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Home / News / Product Knowledge / If you are in the market for an automatic tin can machine factory,

If you are in the market for an automatic tin can machine factory,

Automatic Tin Can Machine Factory
If you are in the market for an automatic tin can machine factory, you have probably already considered several factors. The consideration is the type of production you will be undertaking. Some manufacturers are capable of producing fully automatic lines and some do not. The quality of an automatic tin can machine factory will depend on its size, but some have the potential to increase productivity. Some features that should be considered when purchasing an automatic tin can machine factory include ease of use, hygiene, and low cost of operation.
tin-plated
A tin-plated automatic tin can machine factory makes cans from tinplate. Basically, the tinplate is cut into strips, which are then fed to the slitter or scroll shears. The strips are then passed to a curler, which forms a disk and prepares the edge for seaming. Once the tinplate is cut, a gasket, which is often made of plastic gum or paper, is applied to the seams.
Drawing
In an automatic tin can machine factory, a machine draws two-piece food cans. The tinplate is coiled and coated with a synthetic lubricant. The coiled tinplate is fed continuously into a cupping press, where it blanks and draws multiple shallow cups with each stroke. The tinplate is then fed to parallel body-making machines, which transform the shallow cups into tall cans.
Ironing
To create an ironing board, a conventional tin can machine factory uses various widths of cold rolled steel. These widths range from 0.75 inches to 28 inches, depending on the part of the production. These rolls are typically several hundred feet long and weigh up to 9,000 pounds. The steel is then flattened and pressed into various parts. The process takes about one-fifth of a second to complete.
Beading
The beads are added after the can body is flanged. The flanged can then passes through a beading machine, which adds rings around the can sides to reinforce them. The machines also inspect the cans for any cracks or pinholes, as well as the smoothness of the surface. Any damaged cans are discarded. Automatic tin can machine factory beads
Necking
Compared to conventional necking can manufacturing apparatus, the Automatic tin can machine factory reduces the replacement time of molds by enabling the cans to be necked in a single step. Its two molds - outer mold 331 and inner one - are connected to one another by a nut and bolt. Each mold is height adjustable. The mold pocket can be installed on the upper press plate 200 by sliding or screw fastening. The mold pocket 700 can accommodate several molds. This feature of the necking can factory ensures that the cans are processed accurately.
Overload protection system
Overload protection systems are designed to protect your press against over-pressing. They usually include a shear pin with a necked down portion and a fluid passage. If the pin breaks, the air pressure will drop and the press will stop, with the punch still in the material. Fortunately, overload protection systems can prevent these problems. When installed and maintained properly, they can help keep your press in good working condition for a long time. They can prevent costly repairs as well as save time and money.
Tooling
The tooling is a set of manufactured parts used in the seaming process of tin cans. These parts include the seaming chuck, rolls, copying disc, lid deposit, lid loading ramp, timing screw, clincher plates, guides, and more. A complete set of tooling is crucial to the smooth operation of an automatic tin can machine factory. This article discusses the different types of tooling available.



Hydraulic Pre-Rolling Flanging Machine Lk/Yzf180-2

Model: lk/yzf180-2

Name: Hydraulic pre-rolling flanging machine

Tank diameter: φ≤400mm

Tank height: l≤400mm

Iron skin range: 0.2～0.5mm

Production capacity: 12-15 pieces/min

Motor power: 4.0 kW

Dimensions: 1300x800x1950 mm

Weight: 600 kg

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