Forced Convection Oven BZFO-605 is designed for precise and efficient drying, heating, and sterilization applications. This oven features a 480L capacity and a maximum temperature of 200°C / 300°C, ensuring reliable performance for various laboratory and industrial needs. Its durable stainless-steel construction and user-friendly controls enhance convenience and longevity. Our Forced Convection Oven BZFO-605 is ideal for drying, curing, sterilization, material testing, and component aging in laboratories, research facilities, and industrial settings.
Capacity | 480 L |
Max Temperature | 200°C / 300°C |
Temperature Uniformity | ±1.5% (Max 200°C), ±2% (Max 300°C) |
Temperature Accuracy | ±1°C |
Time Setting Range | 1min to 99h99m99sec |
Power Consumption | 6.4 kW |
Power Supply | AC 380V, 3φ |
Product Dimension | 1100 × 774 × 1736 mm |
Packaging Dimension | 1150 × 824 × 1936 mm |
Net Weight | 235 Kg |
Gross Weight | 350 Kg |
Our Forced Convection Oven BZFO-605 is ideal for drying, curing, sterilization, material testing, and component aging in laboratories, research facilities, and industrial settings.
Labzee Vacuum Drying Ovens are designed for precise drying and heat treatment of sensitive materials under vacuum conditions. A transparent viewing window and customizable options, like adjustable shelves, enhance usability. Their advanced temperature regulation and vacuum capabilities minimize oxidation and protect delicate samples. Our energy-efficient and user-friendly Vacuum Drying Ovens are trusted solution for accurate and controlled drying.
Labzee Precision Ovens are designed for high-accuracy applications, offering precise temperature control from 50°C to 250°C. They are made with durable stainless steel ensuring even heat distribution for consistent results. These oven features advanced heating technology, adjustable shelves, LED displays, and safety mechanisms, making them ideal for laboratories that require reliability and precision. They are perfect for sensitive experiments and processes requiring controlled temperature environments.