2021 will be the fastest year for technological updates and iterations. The new infrastructure has sounded the rallying cry for new exports, ushered in a new round of urban upgrading, and promoted the continuous maturity of technologies such as 5G, the Internet of Things, and artificial intelligence.
Under this trend, the traditional manufacturing industry has the greatest impact. For this pillar industry, there is an urgent need to achieve transformation and upgrading from concept to practical application, to networking, digitization, and intelligence. Nowadays, with the rapid development of science and technology, in order to keep up with the pace of the times and stay at the forefront of society, it is necessary to inject intelligent boosters into the industry.
For traditional enterprises, in order to achieve intelligence, they must complete the process of transitioning from manual to robot. Among them, industries such as pharmaceuticals, cosmetics, food, hardware, and automotive parts require intelligent packaging machinery. As one of the complex equipment, automatic packaging machines have developed into highly automated equipment and become key equipment for product packaging in various industries.
The difference between horizontal and vertical packing machines lies in the placement of cardboard boxes during product loading. The mechanical equipment for lying down and loading cardboard boxes is called a horizontal packing machine, mainly used for bagging and packing block materials. Usually, the automatic packing machine we refer to is a horizontal packing machine.
The feeding of horizontal packing machines is generally divided into three entrances: carton entrance, material entrance, and chassis entrance. The entire process from feeding the chassis to final packaging and forming can be roughly divided into four stages: fixing the cardboard box with guide rail clamps and opening the cardboard box with push plates. At the same time, two forward-moving slots will rise from below, and the sides of the cardboard box will jam from the front and rear directions, causing the box to open at a right angle and move forward to the filling area. After filling the area, the mechanism of the machine folds the ears into the left and right guide rails, and then performs a closing action. Before closing the cover, the mechanism will first bend the tongue of the cardboard box, and then use a push plate to push the box cover to bend, so that the tongue can be inserted into the box and locked tightly. The closing action is a key action, and the quality of completion is closely related to the structure of the cardboard box and the accuracy of machine adjustment.
Packaging machines are high-tech products that integrate machinery, electricity, gas, and light. This product is suitable for masks, cosmetics, pharmaceuticals, masks, hardware, food, toys, electronics and daily necessities, and multi specification cardboard packaging machines. It integrates unpacking, loading, bottom fastening, ear folding, page insertion, and box sealing.
The equipment structure is more user-friendly, and the opening of special materials is more flexible. It can be used alone or connected with other equipment (such as weighing machines, filling machines, material handling machines, packaging machines, etc.) to form a complete production line. The entire frame and the components in contact with the materials are made of high-quality stainless steel and aluminum, with a polished surface, beautiful and generous appearance, and sturdy and durable! This device can replace the workload of 6-8 workers.
The uniqueness of vertical boxing is irreplaceable by horizontal boxing machines; The application of vertical packing machines is based on the complementarity of horizontal packing machines; The promotion and application of vertical packing machines is largely due to the mature technology of vertical packing machines.
Let's first talk about the uniqueness of vertical packing machines. The vertical packing machine utilizes advanced cam division mechanism to achieve dynamic and static clearance movement, and utilizes a rotary table to achieve process differentiation. It has a total of twelve workstations, including box entry, bottom box, loading, top box, and box exit. The opening and forming of a vertical packing machine is vertical, which is very convenient for manual loading. After the machine is running, the upper opening of the opening moves to the manual loading station, and workers can easily put items into the box to achieve packing. For many manufacturers, horizontal packing machines are relatively familiar and widely used. However, horizontal packing machines cannot solve all product packing problems, such as scattered screws, irregular hardware accessories, car light bulbs, liquid bag products, and so on. For these products where horizontal packing machines cannot push boxes, it is precisely because of these issues that vertical packing machines were born.
The entire process from chassis feeding to final packaging and forming can be roughly divided into four stages: unloading, unpacking, filling, and closing. The box lowering action usually involves a suction cup sucking a cardboard box from the feeding port of the cardboard box, descending to the main packing line, fixing the cardboard box with a guide rail clamp, and opening the cardboard box with a push plate. At the same time, two forward-moving slots will rise from below, and the sides of the cardboard box will jam from the front and rear directions, causing the box to open at a right angle and move forward to the filling area. After filling the area, the mechanism of the machine folds the ears into the left and right guide rails, and then performs a closing action. Before closing the lid, the mechanism will first bend the tongue of the cardboard box, then use a push plate to push the lid to bend, insert the tongue into the box and lock it tightly. The closing action is a key action, and the quality of completion is closely related to the structure of the cardboard box and the accuracy of machine adjustment.