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Lab Expo Muffle Furnace LE-MF101 supports a maximum temperature of up to 1200°C, allowing for precise material processing at elevated heat levels. It offers multiple process options with programmable segments for flexible ramps and holds programming. Its advanced temperature control system uses AI-regulated PID technology with automatic heating, cooling, and self-tuning functions. The 7-inch LCD touchscreen provides intuitive operation. Our Muffle Furnace LE -MF101 is suitable for research laboratories, industrial quality control, and material processing applications.
$9,830.00 $ 8192
| Maximum Temperature | 1200℃ |
| Capacity | 12L |
| Working Temperature | ≤ 1200℃ |
| Temperature Uniformity | 10 ℃ |
| Temperature control accuracy | ±1℃ at constant temperature |
| Heating element | High-purity-shaped silicon-carbon rod heating |
| Heating method | Left and right side heating |
| Heating zone | 1warm zone |
| Maximum rate of heating | 0.1 30°C /min (adjustable) |
| Temperature measuring element | S-type with graduations ,temperature range to 1600°C |
| Surface temperature rise | ≦ 42℃ |
| Protection system | The device is equipped with over-temperature protection, disconnection protection, leakage current protection, and over-voltage/over-current protection. |
| Power supply | Two-phase 380V,50Hz |
Function Implementation Material calcination labs 12L capacity supports batch processing of samples Quality control testing ±1℃ accuracy enables repeatable analytical results Research material studies Maximum temperature 1200℃ allows high-temperature sintering Industrial heat treatment Heating rate up to 30°C/min facilitates rapid thermal cycling Laboratory ash analysis Surface rise ≤42℃ ensures safe external handling during operation
Lab Expo 1200C Muffle Furnaces are structured around high-density insulation and robust heating elements to maintain uniform thermal conditions at elevated temperatures. This laboratory furnace supports operation up to 1200 C with microprocessor-based temperature control for precise programming and real-time monitoring. Corrosion-resistant chambers, fast heat recovery, and over-temperature protection ensure repeatable ashing, material testing, and high-temperature processing for research, industrial, and quality-control workflows.
