• PID controlled software and synchronized hardware
• 4 line wide LCD display and user friendly operation
• Audio warnings at the end of each step and at the end of the whole heating program
• Total heating time and average working temperature are displayed
• Date and time settings available
• Microprocessor automatically cuts power to the heating elements and alerts if the control unit/ control card is overheated or if the furnace is heated above the maximum heating temperature
• Temperature calibration correction via menu
• Waiting levels provided
• Auto start at the set date (year-month-day-time)
• Offset calibration via menu (±10°C)

In material research industry they are used for testing novel materials under strict temperature and varying atmosphere conditions. In the electronics industry they are used for testing electronic components and semiconductor materials under inert atmospheres or vacuum. They are also used for testing temperature sensors such as thermocouples and PT100, which may require enhanced thermal uniformity.