Muffle Furnace FMU-07

Name: Muffle Furnace FMU-07
Brand: Labotemp
SKU: FMU-07
Rating: 4.6 (935 reviews)

Labotemp Muffle Furnace FMU-07 is an ISO & CE-certified high-temperature muffle furnace engineered for laboratory and research use up to 1600°C (1500°C continuous). This compact benchtop electric muffle furnace combines a polycrystalline mullite fiber chamber, high-temperature alumina insulation and a cold-rolled steel shell to minimize heat loss and extend service life. MoSi₂ rod heating yields rapid rise time (<40 min) and uniform temperature distribution, making FMU-07 a high-efficiency furnace for ceramic sintering, crystal growth, metal annealing and advanced material development.

The digital muffle furnace features a 7″ touchscreen programmable PID controller with S-type sensor, 1°C resolution and ±1°C accuracy, multi-segment programming, timer and comprehensive safety protections. Ideal for ashing, thermal analysis and heat treatment, FMU-07 integrates easily into university, research institute and industrial lab workflows and is supported by Labotemp as a trusted furnace manufacturer and furnace supplier.

Why choose Muffle Furnace FMU-07?

✓ Certified Performance: ISO & CE compliance for lab standards.
✓ Precise Control: Touchscreen PID, S-type sensor (±1°C, 1°C res.)
✓ Rapid Heating: MoSi₂ rod system; <40 min rise time.

$6036

Model NO.	FMU-07
Volume	4L
Temperature Range	1600℃ (1500℃ continuous)
Temperature Resolution	1℃
Temperature Accuracy	±1℃
Current Rating	AC 220V
Power Rating	5.5 kW
Heater	MoSi₂ Rod
Rise Time	<40 min
Chamber Material	Polycrystalline Mullite fiber
Outer Shell	Cold-rolled steel
Insulation Layer	High-temp alumina fiber
Exhaust Hole	ODφ22 IDφ18
Controller	7” Touchscreen PL
Temperature Setting Mode	Touch
Temperature Display Mode	Touch/LED
Timer	0–9999 min
Operation Function	Constant temp or 30-segment program
Additional Function	Start/stop button; sensor alarm; overshoot setting; temp correction
Sensor	S-type
Safety Device	Overtemp; leakage; door-opening protection
Chamber Size (mm)	150×150×150
Exterior Size (mm)	600×815×1100
Packing Size (mm)	760×985×1310
NW/GW (kg)	80/100
Optional Type	Air inlet

➤ 1600°C High Range
➤ High-temperature muffle furnace capable of reaching 1600°C, with 1500°C continuous working temperature, ensuring stable long-term operation
➤ Equipped with MoSi₂ heating rods and polycrystalline mullite fiber insulation, providing fast heating, high efficiency, and excellent thermal stability
➤ Advanced 7-inch touchscreen programmable controller with 30-segment programming, precise PID control, and real-time temperature display
➤ Strong structural durability with a cold-rolled steel exterior and high-temperature alumina fiber insulation for reduced heat loss
➤ Enhanced safety features including over-temperature protection, leakage protection, and door-opening heating cut-off

➤ Ideal for laboratory high-temperature processing, material development, ceramics sintering, and heat treatment experiments
➤ Suitable for universities, research institutes, and industrial labs requiring precise temperature control up to 1600°C
➤ Used for crystal growth, metal annealing, melting tests, and thermal analysis studies

1600°C High Range
High-temperature muffle furnace capable of reaching 1600°C, with 1500°C continuous working temperature, ensuring stable long-term operation.
Equipped with MoSi₂ heating rods and polycrystalline mullite fiber insulation, providing fast heating, high efficiency, and excellent thermal stability.
Advanced 7-inch touchscreen programmable controller with 30-segment programming, precise PID control, and real-time temperature display.
Strong structural durability with a cold-rolled steel exterior and high-temperature alumina fiber insulation for reduced heat loss.
Enhanced safety features including over-temperature protection, leakage protection, and door-opening heating cut-off.

Ideal for laboratory high-temperature processing, material development, ceramics sintering, and heat treatment experiments.
Suitable for universities, research institutes, and industrial labs requiring precise temperature control up to 1600°C.
Used for crystal growth, metal annealing, melting tests, and thermal analysis studies.