Vacuum Furnace FVA-03

Name: Vacuum Furnace FVA-03
Brand: Labotemp
SKU: FVA-03
Rating: 4.8 (928 reviews)

Labotemp Vacuum Furnace FVA-03 is a 12 L high-performance laboratory vacuum furnace engineered for precise, repeatable thermal processing in research and industrial environments. Rated to 1200°C, the FVA-03 supports vacuum annealing, sintering, degassing and heat treatment where controlled atmospheres and thermal stability are essential. HRE resistance wire heating elements ensure uniform heat distribution and long service life; a Shimaden (Japan) N-type controller delivers ±1°C accuracy and reproducible process control.
The 200×300×200 mm chamber accepts larger samples for materials research, powder metallurgy, ceramics and electronic component testing. Vacuum and inert-gas compatibility minimize oxidation and contamination. Water-cooled safety and robust construction enhance reliability. Developed by experienced vacuum furnace manufacturers, Labotemp offers application support and serviceability for university labs and industrial R&D.

Why choose FVA-03?

✓ High-temperature: Performance to 1200°C.
✓ Versatile processing: Vacuum heat treatment, annealing, sintering, brazing.
✓ Compliance: Built to ISO standards and CE-certified.

Catalog

Model NO. : FVA-03 Model NO.	FVA-03
Volume (L) : 12 Volume (L)	12
Max Temp (°C) : 1200 Max Temp (°C)	1200
Working Temp (°C) : 1100 Working Temp (°C)	1100
Voltage : 220V Voltage	220V
Power (kW) : 4 Power (kW)	4
Chamber Size (mm) : 200×300×200 Chamber Size (mm)	200×300×200
Heating Element : HRE Resistance Wire Heating Element	HRE Resistance Wire
Thermocouple Type : N Type Thermocouple Type	N Type
Controller : Shimaden (Japan) Controller	Shimaden (Japan)
Vacuum / Pump System : By Pump System Vacuum / Pump System	By Pump System
Cooling Requirement : No Cooling Requirement	No

Water-Cooled Safety
➤ Water-Cooled Safety
High-precision laboratory vacuum furnace designed for uniform heat treatment up to 1200°C.
➤ High-precision laboratory vacuum furnace designed for uniform heat treatment up to 1200°C.
Uses HRE resistance wire heating elements providing excellent thermal stability and long operating life.
➤ Uses HRE resistance wire heating elements providing excellent thermal stability and long operating life.
Equipped with Shimaden (Japan) N-type temperature controller for highly accurate temperature control and reproducible process results.
➤ Equipped with Shimaden (Japan) N-type temperature controller for highly accurate temperature control and reproducible process results.
200×300×200 mm chamber allows larger sample capacity compared to smaller models.
➤ 200×300×200 mm chamber allows larger sample capacity compared to smaller models.
Supports vacuum and inert gas atmosphere operations via an external pump system, minimizing oxidation and contamination.
➤ Supports vacuum and inert gas atmosphere operations via an external pump system, minimizing oxidation and contamination.

Ideal for annealing, sintering, degassing, and heat treatment of metal and ceramic materials
➤ Ideal for annealing, sintering, degassing, and heat treatment of metal and ceramic materials
Used in university research labs, material testing centers, and industrial R&D
➤ Used in university research labs, material testing centers, and industrial R&D
Suitable for powder metallurgy, electronic component manufacturing, and prototype sample development
➤ Suitable for powder metallurgy, electronic component manufacturing, and prototype sample development

Water-Cooled Safety
High-precision laboratory vacuum furnace designed for uniform heat treatment up to 1200°C.
Uses HRE resistance wire heating elements providing excellent thermal stability and long operating life.
Equipped with Shimaden (Japan) N-type temperature controller for highly accurate temperature control and reproducible process results.
200×300×200 mm chamber allows larger sample capacity compared to smaller models.
Supports vacuum and inert gas atmosphere operations via an external pump system, minimizing oxidation and contamination.

Ideal for annealing, sintering, degassing, and heat treatment of metal and ceramic materials.
Used in university research labs, material testing centers, and industrial R&D.
Suitable for powder metallurgy, electronic component manufacturing, and prototype sample development.