Resistance Vacuum Furnace Examples

Custom designed furnaces to match your process requirements.

We work with our customers to determine the proper heating method, whether induction or resistance, and then fine tune the design to meet product loading and system features.  From inert gas sintering furnaces to advanced CVD applications with class I Division II Vapor delivery systems complete with distributed control architecture; Graphite Furnace Systems will build a vacuum furnace that will exceed your expectations in both performance and quality.

Graphite Resistance Vacuum Furnace

Rated at 2300° C

  • Load size: 38″ w x 38″ h x 70″ d
  • External forced cooling system with external heat exchanger
  • Touch screen PLC based control system with built in Data Acquisition and web server. Individual alarms can be sent as emails and text messages to cell phones, viewable via customers intranet with allowed access, remote diagnostics available.
  • Retractable Thermocouple / Pyrometers for high temperature operation with purged sited ports and isolation valves
  • Available with Diffusion pumps for high vacuum operation

Graphite Resistance Vacuum Furnace

Rated at 1600° C

  • Load size: 24″ w x 20″ h x 40″ d
  • External forced cooling system with external heat exchanger
  • Touch screen PLC based control system with built in Data Acquisition and web server. Individual alarms can be sent as emails and text messages to cell phones, Viewable via customers intranet with allowed access, remote diagnostics available.
  • Available with temperatures to 2300 oC
  • Available with Diffusion pumps for high vacuum operation

Vertical Top Load Resistance Vacuum Furnace

Rated at 2000° C

  • Load size: 30″ dia x 36″ deep
  • Top load with removable dome
  • Delta Vtm  based control system with Foundation FieldBUS, ASINet, and DeviceNET networks.
  • System designed to be installed 16″ above the floor into a mezzanine

Mim-Metal Injection Molding Debind/Sinter Furnace

Rated at 1600° C

Custom designed furnaces …

…to match your process requirements