy efficient design for minimal heat loss
  • Fast heat-up and recovery rates, exceptional temperature uniformity and energy efficiency provided for low outer shell temperature.
  • Provides best control parameters values during furnace operation
  • Provides state-of-the-art temperature control
  • Replacement of the furnace control instrument, thermocouple and heating elements easily facilitated
  • Temperature – 1100°C (2012°F) maximum


  • Ceramic fiber hearthplate
  • Cover plug with ceramic fiber insulation and handle for safe removal
  • Designed for use with a variety of crucibles including alumina, mullite, quartz and metallic
  • Heating element is embedded in energy efficient ceramic fiber insulation
  • Instruments include a dual display readout, comparing the actual and setpoint chamber temperatures
  • Insulated air spaces and cabinet venting
  • Self-tuning control instrument
  • Well insulated furnace vestibule
  • Control Console:
    • Programmable temperature controller with solid-state power module, On/Off switch and thermocouple
    • PID control algorithm. Offers 10 programs, 24 segments each
    • Multiple outputs, along with panel mounted Ethernet communications port
    • I-Tools communication cable
    • Separate adjustable digital over-temperature control (factory installed)
      • Protects furnace and load in the event of primary control circuit failure
      • Overrides the main controller, and shuts off power to elements if a high limit is reached
      • Manual reset required for safety
      • Operates via magnetic contacts through signal from independent thermocouple


  • Combustible gas safety system
  • Inert atmosphere retorts
  • Nanodac paperless chart recorder