A Laboratory Vacuum Oven is a high-precision drying and sterilization system designed for moisture removal, outgassing, and heat-sensitive material processing under controlled low-pressure environments.
Equipped with vacuum chamber technology, temperature stability, and an inert gas supply option, it provides chemical-free drying, ensuring safe and efficient sample preparation in pharmaceutical, biomedical, and industrial research laboratories.
With digital control features, user-friendly operation, and contamination prevention systems, the vacuum drying oven is essential for granular material processing, powder sample drying, and thermal treatment of laboratory specimens
Precision Temperature Control System
- Digital PID controllers ensure accurate and stable temperature settings.
- Uniform heat distribution for consistent drying without overheating samples.
Vacuum Chamber for Low-Temperature Drying
- Removes moisture, volatile compounds, and solvents without sample degradation.
- Prevents oxidation and contamination, making it ideal for sensitive materials.
Multiple Vacuum Pump Compatibility
- Supports oil-sealed, dry scroll, and rotary vane vacuum pumps.
- Ensures faster drying times and improved efficiency.
Inert Gas Supply for Safe Processing
- Allows nitrogen or argon purging to prevent sample oxidation.
- Maintains controlled environmental conditions for high-purity sample drying.
Chemical-Free Drying & Sterilization
- Provides non-toxic, chemical-free sterilization of laboratory tools and medical instruments.
- Ensures contamination-free sample handling.
Energy-Efficient Design with Uniform Heating
- Low-energy consumption technology reduces operational costs.
- Double-layered insulation maintains consistent temperature control.
Digital Touchscreen & Programmable Settings
- Features LED/LCD digital control panels for easy programming and real-time monitoring.
- Pre-set drying cycles and data logging improve efficiency.
High-Temperature Vacuum Oven Models Available
- Standard models operate at 50°C to 250°C, with high-temperature models up to 500°C.
- Supports advanced research and industrial material testing.
| Feature | Specification |
|---|---|
| Temperature Range | 50°C to 250°C (High-Temperature Models Available) |
| Vacuum Range | 0.1 mbar to 760 Torr |
| Control System | Digital PID Temperature Controller |
| Chamber Material | Corrosion-Resistant Stainless Steel |
| Drying Time Optimization | Programmable Timed Drying Cycles |
| Inert Gas Purging | Compatible with Nitrogen & Argon |
| Energy Efficiency | Low Power Consumption & Insulated Design |
| Applications | Pharmaceutical, Industrial, Material Science, Research Labs |
Pharmaceutical & Biotechnology Research
- Used for drug formulation drying, powder sample sterilization, and solvent evaporation.
- Ensures safe processing of heat-sensitive biomaterials.
Industrial & Material Science Applications
- Ideal for polymer curing, composite material drying, and semiconductor processing.
- Used in electronics manufacturing for moisture-sensitive component drying.
Food & Beverage Processing
- Supports low-temperature dehydration of food products and botanical extracts.
- Ensures nutrient preservation and extended shelf life.
Forensic & Environmental Testing Laboratories
- Facilitates moisture content analysis in soil, forensic samples, and chemical residues.
- Used for decontamination of lab samples before testing.
Medical & Sterilization Techniques
- Used in medical research for non-thermal sterilization of surgical instruments and lab tools.
- Prevents bacterial and fungal contamination in biological studies.
Advanced Vacuum Technology for Faster Drying
- Low-pressure vacuum system speeds up moisture removal without overheating.
- Prevents sample oxidation, degradation, and contamination.
Highly Precise & Consistent Temperature Control
- PID-controlled temperature system maintains uniform heating.
- Ensures stable drying conditions for research and industrial applications.
Versatile Compatibility with Vacuum Pumps & Gas Supply
- Supports various vacuum pump models for customized drying solutions.
- Inert gas purging feature for oxygen-sensitive materials.
User-Friendly Interface with Digital Controls
- Touchscreen display with programmable settings for automated drying cycles.
- Includes real-time monitoring of temperature, pressure, and drying time.
Energy-Efficient & Low-Maintenance Design
- Insulated chamber reduces heat loss, minimizing energy consumption.
- Corrosion-resistant stainless steel construction ensures long-term durability.
