loading
The Toaster is a compact and energy efficient toaster ideal for breakfast cereals and similar lightweight products. Gentle lifting and tumbling of the products in a fluidised bed ensures even and consistent toasting with minimum damage, while efficient dust extraction maintains product quality and reduces cleaning time. can also be used for oil-free puffing of snack pellets.
Model | 200 convection oven | 600 convection oven | 600 convection oven | 800 convection oven |
Total power | 35.5kW | 35.5kW | 18.7kW | 35.5kW |
Dimension | 7000×5000×4100 mm | 7000×5000×4100 mm | 7000×1600×5100 mm | 7000×5000×4100 mm |
Baking time | 50s | 50s | 50s | 50s |
Vibration width | 600mm | 600mm | 600mm | 800mm |
Material thickness | Single layer | Single layer | Single layer | Single layer |
Heating temperature | Around 240℃ | Around 200℃ | Around 220℃ | Around 200℃ |
Capacity | 200kg | 300-400kg | 200-300kg | 500kg |
Key Features:
Vibratory conveying: Heavy-duty vibratory conveyor accurately controls residence time.Heat-stable stainless steel pan is mounted on a balanced spring slat system for long term reliability and counterbalanced for minimum floor loading.
Air volume adjustment: Adjust the air volume to control the air pressure of the air duct. At the same time, hundreds of hot air ducts are built in to impact the material with hot air. This ensures that the cereal flakes can be fully stirred during the baking process to produce perfect cereal flakes.
Product Description:
During operation, the materials undergo an up-and-down vibration that ensures consistent contact between the hot air and their surfaces. This enhances hot air efficiency, reduces energy consumption, and allows for air recirculation, significantly shortening processing times by over 50% compared to conventional systems.
The control system features a user-friendly touch screen interface with PLC temperature control and a double-stage burner, ensuring precise temperature regulation for stable product quality. The monitoring interface allows real-time oversight of machine performance.
Additionally, the system is equipped with hundreds of small air ducts that direct hot air at the surface of the materials. This impingement technology uses high-speed air to create turbulence, breaking the thermal boundary layer and improving heat and mass transfer rates by 2.5 to 3 times compared to traditional convection methods. This technology is particularly effective for products with a high surface area-to-volume ratio, facilitating efficient heat conduction and moisture removal. We also offer a range of conveyor options, including steel mesh belts, continuous belts, and hinged plate conveyors.
