Muffle Furnace EZL-MF102 Catalog

Description

EziLab Muffle Furnace EZL-MF102 operates up to 1200°C with 4.5L chamber capacity and PID automatic control, featuring a laboratory furnaces unit with 1°C variation, 20°C/min heating rate, K-type thermocouple feedback, and 7-inch colour touchscreen for programme monitoring. The 4.5L chamber supports medium batch loads with stable thermal exposure across the work zone. 20°C/min heating rate supports flexible ramp profiles, while the 7-inch colour touchscreen supports real-time programme monitoring for material analysis, ash content testing, ceramics research, and metallurgical workflows via Lab Equipment and EziLab's full range of furnaces for lab workflow integration.

Specifications

Capacity 4.5 L
Maximum Working Temperature 1200°C
Continuous Working Temperature RT to 1150°C
Heating Rate Maximum Heating Rate: 20°C/min
Temperature Accuracy ±1°C
Thermocouple K type
Heating Element Resistance Wire
Temperature Control PID automatic control
Furnace Material Double layer steel casing
Display 7” colour touch screen
Rated Power 3 Kw
Working Voltage AC 208V-240V, 50/60Hz
Chamber Dimension (W×D×H) 150×150×200 mm
Overall Dimension (W×D×H) 390×600×430 mm
Net Weight 40 kg

Features

  • ✓ Ceramic fiber furnace chamber to ensure fast heating rate and save power
  • ✓ Double layer steel casing with fan cooling assistance to ensure the surface temperature is below 50C
  • ✓ Intelligent sensor alarm function
  • ✓ Digital PID controller
  • ✓ Intuitive and easy to use operating menu
  • ✓ Easy to open door handles
  • ✓ Current temperature and setting temperature are displayed separately on control panel
  • ✓ Highly efficient fan motor ensures uniform air circulation
  • ✓ Excellent temperature accuracy
  • ✓ Simple to use and maintain
  • ✓ Over-temperature limit function
  • ✓ Less and low noise operation with gentle air currents
  • ✓ Vent hole on top is a perfect solution for waste gas during material sintering

Applications

  • ✓ It is an ideal device for research labs and dental labs to prepare small size samples with maximum energy saving.