Product introduction of Infrared Tunnel Oven
The Infrared Tunnel Oven is a continuous industrial baking system designed to meet the requirements of modern food processing plants, central kitchens, and commercial bakeries. By combining infrared radiant heat technology with advanced burner or heating control systems, the oven provides precise heat transfer and consistent baking results.
Unlike traditional batch ovens, this continuous tunnel design allows products to move through different heating zones at a controlled speed, ensuring stable temperature exposure, uniform color, proper moisture removal, and consistent product quality. The multi-zone heating structure enables operators to adjust temperature, airflow, and exhaust conditions according to different recipes and production requirements.
The Industrial Infrared Tunnel Oven is suitable for various bakery products, including pizza, flatbread, bread, pastries, and other high-volume baked goods. Its modular structure, efficient energy utilization, and reliable operation make it an ideal choice for factories seeking automated and standardized baking solutions.
Designed with safety, hygiene, and easy maintenance in mind, the oven can be integrated with upstream forming equipment, proofing systems, cooling conveyors, and packaging lines to create a complete automated bakery production process.

Working principle
The Infrared Tunnel Oven works by transporting products through a continuous conveyor system at a controlled speed. As products enter different heating zones, infrared radiation delivers targeted heat energy to the surface and interior. Each zone can be adjusted independently to control temperature, baking time, moisture evaporation, and product color. The coordinated heating and exhaust system ensures uniform baking results before products exit the oven for cooling or further processing.
Product Parameter Table
| Parameter | Specification |
|---|---|
| Oven Type | Infrared Tunnel Oven |
| Baking Chamber Length | 4,500 mm |
| Baking Surface Width | 1,000 mm |
| Baking Time Range | 20–240 seconds |
| Overall Dimensions | 10,250 × 3,000 × 2,800 mm |
| Machine Weight | Approx. 5,000 kg |
| Electrical Power | 15 kW |
| Thermal Power | 380 kW |
| Fuel Type | LPG, 30 mbar |
| Maximum Fuel Consumption | 28 kg/h |
| Maximum Operating Temperature | 500°C |
How to Select the Right Infrared Tunnel Oven
Before selecting an oven configuration, customers should consider:
- Product type and size
- Required baking temperature
- Production capacity
- Baking time requirements
- Moisture and color requirements
- Heating method and energy source
- Factory layout and available space
- Upstream and downstream equipment connection
A proper configuration ensures the best balance between production efficiency, product quality, and operating cost.
Main Features
1. Uniform Infrared Heating Technology
The Infrared Tunnel Oven uses radiant heat transfer to directly heat products, improving baking efficiency and ensuring consistent results throughout continuous production.
2. Multi-Zone Temperature Control
The heating chamber is divided into different zones, allowing operators to adjust temperature settings according to product thickness, moisture content, and baking requirements.
3. Continuous Automated Production
With a conveyor-based design, products can pass through the oven continuously, improving production capacity and reducing manual handling.
4. Consistent Baking Quality
Precise control of heat distribution, conveyor speed, and exhaust conditions helps achieve uniform color, texture, and moisture levels.
5. Energy Efficient Operation
Optimized heating technology reduces unnecessary energy consumption while maintaining stable baking performance.
6. Flexible Product Adaptability
The oven configuration can be adjusted for different bakery products with various sizes, thicknesses, and baking requirements.
7. Advanced Combustion or Heating Control
The heating system provides accurate temperature management and stable heat output for reliable long-term operation.
8. Hygienic Stainless Steel Construction
The food-grade stainless steel structure ensures durability, easy cleaning, and compliance with industrial food production requirements.
9. Easy Maintenance Design
The equipment provides convenient access for inspection, cleaning, and maintenance of heating components, conveyor systems, and internal structures.
10. Production Line Integration
The oven can connect with dough processing machines, proofing equipment, cooling systems, and packaging equipment for complete automated production.


Integration and Maintenance
The Infrared Tunnel Oven can exchange production signals with feeding and discharge equipment to achieve automated operation. The design allows convenient access for:
- Conveyor inspection
- Heating system maintenance
- Exhaust cleaning
- Temperature sensor checking
- Burner or heating component adjustment
Regular maintenance helps maintain stable baking performance and extend equipment service life.
Application Scenarios
Commercial Bakeries
The Infrared Tunnel Oven helps bakeries achieve consistent quality and high-volume production of bread, pizza, pastries, and flatbread products.
Food Processing Factories
Suitable for industrial food manufacturers requiring continuous baking processes and standardized product quality.
Central Kitchen Production
Provides an efficient baking solution for central kitchens supplying restaurants, supermarkets, and catering businesses.
Pizza Production Lines
Ideal for continuous pizza baking with precise temperature control and consistent crust quality.
Flatbread and Regional Bakery Products
Suitable for pita, naan, and other flatbread products requiring fast and uniform heat transfer.
Frozen Food Production
Can be integrated into frozen bakery production lines for pre-baking or final baking processes.

Advantages Compared with Traditional Baking Equipment
Higher Production Efficiency
Continuous conveyor operation enables large-scale production compared with traditional batch ovens.
Better Product Consistency
Automatic speed and temperature control reduce variation between different batches.
Flexible Production Adjustment
Different heating zones allow operators to optimize baking parameters for different products.
Lower Labor Requirements
Automated operation reduces manual intervention and improves production efficiency.
Improved Energy Management
Precise heat transfer reduces energy waste and improves overall production economics.
Suitable Products
The Industrial Infrared Tunnel Oven can be applied to:
- Pizza
- Flatbread
- Bread
- Pastry
- Cookies
- Baked snacks
- Frozen bakery products
- Other continuous baking products
Why Choose This Infrared Tunnel Oven
- Continuous industrial baking operation
- Uniform infrared heat distribution
- Multi-zone temperature control
- Suitable for various bakery products
- High efficiency and stable performance
- Easy integration into automated production lines
- Designed for food factory and central kitchen applications
FAQ
1. What is an Infrared Tunnel Oven used for?
An Infrared Tunnel Oven is used for continuous baking of bread, pizza, flatbread, pastries, and other food products in industrial production environments.
2. How does an infrared tunnel oven work?
The oven uses infrared radiant heat to transfer energy directly to products while they move through different heating zones on a conveyor.
3. What products can be baked with this oven?
It is suitable for pizza, flatbread, bread, pastries, cookies, and various bakery products.
4. What are the advantages of infrared heating?
Infrared heating provides fast heat transfer, uniform baking, and improved temperature control compared with conventional heating methods.
5. Can the baking temperature be adjusted?
Yes. Each heating zone can be adjusted according to product requirements and production processes.
6. Is this oven suitable for continuous production?
Yes. The tunnel structure is specifically designed for high-volume continuous baking operations.
7. Can the oven be integrated into a complete production line?
Yes. It can connect with dough processing, proofing, cooling, and packaging equipment.
8. How can maintenance be performed?
The equipment is designed with accessible components for inspection, cleaning, and routine maintenance.


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