Discover the Precision of the 1400°C Vacuum Atmosphere Tube Furnace for Your Laboratory

Are you tired of inconsistent heating compromising your experimental accuracy or dealing with contamination in high-temperature environments? The 1400°C Vacuum Atmosphere Tube Furnace from MASTER SCIENCE is purpose-built to solve these challenges. Designed for researchers and laboratory equipment purchasers, it delivers unmatched precision, contamination-free performance, and long-term reliability for advanced material science, nanotechnology, and semiconductor applications.

This furnace establishes a stable, clean, and precisely controlled thermal environment, eliminating temperature fluctuations and atmospheric impurities that ruin results. Its vacuum capability up to -0.1 MPa prevents oxidation, while a uniform temperature field (±1°C accuracy) ensures even heating throughout the working zone. For lab managers focused on cost control, the energy-saving insulation technology cuts power consumption by over 50%, minimizing operational expenses without sacrificing performance.

Engineered with robust safety and intelligent control, the MASTER SCIENCE 1400°C furnace transforms complex high-temperature processing into a streamlined, efficient, and reliable operation.

Key Benefits That Elevate Your Research

1. Superior Precision and Control
Achieve consistent, reproducible heating from 300°C to 1400°C. The microcomputer PID controller and K-type thermocouple automatically compensate for resistance variations in the silicon carbide (SiC) heating elements, maintaining ±1°C uniformity. No more manual adjustments or temperature drift — every experiment stays stable and accurate.

2. Clean and Controlled Atmosphere
The vacuum chamber (-0.1 MPa) and 316 stainless-steel gas pathway provide an inert or customizable atmosphere, preventing contamination and oxidation. Its corrosion-resistant design and quick-release flange system allow effortless sample loading, saving valuable setup time and ensuring sample purity.

3. Energy Efficiency and Cost Savings
A polycrystalline mullite fiber chamber formed through vacuum adsorption offers superior insulation and heat retention. Combined with double-layer air-cooling, it reduces power consumption by over 50% and extends furnace life — a smart investment for labs balancing high performance and budget efficiency.

4. Intuitive User Interface
Operate with confidence through a 7-inch color touch screen (or digital display option). Program up to 50 heating steps, monitor real-time temperature curves, and export data via USB. This user-friendly system simplifies training, minimizes human error, and supports both fixed-temperature and multi-segment heating experiments.

5. Reliable Safety and Durability
Built for heavy laboratory use, the cold-rolled steel shell with protective coating resists corrosion and heat stress. Safety systems — including over-temperature, leakage, and over-current protection — ensure worry-free operation. The automatic cooling fan continues to run until the furnace temperature drops below 60°C, preventing overheating and extending system life.

6. Flexible Models for Diverse Applications
Available models from MSLTF14P40SWISS to MSLTF14T80SWISS accommodate tube sizes Φ40/34×1000 mm to Φ80/70×1000 mm, heating zones of 200–400 mm, and constant zones of 70–140 mm. Choose the ideal configuration for your specific experiment scale — without overpaying for unused capacity.

Technical Highlights

Operating Range: 300°C–1400°C
Temperature Uniformity: ±1°C
Resolution: 1°C
Heating Rate: 0–20°C/min
Heating Power: 3–5 kW (model-dependent)
Chamber Material: Polycrystalline mullite fiber
Vacuum Capability: Up to -0.1 MPa
Atmosphere System: 316 SS gas path with alumina tube options (Φ40–Φ80 mm)
Control System: 7-inch touchscreen or digital PID controller, 50 programmable steps, real-time curve display, USB export, and up to 999.9 hours programmable time

The volume is 3.85L
Power Supply: AC 220 V 50 Hz
Safety: Over-temperature, over-current, leakage protection, and forced air cooling

Ideal Applications

·       Semiconductor fabrication and annealing

·       Nanomaterial synthesis and sintering

·       Fiber and glass material research

·       Advanced ceramics and powder metallurgy

·       Material composition analysis and quality control testing

Wherever precision, purity, and stability define success, the MASTER SCIENCE 1400°C Vacuum Atmosphere Tube Furnace ensures repeatable results and operational excellence.

Upgrade to Proven Precision

Backed by CE and ISO certifications, factory-direct pricing, and customization options, MASTER SCIENCE furnaces empower labs to achieve breakthroughs faster, safer, and more efficiently.

Contact us today to configure your ideal furnace system — because in high-temperature research, every degree matters.