Custom 1L-25L Square Cans Oil Cans Round Cans Food Cans Automatic Round-Forming Machine Factory and Manufacturer

1L-25L Square Cans Oil Cans Round Cans Food Cans Automatic Round-Forming Machine

Short Description:

Our company’s Automatic Round-Forming Machine is designed for efficient and precise operation. Each shaft is equipped with a centralized lubrication system, ensuring easy maintenance while significantly reducing downtime. To address the issue of abrasion on the high-speed feeding cans, we have integrated multiple reinforced glass plates as the can-bearing surface beneath the rolling circle of the can-feeding track. Additionally, imported PVC nylon bearings are utilized to further protect the can track, enhancing durability and reliability.

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Product Detail

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Technical Parameters

Model	ZDJY120-320	ZDJY120-280
Production Capacity	30-120cans/min
Can Diametre Range	50-180mm
Can Height Range	70-320mm	70-280mm
Material	Tinplate/steel-based/chrome plate
Tinplate Thickness Range	0.15-0.35mm
Compressed air consumption	600L/min
Pressure of Compressed air	0.5Mpa-0.7Mpa
Power Supply	380V±5% 50Hz 1Kw
Machine Measurements	70011001200mm	65011001200mm

The Automatic Round-Forming Machine is comprised of 12 power shafts, with each shaft evenly supported by end bearings at both ends. The machine also features three knives that work together to create a smooth winding channel. The can body formation process involves several stages: three shafts perform the pre-winding, followed by the kneading of iron through six shafts and three knives, and finally, three shafts complete the final winding. This sophisticated design effectively addresses the issue of varying can body sizes caused by differences in material, ensuring a consistent and uniform coil for the can body. As a result, cans emerge from this process free from noticeable angles or scratches, particularly when working with coated iron, where imperfections are most visible.

Moreover, deep groove ball bearings are employed for the lower rolling shaft, which prevents contamination of the welding seam that can occur from excessive maintenance of needle roller bearings or the over-application of lubrication. This design enhances the machine's performance and ensures a higher quality finished product.