Automatic Dough Divider and Rounder Machine - China Suppliers Factory for Consistent Bread Production
| Model | Size | Weight | Capacity | Power |
|---|---|---|---|---|
| 1P | 9000*700*1800mm | 350KG | 1800/hr (250-500g) | 0.4 Kw |
| 2P | 9000*700*1800mm | 350KG | 3600pcs/hr (50-250g) | 0.4 Kw |
| 3P | 9000*700*1800mm | 350KG | 5400pcs/hr (50-250g) | 0.4 Kw |
Energy Efficient
Optimized operation with an ultra-low power consumption of just 0.4 Kw across all models.
High Production Capacity
Scale your output from 1,800 up to 5,400 pieces per hour depending on your production needs.
Consistent Footprint
All models maintain a standardized, space-saving layout of 9000*700*1800mm and 350KG weight.
Frequently Asked Questions (FAQ)
What are the key differences between the 1P, 2P, and 3P models?
The primary differences lie in the production capacity and the supported weight range. The 1P model processes up to 1,800 pieces per hour (250-500g), the 2P model handles up to 3,600 pieces per hour (50-250g), and the 3P model offers the highest capacity of up to 5,400 pieces per hour (50-250g).
What is the power requirement for these machines?
All models (1P, 2P, and 3P) are highly energy-efficient and operate on a power consumption rating of only 0.4 Kw, helping to minimize utility costs during continuous operation.
What are the physical dimensions and weight of the equipment?
Each model has a standardized physical footprint measuring 9000mm in length, 700mm in width, and 1800mm in height (9000*700*1800mm), with a net weight of approximately 350KG.
Which model is best suited for larger product portions?
The 1P model is specifically designed to handle larger and heavier product portions ranging from 250g to 500g, making it ideal for larger-scale packaging or processing requirements.
Are these machines suitable for high-speed automated production lines?
Yes, with capacities reaching up to 5,400 pieces per hour (on the 3P model), these machines are engineered for seamless integration into high-speed, automated industrial production environments.





