Labzee Digital Vacuum Oven BZOV-508 offers a 215-liter stainless-steel chamber with vacuum levels below 133 Pa and uniform shelf heating. It operates from room temperature plus 10°C up to 200°C, maintaining a tight temperature fluctuation of ±1°C with a high-resolution display of 0.1°C. The door features adjustable silicon sealing to maintain optimal vacuum tightness. Its microprocessor controller provides simultaneous pressure and temperature monitoring, ensuring accurate process control. Our Digital Vacuum Oven BZOV-508 is ideal for laboratories and industrial applications requiring precise drying with pressure control.
| Chamber Volume | 215 L |
| Temperature Range | RT+10 to 200℃ |
| Temperature Fluctuation | ±1°C |
| Display Resolution | 0.1℃ |
| Vacuum Degree | Less than 133 Pa |
| Heating Technology | Shelf Heating |
| Power Supply | AC 200V, 50Hz |
| Power Consumption | 2.2 KW |
| Chamber Size (W×D×H) | 56×60×64 cm |
| Exterior Size (W×D×H) | 72×82×175 cm |
| Net Weight | 145 Kg |
| Gross Weight | 195 Kg |
3 Solid Shelves (Individual Control)
Labzee Digital Vacuum Oven BZOV-508 is ideal for drying heat-sensitive materials and removing moisture in pharmaceutical manufacturing, chemical processing, research laboratories, electronics, and material science applications.
Frequently Asked Questions
1: What level of vacuum can the BZOV-508 achieve, and how does it benefit the drying process?
Digital Vacuum Oven BZOV-508 achieves vacuum levels below 133 Pa, which significantly reduces the boiling point of moisture within samples. This enables efficient drying at lower temperatures, preserving heat-sensitive materials and improving drying uniformity.
2: How precise is the temperature control in this vacuum oven?
Digital Vacuum Oven BZOV-508 maintains temperature fluctuations within ±1°C, supported by a high-resolution display of 0.1°C. This precision ensures consistent drying conditions critical for sensitive laboratory and industrial applications.
3: Can the vacuum oven’s shelves be controlled independently?
Yes, each solid shelf in the BZOV-508 features independent temperature control, allowing customized heating profiles for different samples or processes within the same chamber.
4: How does the adjustable silicon sealing on the door improve oven performance?
The adjustable silicon sealing ensures an airtight vacuum environment by maintaining optimal door tightness. This prevents vacuum leakage, which is crucial for sustaining low-pressure conditions during drying.
5: What safety features are incorporated in the BZOV-508?
Digital Vacuum Oven BZOV-508 includes leakage protection to safeguard both the user and the equipment. Additionally, the microprocessor controller monitors pressure and temperature in real time, allowing prompt detection of any deviations.
6: Are there any optional features available to enhance the oven’s functionality?
Optional features include multi-segment programmable control for complex drying cycles, a built-in printer for process documentation, RS485 interface for integration with external systems, and inert gas connection for specialized drying environments.
7: What are Labzee Digital Vacuum Ovens used for?
They are used for drying heat-sensitive, oxygen-sensitive, or hygroscopic materials in pharmaceutical, chemical, and research laboratories.
8: What chamber sizes are available?
They feature stainless steel chambers ranging from 25L to 1000L across different models, suitable for both small-scale and large-scale applications.
9: What is the operating temperature range?
They operate from RT+10°C up to 200°C, allowing precise control for various sensitive materials.
10: How is temperature controlled?
Our Digital Vacuum Ovens are equipped with microprocessor controllers and LCD interfaces for precise, easy, and reliable temperature monitoring.
11: How do these ovens ensure uniform drying?
Our Digital Vacuum Ovens use advanced shelving heating technology to distribute heat evenly throughout the chamber.
12: Can these ovens be used in industrial labs as well as research labs?
Yes, their range of chamber sizes and precise control makes them suitable for both laboratory-scale research and industrial applications.
13: How easy are they to operate?
The intuitive LCD interface and microprocessor control allow straightforward operation and monitoring of drying processes.