What Is The Benefit Of Cereal Bar Line?
Apr 11, 2025| Cereal bar making machine greatly improves labor productivity. That is, more products can be manufactured per unit of time, and each labor input can create higher output value, and workers can be freed from regular manual labor to engage in more creative work.
Second, product quality has a high degree of repeatability and consistency, and the cereal bar manufacturing process can significantly reduce the failure rate.
Third, protein bar extruder machine significantly reduce manufacturing costs. Machine automation assembly production is very short beat, can achieve high productivity, while Protein Bar Production Line can run continuously, so in the conditions of mass production can significantly reduce manufacturing costs.

|
Model |
Power |
Capacity |
Heater |
Dimension(mm) |
Weight |
|
LYS-65 |
5.5kw |
50 kg/h |
1 kw |
1720*870*1050 |
350 kg |
|
LYS-70 |
15kw |
150kg/h |
1 kw |
1720*970*1250 |
500 kg |
|
LYS-85 |
18.5kw |
200-300kg/h |
2 kw |
1360*1870*850 |
650 kg |
|
LYS-95 |
22kw |
400-500kg/h |
2 kw |
2300*1170*1400 |
850 kg |
Nutrition bar making machine adopts various high-precision guiding, positioning, feeding, adjusting, detecting and vision systems or components to ensure high precision of product assembly and production.
Automatic protein bar extruder shortens the manufacturing cycle and reduces the quantity of products. cereal bar forming machine automation shortens the manufacturing cycle of products, which can enable enterprises to achieve rapid delivery and improve their competitiveness in the market, while cereal bar cutting machine can also reduce the number of raw materials and products, reduce the cost of working capital.
Sixth, in automatic energy bar production line harmless to human body environment to replace manual operation.
Seven, automatic protein bar extruder relies on machine automation production. At present, the energy bar production line on the market is increasingly miniaturized and miniaturized, the size of the parts is significantly reduced, and various microelectromechanical systems are rapidly developing.

