What are the parts of the paper tube machine

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A paper tube machine is a type of industrial machinery that is used to manufacture paper tubes. These machines are used to produce paper tubes of different sizes, thicknesses, and shapes, which can be used for a wide range of applications such as packaging, construction, and textiles.

The paper tube machine consists of several components that work together to produce the tubes. Some of the key components of a paper tube machine include:

HT120-IIIASF Paper Tube Machine

Paper roll stand

This is the part of the machine where the paper roll is mounted for unwinding. The paper is fed into the machine from the roll stand.

Gluing unit

This unit applies glue to the paper as it passes through the machine. The glue helps to hold the paper together and form the tube.

Forming section

This section of the machine shapes the paper into a tube by wrapping it around a mandrel. The paper is then glued together to form a continuous tube.

HT120-IA Paper Tube Machine

Cutting unit

This unit cuts the tube into the desired length.

Collecting unit

This unit collects the finished paper tubes and stacks them for further processing or packaging.

There are different types of paper tube machines available, including semi-automatic machines, automatic machines, and high-speed machines. The choice of machine depends on the specific requirements of the application, such as the production volume, the size and thickness of the tubes, and the level of automation required.

Overall, the paper tube machine is an essential piece of equipment for the paper tube manufacturing industry, and it plays a critical role in producing high-quality and durable paper tubes for a variety of applications.

What are the characteristics of the bag making machine

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Bag making machines are used to produce a wide variety of bags, including shopping bags, food bags, garbage bags, and more. These machines can be manual, semi-automatic, or fully automatic, depending on the level of automation required and the complexity of the bags being produced.

The basic process of bag making machines involves feeding the raw material, which can be paper, plastic, or non-woven fabric, through a series of rollers and guides, where it is folded and cut into the desired shape and size. The cut pieces are then sealed and stitched together to form the final bag, which is then trimmed and stacked for packaging.

HT120-IIIASF Paper Tube Machine

The specific features and capabilities of bag making machines can vary depending on the type and model of the machine. Some common features of bag making machines include:

Material feeding system: This system is responsible for feeding the raw material into the machine and guiding it through the various processing stages.

Cutting system: This system cuts the raw material into the desired shape and size using a variety of cutting methods, such as rotary cutting, heat cutting, or ultrasonic cutting.

Sealing system: This system seals the edges of the bag using heat, pressure, or ultrasonic waves to create a strong, secure seal.

HD100-IB Square Bottom Machine

Stitching system: This system stitches the sealed edges of the bag together to create a strong, durable seam.

Control system: This system monitors and controls the various processes of the machine, such as the material feeding, cutting, sealing, and stitching, to ensure consistent and accurate bag production.

Overall, bag making machines are versatile and efficient tools for producing a wide range of bags for various applications. They can be customized to meet specific production requirements and can be integrated with other equipment for a fully automated bag production line.

What is the price of the automatic bag making machine

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An automatic bag making machine is a machine that is used to produce paper bags automatically without the need for manual labor. The machine is designed to handle different types of papers, such as kraft paper, coated paper, art paper, and others, depending on the requirements of the bag being produced.

The machine works by taking a roll of paper, feeding it through various stations, and then cutting, creasing, and gluing the paper to form a finished bag. The process is automated and can produce bags at a high rate of speed, making it ideal for large-scale production.

HD100-IB Square Bottom Machine

The machine consists of various components, including a paper roll stand, a printing station, a creasing station, a cutting station, a gluing station, and a delivery station. The paper roll stand holds the paper roll and feeds it into the machine. The printing station can print logos, designs, or text onto the paper, if required. The creasing station creases the paper in the appropriate places to form the bag shape, and the cutting station cuts the paper to the required size. The gluing station applies adhesive to the paper, and the delivery station delivers the finished bags.

The machine can be programmed to produce different bag sizes, shapes, and styles by changing the settings on the machine. The finished bags can be used for various purposes, including shopping bags, grocery bags, and packaging bags.

The price of an automatic paper bag making machine can vary depending on the specific model, manufacturer, and location of purchase. Generally, the price can range from a few thousand dollars to several hundred thousand dollars.

HT120-IA Paper Tube Machine

The lower-priced models, suitable for small-scale production, can cost between $5,000 to $15,000, while the high-end machines with advanced features can cost up to $500,000 or more.

Other factors that can affect the price of the machine include the speed of the machine, the size and type of bags it can produce, the level of automation, and the quality of components used in the machine.

It’s recommended to obtain quotes from multiple manufacturers and suppliers, compare features, and check customer reviews before making a purchase decision. Additionally, it’s important to factor in ongoing maintenance and repair costs, as well as training and support, when considering the overall cost of the machine.

Automatic paper bag making machines offer many benefits, including increased efficiency, reduced labor costs, and improved quality control. They are widely used in the packaging industry and are essential for businesses that require large quantities of bags on a regular basis.

 

What is the process of making paper tubes

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A paper tube machine is a type of industrial machinery used to manufacture paper tubes, cores, and related products. Paper tube machines typically consist of several components, including:

Unwind Stand: The unwind stand is where the paper is loaded onto the machine. It typically includes a splicer to allow for continuous operation.

HT120-IA Paper Tube Machine

Slitting Station: The slitting station is where the paper is cut into narrow strips of the required width.

Gluing Station: The gluing station is where a layer of adhesive is applied to one edge of the paper.

Winding Station: The winding station is where the glued paper strips are wound around a mandrel (a metal or plastic cylinder) in a spiral pattern to form a paper tube.

Cutting Station: The cutting station is where the paper tube is cut to the desired length.

HD200A-IIIDJ Square Bottom Machine

Finishing Station: The finishing station is where the finished paper tubes undergo additional processing steps, such as printing, labeling, or coating.

The paper tube making process involves several steps, including slitting, gluing, winding, cutting, and finishing. The end result is a strong, durable paper tube that can be used for a variety of applications, such as packaging, mailing, or storage.

Paper tube machines come in various sizes and configurations, depending on the specific application and production requirements. Some machines are designed to produce large quantities of paper tubes at high speeds, while others are more suited for smaller-scale production or specialized applications. Overall, paper tube machines play an important role in the production of paper tubes and related products used in a wide range of industries.

What are the process flow of valve bag making machine

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A valve bag making machine is a type of packaging machine that is used to produce bags with a valve opening that allows for easy filling and dispensing of the bag’s contents. Valve bags are commonly used in the packaging of powders, granules, and other materials that need to be easily filled and dispensed, such as cement, fertilizer, pet food, and chemicals.

The process of making valve bags using a valve bag making machine typically involves the following steps:

HD100-IB Square Bottom Machine

Material feeding

The machine feeds a roll of flat or pre-printed film into the machine, which is then formed into a tube shape.

Sealing

The edges of the tube are sealed to create a closed bag.

Valve formation

A valve is formed in the bag by folding and sealing a portion of the film to create a small opening.

Cutting

The bag is cut to the desired length.

Bottom formation

The bottom of the bag is formed by sealing and cutting the tube at a specific point.

Stacking and packaging

The finished bags are automatically stacked and packaged for shipment.

Valve bag making machines can be fully automated or semi-automated and can produce bags of different sizes and shapes, with various valve types and materials. They are designed to operate at high speeds and with minimal downtime, making them a reliable and efficient packaging solution for a wide range of industries.

What are the configurations of the valve bag packaging machine?

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Valve bag packaging machines are used to package a wide variety of dry, powdery materials such as cement, flour, and chemicals in valve bags. Valve bags are bags with a small opening or valve at one end that allows the bag to be easily filled with the material and then closed by folding the valve over and sealing it.

Here is a comprehensive introduction to the valve bag packaging machine:

Working Principle: Valve bag packaging machines work by filling valve bags with the material to be packaged, then folding the valve over and sealing it to create a closed package. The machine typically consists of a hopper, a filling spout, a valve applicator, and a bag sewing or sealing station.

HT120-IIIASF Paper Tube Machine

Hopper: The hopper is where the material to be packaged is stored. The material is typically fed into the hopper by a conveyor or other feeding mechanism.

Filling Spout: The filling spout is where the material is fed into the valve bags. The spout typically consists of a nozzle that can be adjusted to fit different bag sizes and shapes.

Valve Applicator: The valve applicator is a mechanism that applies the valve to the bag. The valve is typically made of a plastic or paper material and is pre-attached to the bag. The applicator places the valve over the filling spout, allowing the material to be fed into the bag.

Bag Sewing or Sealing Station: Once the bag is filled, the valve is folded over and either sewn or sealed to create a closed package. The bag sewing or sealing station can be manual or automatic, depending on the type of machine.

HD100-IB Square Bottom Machine

Types of Valve Bag Packaging Machines: There are several different types of valve bag packaging machines, including manual machines, semi-automatic machines, and fully automatic machines. Manual machines require operators to feed the material and bag into the machine, while fully automatic machines can handle the entire packaging process from start to finish.

Advantages of Valve Bag Packaging Machines: Valve bag packaging machines offer several advantages over other types of packaging machines. They are particularly well-suited for packaging materials that are difficult to handle, such as powders and granular materials. They also offer a high level of accuracy and consistency in the packaging process.

In summary, valve bag packaging machines are an essential piece of equipment for many industries, particularly those that require the packaging of dry, powdery materials. They are designed to be efficient, accurate, and reliable, and are available in a range of different types to suit different applications and production volumes.

What is the process of making paper tubes

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The paper tube making process involves creating cylindrical containers made from paper for various applications, such as packaging, storage, or shipping. The following is a general overview of the steps involved in making paper tubes:

Preparation of Paper: The first step in the paper tube making process is to prepare the paper. This involves selecting the appropriate type and thickness of paper, based on the intended use of the tube. The paper is then cut into the desired length and width, ready for the next step.

HD100-IB Square Bottom Machine

Rolling: The next step is to roll the paper into a cylinder. This is typically done using a rolling machine that has a rotating mandrel, which forms the inside of the paper tube. The paper is fed into the machine and wrapped around the mandrel, with an adhesive applied to keep the paper in place.

Cutting: Once the paper has been rolled into a cylinder, the next step is to cut the tube to the desired length. This is typically done using a cutting machine, which is designed to make precise cuts. The machine may use a rotary blade or a saw to cut the paper tube.

HD200B-IIIDJ Square Bottom Machine

End Sealing: The next step is to seal the ends of the paper tube. This is typically done using heat, such as a hot air gun, to melt the adhesive and bond the ends of the paper together. Alternatively, the ends may be sealed using a separate adhesive or with a crimping machine that creates a tight seal.

Inspection: The final step in the paper tube making process is inspection. The tubes are checked for any defects, such as cracks or holes, and then packaged for shipment.

In conclusion, the paper tube making process involves several steps, including preparation of the paper, rolling, cutting, end sealing, and inspection. Each step is important to ensure that the paper tubes are strong, durable, and suitable for their intended use. By following these steps, manufacturers can produce high-quality paper tubes for a wide range of applications.

Production process of kraft paper bag tube machine

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A kraft paper bag tube making machine is a machine used to manufacture paper tubes from kraft paper. Kraft paper is a strong and durable type of paper that is often used for packaging applications. The machine typically consists of several components, including a paper unwinding unit, a gluing unit, a cutting unit, and a winding unit

The production process of a kraft paper bag tube machine involves the following steps:

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Raw material preparation: The kraft paper is unwound from the roll and prepared for processing.

Glue application: Adhesive is applied to the paper to form a tube. This can be done using various techniques, including roller coating, brush coating, or spray coating.

Tube forming: The paper is fed into the machine and formed into a tube shape. The tube is then cut to the desired length.

Core insertion: A cardboard core is inserted into the tube to give it stability and support.

HT120-IIIASF Paper Tube Machine

Winding: The tube is then wound onto the core and removed from the machine.

Quality control: The finished tube is inspected for any defects or inconsistencies, and any necessary adjustments are made.

Packaging: The finished tubes are packaged and prepared for shipment.

The kraft paper bag tube machine is designed to produce high-quality paper tubes in a high-volume production environment. The machine is typically operated by trained personnel and can be adjusted to produce tubes of different sizes and thicknesses to meet the specific requirements of the application. The production process is automated and can be optimized for efficiency and consistency, ensuring that the end product meets the desired quality standards.

What kind of product packaging is the valve bag packaging machine mainly used for?

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With the continuous development of the economy, many companies engaged in the production of packaging equipment have developed more new packaging equipment in order to better meet the needs of various production industries, so as to better promote the development of various industries. Among many relatively new packaging equipment, the valve bag packaging machine is a relatively new type of packaging equipment, and at the same time it can drive the rapid development of the packaging industry. For this new type of equipment, let’s follow the relevant manufacturers to learn how to use this equipment to make more efficient packaging production for those products.

HT120-IIIASF Paper Tube Machine

Packaging principle of valve bag packaging machine

1. This type of packaging equipment mainly uses the motor as the most basic packaging power source to drive the impeller at the discharge seat to make it rotate smoothly, so as to achieve the purpose of evenly delivering the goods.

2. During the process of loading the goods into the weighing bag, the sensor contained in it will transmit the signal of the entire cargo volume to the microcomputer. When the weight reaches the weight signal that the microcomputer needs to output, the sealing cylinder of the package will The discharge port is sealed, and the filling process of a single packaging bag is completed at this moment.

3. After the sealed cylinder of the loaded material shrinks, and the packaging of the entire packaging bag is completed, the discharge nozzle will recover unobstructed.

HT120-IA Paper Tube Machine

What products can the valve bag packaging machine be used for?

1. Packing materials with certain viscosity. In industrial production, for some common powder items, small screw packaging equipment can be directly used for packaging. However, for some viscous substances, such as titanium dioxide and other substances, screw packaging equipment should not be used for packaging, but valve port packaging equipment should be used for packaging, so as to better improve packaging efficiency and strengthen for Protection of the entire material.

2. Valve bag packaging equipment can also be used when packing powdery items with a large gas content. Some substances themselves contain a lot of gas. If they are packaged by ordinary packaging equipment, it is difficult to effectively control the amount of the entire unit package during degassing. The application of the valve bag packaging machine can better improve the accuracy of the entire material packaging, so as to better meet the packaging needs of users.

In addition, for some items that need to be packaged in barrels, they can also be packaged with a valve bag packaging machine. The special dust collection port set by this type of packaging equipment can better grasp the control of the quantity of items to be loaded, so as to improve the accuracy of the final quantity of the entire package.

For some powder products with relatively low density, strong affinity with air, good or poor self-flowing properties, they can be self-packaged with the help of valve port packaging machines, which can well avoid product waste , At the same time, it can greatly improve the efficiency of the entire product packaging.

Overall scheme design of paper yarn composite bag square bottom machine

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The bottom paste process of traditional paper yarn composite bags mainly adopts the method of artificial bottom paste, which has low production efficiency, uneven specifications and low quality; practice shows that in the case of producing paper bags of the same specification, the bottom paste can be improved compared with manual sewing. 20% capacity, 8% paper saving, 12% cost reduction. In order to solve these problems, the packaging industry urgently needs an automatic bottom paste equipment to reduce labor costs and waste materials and improve efficiency.

Traditional artificial bottom paste is divided into two ways: artificial seam bottom and artificial bottom paste.

The specific steps of artificial bottom sewing are as follows:

(1) Prepare the produced paper tube, use the sewing machine, yarn and glue for sewing the bottom;

(2) The worker dips the yarn in glue and installs it on the sewing machine;

(3) Use a sewing machine to sew one end of the paper tube through glued yarn;

(4) Paste the valve port on the other end of the paper tube and sew it with glued yarn;

(5) Spread out the paper bags sewn at both ends to dry, and complete the seam bottom work of the paper bags.

HD200A-IIIDJ Square Bottom Machine

Traditional artificial bottom paste process:

(1) Workers mark the position of one long indentation, two 45° indentations and two vertical indentations on the paper tube, and manually indent and cut them;

(2) Unfold the bottom of the bag and fold two indentations manually;

(3) Manually apply glue on the designated area at the bottom of the bag;

(4) Paste the valve port on the bottom end of the bag;

(5) Manually close the bottom of the bag along the crease, put it into the machine for compaction, and complete the bottom paste work.

HD100-IB Square Bottom Machine

The analysis of the process of artificial bottom paste shows that the paper yarn composite bag square bottom machine first performs the indentation and incision process on the unprocessed bag tube, and indents the surface of the bag along the horizontal and 45° directions, and vertically according to the width of the bottom of the bag. Incision, and the horizontal indentation of the bag tube is relatively easy to achieve, so the bag tube is conveyed horizontally at this time; secondly, the bottom of the bag after the indentation and incision is unfolded along the crease by using a suction cup, and the bottom of the bag is conveyed vertically at this time After flattening and compacting the bottom of the bag after being sucked open, two horizontal indentations are made on the bottom of the bag after expansion; Glue coating and valve sticking; finally, after the bag tube passes through the hemming device and the compacting device, the hemming and compaction are formed to complete the bottom paste work.

By analyzing the characteristics and functions of the process flow of the paper yarn composite bag square bottom machine, the basic requirements of each process of the square bottom machine are obtained: firstly, the bag tube is sent to the indentation and incision process, because the indentation and incision affect the success of the subsequent paper bag. Unfolding, so the accuracy of the indentation and incision is high, and the trace incision is only long but not short; the second beat process is to control the paper bag to enter the suction opening process accurately. When the paper bag enters the suction opening process, it needs to reach the best suction opening position, and the time control is very strict.

The suction opening process needs to suck the paper bag open, and its vacuum system must be strictly designed; the glue application process requires accurate glue application position and moderate glue amount, otherwise the paper bag will have problems such as overflowing glue and not sticking firmly; the valve sticking process needs to be done during the movement of the paper bag The center sticker valve is fast and accurate in position, and the valve port does not fall off after being pasted; finally, the paper bag enters the folding and compacting process, where the paper bag is folded along the crease and compacted into shape, at this time, the bottom of the folded bag needs to be kept from falling apart , The shape is beautiful, and the paper bag does not wrinkle or overflow glue during the compaction process.