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What does the ton-bag packaging function bring to us

What does the ton-bag packaging function bring to us

In fact, nowadays, the packaging of various products is very important, because it will not only affect the appearance of products, but also affect the efficiency of product packaging. That is to say, in modern packaging operations, people value quality and efficiency. Because of this, more and more manufacturers choose to use the ton bag packaging machine. [Advantages of stacking robot] 1. Simple structure and few parts. Therefore, the failure rate of parts and components is low, the performance is reliable, the maintenance and repair is simple, and the inventory of parts and components is small. 2. Small floor area. It is conducive to the layout of the production line in the customer's workshop and can leave a large warehouse area. The stacking robot can be set in a narrow space and can be used effectively. 3. Strong applicability. When the size, volume, shape of the customer's product and the overall size of the tray change, it is only necessary to make slight modifications on the touch screen, which will not affect the normal production of the customer. However, it is impossible to change the mechanical stacker. 4. Low energy consumption. Generally, the power of the mechanical stacker is about 26KW, while the power of the stacker robot is about 5KW. It greatly reduces the operating costs of customers. 5. All controls can be operated on the screen of the control cabinet, which is very simple. 6. Just locate the starting point and placement point, and the teaching method is easy to understand.

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How to choose and buy quantitative packaging scale

How to choose and buy quantitative packaging scale

① The range of packaging specifications should not be too different as far as possible. The larger the range difference is, the greater the accuracy error will be. Range range refers to the distance between small quantitative point and large quantitative point. The scientific range is that the small range is greater than or equal to 10% of the large range, that is, the large range point is 10 times of the small range. Relatively speaking, 1. Automatic quantitative packaging scale without bucket The hopper less automatic quantitative packaging scale is also known as gross weight scale and auger scale. Its weighing and quantitative control process is relatively simple. The packaged items are directly put into the container or packaging bag for weighing, and the quantitative control process is achieved by controlling the size of the opening of the discharge door. The fixed value filling of liquid mostly adopts this form. Features: simple structure, high precision Select a weighing module to form a scale body with the scale platform, or directly select a platform scale, and then connect a weighing instrument and some simple control buttons to form a gross weight type quantitative control device. 2. Automatic quantitative packaging scale with bucket The bucket automatic quantitative packaging scale is also known as the net weight scale. Its control process is to complete the quantitative feeding process through an intermediate measuring bucket. At the beginning, the feeding door of the measuring bucket is closed, and the upper feeding port is opened for constant value feeding. When the target value is reached, the feeding port is closed, and the opening port is opened to put the material into the container or package, and then enter the next control cycle.

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Various automatic quantitative packaging scales are not allowed to be maintained

Various automatic quantitative packaging scales are not allowed to be maintained

Automatic quantitative packaging scale is a very practical equipment for packaging products, which has been highly praised by many manufacturers since its launch. However, as it is a new product, the automatic quantitative packaging scale is not easy to solve in case of failure, especially the problem of inaccurate weighing. Once it occurs, if it is not solved immediately, the impact will be great. 1. The first case is generally out of tolerance. It is easier to solve this kind of out of tolerance. We can eliminate the causes of equipment failures, most of which are caused by improper setting of control parameters and sticking or falling off of materials in the hopper. We only need to modify the control parameters and adjust the drop (CPS) in a small range. The specific methods are as follows: The out-of-tolerance range of the scale is small, such as 40.25Kg (greater than the set 40Kg), and the drop value can be appropriately increased. The out-of-tolerance range of the scale is small, such as 39.65Kg (less than the set 40Kg), and the drop value can be appropriately reduced. 2. Generally, the drop (CPS) value is controlled at 0 2~0.5 is more suitable, for example, the set value exceeds 0 5. The out-of-tolerance should be adjusted by changing the parameters of the large feeding (SP1) instead of the drop (CPS), because the measurement accuracy will be affected by the large value of the drop (CPS). 3. The general setting range of large feeding (SP1) parameters is 8kg~12kg. The setting of fine feeding time is too short, which is easy to cause fluctuations. If the setting of fine feeding time is too long, the packaging speed will be too slow. 4. If the adjustment of drop (CPS) and large feeding (SP1) still cannot eliminate the out-of-tolerance, it can be solved by clearing and calibrating the scale

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What are the characteristics and advantages of the stacking robot?

What are the characteristics and advantages of the stacking robot?

The palletizing robot can complete the three-dimensional space movement such as heavy object grabbing, handling, overturning, docking, and fine angle adjustment, providing an ideal handling and assembly tool for material loading and unloading and production part assembly. The loading and unloading stacking manipulator can reduce the labor intensity and provide safe material handling, but also meet the requirements of special environments such as explosion-proof workshops and dangerous places inaccessible to personnel to provide system solutions. With a variety of non-standard fixtures, the manipulator can lift various shapes of workpieces to make the load reach the floating state of zero gravity. The operator can easily lift and drop the load, move, rotate, roll forward and roll over. The load is quickly and accurately placed in the preset position, and one person can easily operate the items that only a few people can move.

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What industries can stacking robots be applied to?

What industries can stacking robots be applied to?

The palletizing robot can be integrated in any production line to provide intelligent, roboticized and networked production site. According to different product types and actual needs, the palletizing robot can be programmed to improve the production efficiency of palletizing work. Stacking robots are widely used in cartons, pharmaceuticals and chemicals, beverages, food, beer, plastics, air conditioners, plastic boxes, bottles, bags, barrels, film packaging products and filling products. It is equipped with a three-in-one filling line, etc. to stack all kinds of bottles and bags. The automatic operation of the palletizing robot is divided into steps of automatic entry, transfer, sorting, stacking, stacking, lifting, palletizing, stacking, and stacking.

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What are the advantages of stacking robot

What are the advantages of stacking robot

Characteristics of palletizing robot 1. Simple structure and few parts. Therefore, the failure rate of parts is low, the performance is reliable, and the maintenance is simple The stock of spare parts required is small. 2. Small floor area. It is conducive to the layout of the production line in the customer's workshop and can leave a large warehouse area. The stacking robot can be set in a narrow space and can be used effectively. 3. Strong applicability. When the size, volume, shape of the customer's product and the overall size of the tray change, it is only necessary to make slight modifications on the touch screen, which will not affect the normal production of the customer. However, it is impossible to change the mechanical stacker. 4. Low energy consumption. Generally, the power of the mechanical stacker is about 26KW, while the power of the stacker robot is about 5KW. It greatly reduces the operating costs of customers. 5. All controls can be operated on the screen of the control cabinet, which is very simple. 6. Just locate the starting point and placement point, and the teaching method is easy to understand.

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