Annealing furnace FMU-12
thermalheat treatmentsintering

Annealing furnace - FMU-12 - Labotemp Systems - thermal / heat treatment / sintering
Annealing furnace - FMU-12 - Labotemp Systems - thermal / heat treatment / sintering
Annealing furnace - FMU-12 - Labotemp Systems - thermal / heat treatment / sintering - image - 2
Annealing furnace - FMU-12 - Labotemp Systems - thermal / heat treatment / sintering - image - 3
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Characteristics

Function
sintering, heat treatment, annealing, thermal
Applications
laboratory, for scientific research, for general purposes
Type
muffle
Designed for
for ceramics, for metal
Sterilization chamber material
ceramic fiber
Temperature control
high-temperature
Configuration
benchtop
Number of doors
1-door
Other characteristics
high-performance, automated
Temperature range

1,700 °C
(3,092 °F)

Capacity

12 l
(3.17 gal)

Description

Product Overview
Labotemp Muffle Furnace FMU-12 is an ISO & CE-certified electric lab muffle furnace rated to 1700°C with a 12 L chamber. The unit features an HHR polycrystalline mullite-fiber chamber, high-temperature alumina fiber insulation and HHR MoSi₂ rod heating for fast heat-up, consistent thermal uniformity and extended service life. A 7" touchscreen PL controller with PID regulation, programmable cycles (0–9999 min) and 1°C resolution provides repeatable temperature control for laboratory and R&D processes.

Key Benefits
  • Precise digital control via 7" touchscreen PL with PID and 1°C resolution.
  • Fast and uniform heating from HHR MoSi₂ rods and optimized insulation.
  • Programmable and safe operation with multi-stage programs, alarms and safety protections.

Features
  • Maximum temperature 1700°C for advanced material processing and high-temperature research.
  • 10 kW HHR MoSi₂ heating system delivering heat-up time <40 min and stable long-term performance.
  • HHR polycrystalline mullite fiber chamber combined with high-temperature alumina fiber insulation for improved thermal efficiency.
  • 7" touchscreen PL controller with PID control, programmable 0–9999 min operation and data curve display.
  • Built-in safety systems: over-temperature protection, leakage protection and door-opening cut-off.

Applications
  • Ceramics sintering
  • Metallurgy research
  • Crystal growth
  • Annealing and precision heat treatment
  • Thermal analysis and advanced material development; suitable for universities, R&D and industrial labs

Specifications
Model NO.: FMU-12
Volume: 12 L
Temperature Range: 1700℃
Temperature Resolution: 1℃
Temperature Accuracy: ±1℃
Current Rating: AC 380V
Power Rating: 10 kW
Rise Time: <40 min
Chamber Material: HHR Mullite fiber
Outer Shell: Cold-rolled steel
Insulation Layer: High-temperature alumina fiber
Heater: HHR MoSi₂ Rod
Exhaust Hole: Diφ22 Deφ18
Controller: 7" Touchscreen PL
Temperature Setting Mode: Touch
Temperature Display Mode: Touch/LED
Timer: 0–9999 min
Operation Function: Constant temp or program
Additional Function: Start/stop button; sensor alarm; overshoot setting; correction
Sensor: B-type
Safety Device: Overtemperature; leakage; door-opening protection
Chamber Size (mm): 300×200×200
Exterior Size (mm): 750×865×1150
Packing Size (mm): 910×1045×1360
NW/GW (kg): 150/170
Optional Type: 485 Communication; USB storage

Technical Specifications
  • Model: FMU-12
  • Capacity: 12 L
  • Max Temperature: 1700℃
  • Temperature Resolution: 1℃
  • Temperature Accuracy: ±1℃
  • Power: 10 kW
  • Voltage / Current Rating: AC 380V
  • Heating: HHR MoSi₂ rod
  • Chamber Material: HHR mullite fiber
  • Insulation: High-temperature alumina fiber
  • Controller: 7" touchscreen PL with PID, programmable 0–9999 min
  • Rise Time: <40 min
  • Chamber Dimensions: 300×200×200 mm
  • External Dimensions: 750×865×1150 mm
  • Net/Gross Weight: 150/170 kg
  • Safety: overtemperature, leakage and door-opening protection

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.