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Description of Three Motor Automatic Height Adjustable Standing Desk With Three Legs:

We can call three Motors Electric Height Adjustable Standing Desk With Three Legs a different name, such as the L-shaped desk or the corner desk. We are very focused on design, quality and functionality. Now, we have moved this attention to detail to a larger l-shaped desk that doesn't sacrifice desktop space or execution style for ergonomic comfort. The highly adjustable l-shaped desk allows you to quickly switch from sitting to standing when your body feels different. It also has a wide retractable area that makes it easier to carry more items throughout the day.Automatic rising desk can also automatically adjust the height,you can use automatic desk riser in many aspects, automatic desk is very convenient.

Why choose our L-shaped desk:

The l-shape design is the perfect corner table, giving you more desk space and making multiple monitors, printers, phones and lighting accessories available

The three-tier framework offers a wider range of adjustments of 33 percent compared to competitors' two-tier frameworks

Three-stage frame also rises and falls 33% faster than two-stage frame

Stable brackets allow you to get all the benefits of a lower beam but eliminate the need to provide a modern look and plenty of storage space under the table

Advanced anti-collision technology can quickly identify if an object or person is blocking your view and turn the table upside down to prevent damage

The desk has three motors in each leg，for fast, smooth height adjustment, and a lifting capacity of1600N.

Features of Three Motor Automatic Height Adjustable Standing Desk With Three Legs

Colour: White, Black, Grey

(Input Voltage): 110-230VAC

(Adjustable Height Range): 610-1260mm

(Max.Speed): 38mm/s

Angle Adjustment Range: 0-180

(Load Capacity): 1600N

(Surface Treatment): Surface Coating

(Transverse expansion range): 1100-1600mm

(Low Power): Yes

(Anti-Collision): Yes

(Duty Cycle): 10%;Max.2min.off

The working principle of the automatic beading machine is that the vibration of the machine causes the movement of beads, so that the holes of beads will automatically enter the fixed needle to complete the process of automatic beading.

The maximum characteristics of the automatic beading machine is fast and the movement process of beads is driven by the roller into the conveying plastic pipe. The residence time of beads in the vibration part is only a few seconds, which will not cause any damage to the surface of beads. At the same time, the pin part is a small spring and can be wrapped with soft glue, which will not cause any damage to beads. So the machine is fast and safe for the product. The technology content of automatic beading machine is high, which has higher requirements for manufacturers who have beading machine for sale.

Operation process:

1. Fix the bead-string needle on the bead-string machine first, and string the thread at the tail with it.
2. The beads are poured into the hopper of the conveying part of the beading machine.
3. Open the power supply of the conveying part to let the beads enter the conveying pipeline automatically.
4. Turn on the oscillator switch and let the beads start to work.
5. Open the pin part switch to let the beads move down automatically and complete the bead string operation.
6. When the beads reach a certain amount, open the string and let the beads enter the line.

The beading machine produced by Anhui Blackma Heavy Industrial Machinery Co.,LTD meets your various needs.

BLKMA is a company from China. Founded in 1994, it is located in Ma'anshan, Anhui Province, China. It is only 26 kilometers away from Nanjing Lukou International Airport. It has the developed transportation system so that our customers can visit at any time. In the pipeline processing machinery industry in China, BLKMA is the most authoritative modern enterprise, which participated in the national Chinese pipeline machinery industry standards. In recent years, it maintains a rapid growth in sales revenue and enterprise scale according to the technological innovation and the continuous development of global markets.

BLKMA Auto duct line And Spiral duct machine delievery to Australia

The order of Duct marking machine from an Australian customer was completed and shipped to Brisbane, Australia, after rigorous factory testing.

As a manufacturing automation companies, with the introduction of the concept of industry 4.0 and the launch of the made in China 2025 plan, China's economy has entered a new normal of development. Structural adjustment, transformation and upgrading, quality and efficiency improvement have become new development strategies. Accelerating the development of the robot industry and promoting the integrated application of robots have become an important way to realize the new strategy. After years of rapid development, China has a relatively solid foundation for the development and application of robotics technology and industry. Application pulling is the biggest advantage of China's robot integration and development. In addition, China has the largest manufacturing industry with the largest number of categories, which provides a broad application field for the application of robots, and also provides a sustained development momentum for the development of the robot industry.

According to the International Federation of Robotics (IFR), the use of industrial robots in China is expected to exceed 428000 by 2017. "Enterprises will have to increase investment in robots to improve production efficiency and product quality. At present, the development of the robot industry is driven by the automobile industry, but in the next 2-3 years, the electronic industry will be the driving force."

The application of robots in the field of 3C will become the second largest industry for the integrated application of industrial robots after automobiles

The automobile industry has always been the industry that uses the most industrial robots. From a global perspective, the sales volume of industrial robots in the automobile industry accounts for about 45%, while the sales volume of industrial robots in the electronic and electrical industry accounts for only about 20%. 60% of domestic industrial robots are also applied in the automobile manufacturing industry. The robot density of the automobile industry has reached 305 sets / 10000 sets, far higher than the average level of 36 sets / 10000 people abroad. It has reached the automation level of the manufacturing industry in developed countries, and there is limited room for improvement in the future.

In addition to the automobile industry, the change of market competition promotes the innovation of 3C home appliance manufacturers' production efficiency. Agile manufacturing, flexible manufacturing and lean manufacturing lead the development direction of 3C home appliance manufacturing enterprises, and the characteristics of industrial robot integration are catering to this manufacturing trend. High speed, high flexibility and high precision requests help 3C home appliance manufacturers to respond more quickly to the change of products in the market, obtain more efficient production manufacturing capabilities and higher-quality product quality control.

There are a large number of components of 3C products (for example, the mobile phone includes large components such as touch screen, display panel, main board PCB, battery, middle board, back cover and other small components such as camera, structural parts) which are basically non-standard products with small volume and high absolute accuracy requirements. But the related parts manufacturing technology and the whole machine assembly technology (such as mobile phone shell, glass, cover plate, etc.), process and equipment are quite mature. The processing content is highly repetitive, the labor intensity is high, in line with the characteristics of automatic transformation.

In 3C manufacturing industry, the best industrial robot can maximize the sustainable productivity in the environment of high temperature, dust, corrosion, humidity, etc., which may endanger human health and realize continuous use.

What is the inside of the manipulator? Is there any mystery?

Main structure of Pneumatic Manipulator

1. Structure of all parts of manipulator

The manipulator auto consists of a plurality of connecting rods and joints. The manipulator is generally composed of base, actuator, such as clamp, suction cup, etc., as well as joints and connecting rods between them. The manipulator can achieve arbitrary movement and steering within its range of motion. We generally call the movable joints as freedom degrees.

2. Air circuit element

Pneumatic manipulator's main air circuit components include swing cylinder, double cylinder, pen type cylinder and air source processing components.

3. Main sensors

The manipulator detects its own state, such as speed, position, acceleration, etc. through the internal sensor of the sensor, and then realizes the interaction between itself and the environmental information, such as distance, temperature and pressure. The environmental information is detected by the external sensor. Next, the controller selects the corresponding environment mode to command the manipulator to complete the task.

Manipulator working principle

Pneumatic automation equipment is mainly composed of control system, drive system, actuator and position detection system. Under the control of PLC program, the actuator action is realized by pneumatic transmission.

The information of the control system will transmit the command to the actuator to track the action of the manipulator. If the action is wrong or fails, an alarm will be given immediately.

The actual position of the actuator is transferred to the control system by using the position detection device, and the actuator is finally moved to the designated position with a certain precision.

visual inspection automation is equivalent to applying a camera in industrial robots. How does industrial robots use industrial cameras to achieve visual inspection?

1. Industrial camera is a key component of machine vision system. Its most essential function is to transform optical signal into orderly electrical signal. Choosing the right camera is also an important part in the design of machine vision system. The choice of camera not only directly determines the image resolution and image quality, but also directly related to the operation mode of the whole system.

2. The basic function of lens is to realize beam transformation (modulation). In machine vision system, the main function of lens is to image the target on the photosensitive surface of image sensor. The quality of lens directly affects the overall performance of machine vision system. The reasonable selection and installation of lens is an important part of the design of machine vision system.

3. The core of machine vision system is image acquisition and processing. All the information comes from the image, and the quality of the image itself is very important to the whole vision system. Light source is an important factor that affects the image level of machine vision system, because it directly affects the quality of input data and 30% of the application effect at least.

4. Through appropriate lighting design, the target information and background information in the image can be separated optimally, which can greatly reduce the difficulty of segmentation and recognition of image processing algorithm, improve the positioning and measurement accuracy of the system, and improve the reliability and comprehensive performance of the system. On the contrary, if the light source is not designed properly, it will lead to failure in the effort in the design of image processing algorithm and imaging system. Therefore, the success or failure of light source and optical system design is the primary factor to determine the success or failure of the system.

5. Image acquisition card is the interface of image acquisition part and image processing part. The process of converting an image into a digital image after sampling and quantization, and inputting and storing it into frame memory is called acquisition. The image acquisition card also provides the function of digital I / O.

6. The commonly used software of vision inspection includes Ni vision, Halcon, visionpro, opencv, MATLAB, etc., which are selected according to their own development needs.

Our company has best industrial robots. and understand the principle of industrial robot to realize visual inspection enables us know its value better and use its complex algorithm to produce for our industry. It can be said that robot visual inspection system promotes the development process of industrial network automation.

The promotion of new energy vehicles in the automobile industry has achieved remarkable results in various countries. Under the international situation of energy conservation and emission reduction, many countries have introduced preferential subsidy policies for new energy vehicles, which has promoted the growth of new energy vehicle sales and makes it become the main growth power of the global automobile industry.

The continuous expansion of assembly line in automobile industry also marks the maturity and perfection of the automatic new production process in the automobile industry. Since the first automobile appeared in 1886, great changes have taken place in the production process of automobile. The development of automation makes the processing and production process of automobile faster, more efficient and more automatic.

New energy vehicle core parts electric bus controller assembly detection and packaging line generation.

The three electricity of new energy electric vehicle refers to: power battery, driving motor and electric control of the whole vehicle.

Three electricity is the core of new energy vehicles. In the development of power battery technology, new technologies and new hot spots appear from time to time. In the field of electronic control, our development has been in a relatively primary stage.

The improvement of electric control efficiency can significantly improve the whole vehicle economy of pure electric vehicles.

From January to November, the production and sales volume of new energy vehicles in China increased by 63.6% and 68% year-on-year, respectively 1.054 million and 1.03 million, both exceeding 1 million. With the increasing demand in the new energy vehicle market, there is more and more demand for core parts. How to improve the output efficiency of core parts is another problem. Let's take a look at the assembly, inspection and packaging equipment of this core component electric bus controller.

New energy vehicles - assembly inspection and packaging of electric bus controller

1. After the introduction of the automatic production line in the automobile industry, the production beat reaches 360s / PCS, and the production capacity of the automatic production line is three times higher than that of the traditional manual production line.

1. MES management system: with MES manufacturing execution system, data can be monitored and visualized in the whole process to realize efficient remote management, timely abnormal alarm and accurate full information tracing;

The real-time cooperation between human, machine and warehouse makes the quality management efficient and reliable. One-click data export facilitates in-depth quantitative analysis.

1. Intelligent logistics trolley AGV: AGV / IGV intelligent transport trolley is used to realize the automatic supply and transportation of materials. Through MES management system, the precise docking from material warehouse to production line is realized, which greatly improves the equipment efficiency.

1. On line test: PQC complete machine test and power on voltage withstand test of the production line are all on-line full-automatic tests to realize automatic docking of 600A high current.

In addition, the production process of all kinds of parts in the automobile industry, such as the automatic assembly line of the ball head of the shift handle, the assembly equipment of the worm steering motor and the gearbox, and the automatic inspection station of the automobile scissor jack, has been fully automated.

The automatic feeder refers to the automatic operation according to the specified requirements and the established procedures. The person only needs to determine the control requirements and procedures and does not need the direct operation of the feeding mechanism. That is, the mechanism that automatically transfers items from one location to another, during which the process can be automatically and accurately completed without human intervention. Generally, there are a detecting device, a feeding device, and the like. It is mainly used for the transportation of semi-products of various materials and industrial products, and can also be used to automate production in the next process.

Working principle editing

Punch auto packing and auto stack - The sawing machine automatic feeder adopts Siemens PLC and Siemens touch screen control and adopts imported servo motor to control feed feeding.

The auto packing machine of the punching machine is simple and convenient to operate and has high precision. As long as the feed rate is set on the touch screen during operation, the servo system automatically determines the feed length for each time according to the value set in advance. The operator only needs to watch whether the machine works normally without adjusting each time.

The PLC system controls the automatic feeding action, automatic clamping action, and automatic cutting action. The use of this machine can greatly reduce the labor intensity of the operator and provide production efficiency.

Application editing

The practical application of the feeder shows that selecting a reasonable AC servo system can meet the requirements of fast response speed, high-speed precision, and robustness of the control system.

It is required that the actual application position control accuracy is up to ±0.1mm and the cumulative error can be avoided. The control system can be applied to the production of high-precision open series cold-formed steel products, especially products similar to the shelf column, that is, the cold-bending forming production line for the online pre-punching of the cold-formed steel vertical and the side with high precision requirements for the hole position. on.

The AC servo system can achieve high position control accuracy on the shelf cold forming machine production line; and the online pre-punching mode and the hydraulic stop mode can be used independently, such as the online pre-punching mode in the production process of the shelf beam.

If you want to know about automatic stacking system,you can browse our official website.

Introduction of Automatic Winding Machine:

Automatic Winding Machine is a high speed automatic coil winding machine. This automatic winding machine is applied to wind the sewing threads, embroidery threads, nylon threads and so on. You can achieve a good shape formation with this high speed automatic winding machine. This automatic coil winding machine provides a good solution for yarns while keeping assured safety and reliability and broad applicability. If you buy this automatic winding machine, you immediately got a good assistant to deal with the yarn which has high efficiency and also is easy to operate.

The fully automatic winding machine is equipped with an electro-magnetic tension control system, a frequency-change slotted spool yarn guide device, and a pump-based cycling-type oiling device. All devices above ensure the automatic winding machine can have a great quality of packages. We can improve the machine if you have your own requirements as it is a customized winding machine. As a winder supplier, we will do our best to meet your any requirements on yarns.

Advantages of Automatic Winding Machine:

1. The automatic winding machine is a customized winding machine. Clients could give your own request for this winding machine.
2. Electro-magnetic tension control system, a frequency-change slotted spool yarn guide device, and a pump-based cycling-type oiling device ensure the package of yarns. You can have good packages by using our automatic coil winding machine.

Winder Parameter Table on the Top Board:

Password: Range of 00000~9999

Full spool length: Range of 0~60000 m

Winding linear speed: 200~1000 m/min

Oil wheel speed ratio: 30~200

Winding initial tension: 0~100%

Winding end tension: 0~100%

Yarn-detector state: 0.0~9999 s

Empty spool position confirmation: Computer test value

Fixed block position confirmation: Computer test value

Length correction coefficient: 0.800~1.200

Main Specification of Automatic Winding Machine:

Model: HR0604-A / HR0604-H / HR0604-Y

Shape formation: Conic shape/Cylindrical shape/Pagoda shape

Tube angle: 2°20′/ 0°/ 0°~2°20′

Max. Winding outside diameter: Φ115

Spindle number: 4

Max. Linear speed: 1000 m/min

Pattern round number: 3~4

WSF is a company which is outstanding in providing various solutions of china winding machine for clients. RFQ today!

Conveyors are used for product conveying. There are different types of the conveyor, which can be used for conveying various kinds of products.

Flexible conveyor is a device designed to transport raw materials, semi-finished products or products in order to improve the efficiency of processing or production. The products can be conveyed from one place to another. There are a large number of different types of conveyors designed to convey different types of products or perform specific tasks. Yiheda can provide you with customized conveyor.

The functions of feeding mechanism of CNC lathe

The functions of feeding mechanism of CNC lathe: The automated feeding manipulator of NC lathe can imitate some movement functions of the human hand and arm, and is used to grasp and carry objects or operating tools according to fixed procedures. It can replace the heavy labor to achieve mechanization and automation of production, and can operate in harmful environment to protect personal safety. The automated feeding manipulator of NC lathe is usually used as an additional device of machine tools or other machines, such as loading and unloading and transferring work pieces on NC lathe.

The use of CNC machine tools instead of manual labor can save costs, improve efficiency and reduce the rate of defective. At the same time, it liberates the labor, makes the tedious work flow simple and easy to operate, and greatly reduces the labor cost.

What is the assistant manipulator? What is the purpose of the assistant manipulator?

What is the assistant manipulator? It is a new kind of auxiliary equipment used for labor saving in material handling and installation. It skillfully applies the balance principle of force to form a gravity-free floating state of materials in the air, that is, the gravity of materials is balanced by the corresponding control system, so that the operator can balance the movement and positioning of materials in space only by pushing and pulling the materials.

The assistant manipulator balances the gravity of the object through the thrust or pull force generated by the cylinder to achieve the assistant effect. By detecting the end fixture of the sucker or the manipulator and balancing the gas pressure in the cylinder, it can automatically identify whether there is a load on the manipulator arm of the manipulator, and automatically adjust the air pressure in the balancing cylinder through the pneumatic logic control loop to achieve the purpose of automated balance. When working, heavy objects are suspended in the air to avoid collision between products.

Basic knowledge of the automatic conveyor belt

The basic knowledge of the belt conveyor is mainly divided into: daily maintenance knowledge, conveyor limitations and conveyor operation rules.

First, what are the daily maintenance of belt conveyor?

1. check whether the belt is degumming.
2. check whether spring is loose or deformed and replaced.
3. check whether the motor has abnormal sound.

Second, what are the limitations of the belt conveyor?

The gradient of belt, the length of conveying material, the nature of conveying material, the width of belt, the running speed of belt, etc.

In addition, there will be special belts for different materials; for example, the belt with bucket slope can be close to 90 degrees, and the gradient of pattern belt can also be relatively large.

Third, what departments are widely used in belt conveyors?

Large ones for coal and mining; small ones for electronics and electrical appliances, and some for chemical industry, tobacco, plastic, etc.

There are also food industries, such as biscuits, bread and so on. The belt conveyor is only one kind of conveying equipment. Conveying equipment is widely used in industries, such as automobiles, household appliances and so on.

Four, operation rules of the belt conveyor

1.The fixed automatic feed conveyor should be installed on a fixed basis according to the prescribed installation method. Before the formal operation of the mobile conveyor, the wheel should be wedges with triangular or brake. In order to avoid moving in the work, there should be a one-meter channel between the machine and the machine, and between the machine and the wall when there are several conveyors working in parallel.

2.Before using the conveyor, it is necessary to check whether the running parts, belt buckles and carrying devices are normal and whether the protective equipment is complete. The tightness of the tape must be adjusted to a proper level before starting.

3.The belt conveyor should start at no load. After the operation is normal, the material can be fed. No feeding before driving.

4. When several conveyors are connected in series, they should start from the unloading terminal and start in sequence. After normal operation, the material can be fed.
5. When the tape runs off during operation, stop and adjust it, so as not to use it reluctantly, in order to avoid wearing edges and increasing load.
6. The working environment and the temperature of the delivered material must not be more than 50 degrees centigrade and less than -10 C. It is not allowed to convey materials containing acid and alkali oils and organic solvents.
7. No pedestrians or passengers are allowed on the conveyor belt.
8. Before stopping, the conveyor must stop feeding before stopping the material on the belt.
9. The conveyor motor must be well insulated. Cable of mobile conveyor should not be dragged or dragged. The motor must be grounded reliably.
10. When the belt slips, it is strictly prohibited to pull the belt by hand to avoid accidents.

What are the advantages of automated loading and unloading?

There are three main advantages of automated loading and unloading.

(1)High production efficiency: To improve production efficiency, we must control the production rhythm. Except that the fixed production and processing rhythm can not be improved, automated feeding and unloading replaces manual operation, so that the rhythm can be well controlled, avoiding the impact of human factors on production rhythm, greatly improving production efficiency.

(2)Flexible process modification: We can quickly change the production process by modifying the procedures and gripper fixtures. The debugging speed is fast, and the training time for employees is not needed, so it can be put into production quickly.

(3) Improve the quality of work pieces: Use robot automated production line. From feeding, clamping to blanking, it is totally completed by robots, which reduces the intermediate links and greatly improves the quality of parts, especially the work piece surface is more beautiful.

Yiheda automation, one of custom automation companies, specializes in designing and manufacturing the China automatic production line to customers. We welcome merchants from all over the world to cooperate with our factory for mutual benefit and win-win, and jointly create a better future.

With the development automation technology, automatic welding technology is more advanced. Automatic welding machine plays an important role in the application of various industries, and its application is expanding rapidly. In the modern industrial production, the mechanization and automation of the welding production process are the inevitable trends of the manufacturing industry. The automatic welding machine we provided, with more efficient, high welding precision and fast welding speed, can be widely used in many fields.

In the past 20 years, with the development of digital, automation, computer, mechanical design technology and the importance of welding quality, automatic welding has developed into an advanced manufacturing technology, and role automatic welding equipment plays in various industrial applications is more and more important, and the scope of application is expanding rapidly. In modern industrial production, the mechanization and automation of the welding production process is an inevitable trend in the modernization of the welding mechanism manufacturing industry.

According to the degree of automation, automated welding equipment can be divided into the following three categories:

1. Rigid automated welding equipment Rigid automatic welding equipment can also be called primary automatic welding equipment, most of which are designed according to the principle of open loop control. Although the entire welding process is automatically completed by the welding equipment, the feedback of the welding parameters during the welding process cannot be closed-loop feedback system, and the possible deviations cannot be randomly corrected.

2. Self-adaptive control automatic welding equipment The adaptively controlled welding equipment is a highly automated welding equipment, which is equipped with sensors and electronic detection lines, it can automatically guide and tracks the weld trajectory, and implements closed-loop feedback control of the main welding parameters. The entire welding process will be completed automatically according to preset procedures and process parameters.

Intelligent automatic welding equipment

It utilizes a variety of advanced sensing components such as vision sensors, tactile sensors, auditory sensors and laser scanners etc., and it makes uses of computer software systems, databases and expert systems with functions such as identification, judgment, real-time detection, calculation, automatic programming, welding parameters storage and the ability to automatically generate weld log files.

The composition of automated welding equipment:

1. Welding power supply, its output power and welding characteristics should be matched with the welding method to be used, and the interface connected with the main controller is installed.
2. wire feeder and its control and speed control system, for the wire feeder with higher requirements on wire feed speed control accuracy, its control circuit should add speed feedback
3. The welding machine head uses its moving mechanism, which consists of a welding machine head, a welding head support frame, a hanging type carriage, etc., and is used in a precision welding head mechanism. The drive system should adopt a servo motor equipped with an encoder.
4. Weldment movement or displacement mechanism, such as welding roller frame, head and tail frame turning machine, rotary platform and positioner, etc., precision moving position mechanism should be equipped with servo motor drive
5. weldment clamping mechanism
6. The main controller, also known as the system controller, is mainly used for linkage control of each component, control of welding procedures, setting, adjustment and display of main welding parameters. Control functions such as troubleshooting and man-machine dialogue can be expanded as necessary.
7. computer software, computer software commonly used in welding equipment includes: programming software, functional software, process software and expert systems, etc.
8. welding head guiding or tracking mechanism, arc pressure automatic controller, welding gun yaw and monitoring system
9. Auxiliary devices, such as wire feeding system, circulating water cooling system, flux recovery and conveying device, wire holder, cable hose, drag chain mechanism structure design and electrical control design these three parts.
10. Welding robots, also known as robotic arms, are an important part of automated welding equipment. Its main tasks include: welding, cutting, thermal spraying, carrying etc..

Application and value of automatic welding equipment in all-position welding

First, the automatic welding system industrial electronics is applied in the all-position welding, and the welding execution part is driven by the rotary pair to flexibly and reasonably change the posture of the welding torch, which is beneficial to the all-position welding work. At the same time, the motor power can be reduced while driving the same welding actuator. In the application, it is better to install the sensor at the welding position on the final stage deceleration shaft to detect the position of the welding gun. With this installation method, the control precision obtained is relatively high. In addition, by means of this memory on the automatic welding equipment, the parameters of the welding process and the weld tracking control program are stored, and the welding process parameters are stored in the arc welding power source, so that the advantages of the arc welding power source are further exerted. Through the cooperation of the two, it effectively solves various quality problems that may occur in all-position automatic welding operations.

Secondly, the driving of the welding torch is carried out by means of a stepping motor (the stepping motor is an open-loop control element stepping motor part that converts the electric pulse signal into angular displacement or line displacement). The digital input pulse model is effectively converted into a rotary motion by this motor. The accuracy of the component itself is high, and there is neither drift problem nor problems such as accumulated error. The application of this component in all-position welding not only keeps the rotational speed unchanged, but also controls the frequency signal to be relatively stable, and the torch displacement is more accurate.

Thirdly, in the all-position welding operation, the welding head and the arc welding power source are organically combined, which not only can achieve the purpose of full-position automatic welding, but also can reduce the price of the automatic welding equipment to a certain extent. In this way, not only can automatic welding be achieved, also the semi-automatic welding can be carried out by means of the arc welding power sources and the utilization of the semi-automatic welding torches.

Yiheda automation, one of custom automation companies, specializes in designing and manufacturing the China automatic production line to customers. We welcome merchants from all over the world to cooperate with our factory for mutual benefit and win-win, and jointly create a better future.

Nowadays, automated assembly technology is gradually replacing the manual assembly, since it can reduce labor costs and improve production efficiency and product stability. Yiheda has wealth of experience in developing automated assembly machine for many industries, such as automotive, low voltage electrical, hardware, precision electronics and other industries, we can provide customers with complete automation solutions with a short delivery. The assembly cycle time and precision can be adjusted according to the customer's needs, thus the performance of the equipment can be maximized.

What are the assembly machine functions of the automatic assembly machine?

1. The components of the automation assembly equipment are orientedly aligned, conveyed, and the escapement system automatically aligns the disorganized parts in a space orientation that is easy for the machine to automatically process, and then smoothly transports them to the subsequent escapement for the preparation of subsequent robotic gripping.

2. The grab-shift-placement mechanism grabs or vacuums the component that is positioned by the escapement and then moves to another location (usually the assembly work position).

3. The assembly working mechanism of the automatic assembly equipment refers to the mechanism used to complete the main action of the assembly work, such as pressing, clamping, screwing, clamping, bonding, welding, riveting, bonding, welding the work piece to the previous part.

4. The testing mechanism is used to test the previous assembly parts or the previous work results of the machine, such as part defect detection, size inspection, defect detection, function detection, and material purging inspection.

5. The mechanism for picking up of automation assembly equipment machine work piece is used to sort out the assembled qualified parts and defective parts from the machine.

Yiheda automation, one of custom automation companies, specializes in designing and manufacturing the China automatic production line to customers. We welcome merchants from all over the world to cooperate with our factory for mutual benefit and win-win, and jointly create a better future.

The central bolt automatic assembly machine completes bolt assembly, detection, laser marking, data recording and other requirements, which is composed of spring base press-fitting station, valve sleeve assembly station, spring and valve core assembly station, laser marking, thread detection and traceability system, etc. The parts are conveyed to the corresponding positions by conveyor and turntable. The manipulator grabs the materials to assembly and the human-machine control system corrects the parameters of the assembly process and records the data.

Machine Features of Central Bolt Assembly Line Automation Equipment

1. Frame: The safety guard door frame uses aluminum alloy profiles
2. Machine parts: Chrome-faced, anodizing, black and paint baked
3. Noisy:≤70dB
4. Security Settings: The HMI can set a password to prevent non-professionals from mishandling the machine or other potential safety hazards.

Machine parameter of Central Bolt Automatic Assembly Line

FL14.0002.01

Power: AC380V

Floor space: 3650*2800*1800(L*W*H)

Station: 1

Power: 20KW

Continuous activation ratio:>=90%

Pass rate:>=99%

Weight:3.5t

Yiheda automation, one of automatic production line manufacturers , specializes in designing and manufacturing the China automatic production line to customers. We welcome merchants from all over the world to cooperate with our factory for mutual benefit and win-win, and jointly create a better future.

The automatic manipulator can implement gripping and transporting functions by programmable program. With high position accuracy, fast pick-and-place speed and stable process, Yiheda has many series of manipulators such as single-axis linear slide module, pneumatic traverse manipulator, pneumatic traverse rotary manipulator, cam 90-degree rotation manipulator, cam high-speed transfer manipulator, cam route-adjustable manipulator, etc., by utilizing these manipulators to complete the material transportation, horizontal rotation, 90 degrees of movement and other actions, which are easy integration, easy installation, low cost, fast pace and low failure, etc.

Transverse manipulator

The transverse manipulator is driven by cylinder, and the route can be adjusted. The traditional and precise structure is cost-effective, which can complete the clamping and assembly during the process. ​

Turntable linkage high-speed manipulator

Driven by two sets of servo motor and screw rod, the manipulator can move in X-axis and Z-axis direction. One X-axis action plus two z-axis actions are a cycle, the cycle time is 1.2s, which guarantee the speed, stability and accuracy of the manipulator, and can replace the traditional pneumatic manipulator.

90 Degree Transfer PPU

With cam structure, the manipulator can complete horizontal and rotary movement via controlling the cam track curve. Driven by swing cylinder, it can achieve high-speed and high accuracy action, the cycle time≥0.6s.

U-type high-speed transfer PPU

With cam structure, the manipulator can complete horizontal and rotary movement via controlling the cam track curve. It can stop at any position within the range of its route via the combination of the stepping motor and the cam system, and the positioning accuracy is 0.02mm.

Adjustable transfer PPU

With cam structure, driven by external control system and rotary cylinder, the manipulator runs according to the scheduled track, which makes the X-axis can be adjusted, widen the route of pickup material and the range of application.

Transverse manipulator

The transverse and rotary manipulator completes the cyclic movement between the four stations under the drive of the cylinder to achieve fast feeding, which can replace the traditional manipulator. It is suitable for precise and stable assembly and feeding.

Transverse manipulator (with-multiple-grippers)

The transverse manipulator is driven by cylinder, which can be installed with multiple actuators. It is suitable for the detection, assembly and transportation of multiple station.

Yiheda automation, one of custom automation companies, specializes in designing and manufacturing the China automatic production line to customers. We welcome merchants from all over the world to cooperate with our factory for mutual benefit and win-win, and jointly create a better future.

Conveyors are used for product conveying. There are different types of the conveyor belt automation , which can be used for conveying various kinds of products.

Flexible conveyor is a device designed to transport raw materials, semi-finished products or products in order to improve the efficiency of processing or production. The products can be conveyed from one place to another. There are a large number of different types of conveyors designed to convey different types of products or perform specific tasks. Yiheda can provide you with customized conveyor.

The functions of feeding mechanism of CNC lathe

The functions of feeding mechanism of CNC lathe: The automated feeding manipulator of NC lathe can imitate some movement functions of the human hand and arm, and is used to grasp and carry objects or operating tools according to fixed procedures. It can replace the heavy labor to achieve mechanization and automation of production, and can operate in harmful environment to protect personal safety. The automated feeding manipulator of NC lathe is usually used as an additional device of machine tools or other machines, such as loading and unloading and transferring work pieces on NC lathe.

The use of CNC machine tools instead of manual labor can save costs, improve efficiency and reduce the rate of defective. At the same time, it liberates the labor, makes the tedious work flow simple and easy to operate, and greatly reduces the labor cost.

What is the assistant manipulator? What is the purpose of the assistant manipulator?

What is the assistant manipulator? It is a new kind of auxiliary equipment used for labor saving in material handling and installation. It skillfully applies the balance principle of force to form a gravity-free floating state of materials in the air, that is, the gravity of materials is balanced by the corresponding control system, so that the operator can balance the movement and positioning of materials in space only by pushing and pulling the materials.

The assistant manipulator balances the gravity of the object through the thrust or pull force generated by the cylinder to achieve the assistant effect. By detecting the end fixture of the sucker or the manipulator and balancing the gas pressure in the cylinder, it can automatically identify whether there is a load on the manipulator arm of the manipulator, and automatically adjust the air pressure in the balancing cylinder through the pneumatic logic control loop to achieve the purpose of automated balance. When working, heavy objects are suspended in the air to avoid collision between products.

Basic knowledge of the automatic conveyor belt

The basic knowledge of the belt conveyor is mainly divided into: daily maintenance knowledge, conveyor limitations and conveyor operation rules.

First, what are the daily maintenance of belt conveyor?

1. check whether the belt is degumming.
2. check whether spring is loose or deformed and replaced.
3. check whether the motor has abnormal sound.

Second, what are the limitations of the belt conveyor?

The gradient of belt, the length of conveying material, the nature of conveying material, the width of belt, the running speed of belt, etc.

In addition, there will be special belts for different materials; for example, the belt with bucket slope can be close to 90 degrees, and the gradient of pattern belt can also be relatively large.

Third, what departments are widely used in belt conveyors?

Large ones for coal and mining; small ones for electronics and electrical appliances, and some for chemical industry, tobacco, plastic, etc.

There are also food industries, such as biscuits, bread and so on. The belt conveyor is only one kind of conveying equipment. Conveying equipment is widely used in industries, such as automobiles, household appliances and so on.

Four, operation rules of the belt conveyor

1.The fixed conveyor should be installed on a fixed basis according to the prescribed installation method. Before the formal operation of the mobile conveyor, the wheel should be wedges with triangular or brake. In order to avoid moving in the work, there should be a one-meter channel between the machine and the machine, and between the machine and the wall when there are several conveyors working in parallel.

2.Before using the conveyor, it is necessary to check whether the running parts, belt buckles and carrying devices are normal and whether the protective equipment is complete. The tightness of the tape must be adjusted to a proper level before starting.

3.The belt conveyor should start at no load. After the operation is normal, the material can be fed. No feeding before driving.

4. When several conveyors are connected in series, they should start from the unloading terminal and start in sequence. After normal operation, the material can be fed.
5. When the tape runs off during operation, stop and adjust it, so as not to use it reluctantly, in order to avoid wearing edges and increasing load.
6. The working environment and the temperature of the delivered material must not be more than 50 degrees centigrade and less than -10 C. It is not allowed to convey materials containing acid and alkali oils and organic solvents.
7. No pedestrians or passengers are allowed on the conveyor belt.
8. Before stopping, the conveyor must stop feeding before stopping the material on the belt.
9. The conveyor motor must be well insulated. Cable of mobile conveyor should not be dragged or dragged. The motor must be grounded reliably.
10. When the belt slips, it is strictly prohibited to pull the belt by hand to avoid accidents.

What are the advantages of automated loading and unloading?

There are three main advantages of automated loading and unloading.

(1)High production efficiency: To improve conveyor production efficiency, we must control the production rhythm. Except that the fixed production and processing rhythm can not be improved, automated feeding and unloading replaces manual operation, so that the rhythm can be well controlled, avoiding the impact of human factors on production rhythm, greatly improving production efficiency.

(2)Flexible process modification: We can quickly change the production process by modifying the procedures and gripper fixtures. The debugging speed is fast, and the training time for employees is not needed, so it can be put into production quickly.

(3) Improve the quality of work pieces: Use robot automated production line. From feeding, clamping to blanking, it is totally completed by robots, which reduces the intermediate links and greatly improves the quality of parts, especially the work piece surface is more beautiful.

Dongguan Yiheda Automation Co.,Ltd, established in 2010, is an expert custom automation company, specializes in designing and manufacturing the custom automation solution to customers. If you are looking for China automatic production line, just contact us!

With the development automation technology, automatic welding technology is more advanced. Automatic welding machine plays an important role in the application of various industries, and its application is expanding rapidly. In the modern industrial production, the mechanization and automation of the welding production process are the inevitable trends of the manufacturing industry. The automatic welding machine we provided, with more efficient, high welding precision and fast welding speed, can be widely used in many fields.

In the past 20 years, with the development of digital, automation, computer, mechanical design technology and the importance of welding quality, automatic welding has developed into an advanced manufacturing technology, and role automatic welding equipment plays in various industrial applications is more and more important, and the scope of application is expanding rapidly. In modern industrial production, the mechanization and automation of the welding production process is an inevitable trend in the modernization of the welding mechanism manufacturing industry.

According to the degree of automation, automated welding equipment can be divided into the following three categories:

1. Rigid automated welding equipment Rigid automatic welding equipment can also be called primary automatic welding equipment, most of which are designed according to the principle of open loop control. Although the entire welding process is automatically completed by the welding equipment, the feedback of the welding parameters during the welding process cannot be closed-loop feedback system, and the possible deviations cannot be randomly corrected.

2. Self-adaptive control automatic welding equipment The adaptively controlled welding equipment is a highly automated welding equipment, which is equipped with sensors and electronic detection lines, it can automatically guide and tracks the weld trajectory, and implements closed-loop feedback control of the main welding parameters. The entire welding process will be completed automatically according to preset procedures and process parameters.

Intelligent automatic welding system industrial electronics

It utilizes a variety of advanced sensing components such as vision sensors, tactile sensors, auditory sensors and laser scanners etc., and it makes uses of computer software systems, databases and expert systems with functions such as identification, judgment, real-time detection, calculation, automatic programming, welding parameters storage and the ability to automatically generate weld log files.

The composition of automated welding equipment:

1. Welding power supply, its output power and welding characteristics should be matched with the welding method to be used, and the interface connected with the main controller is installed.
2. wire feeder and its control and speed control system, for the wire feeder with higher requirements on wire feed speed control accuracy, its control circuit should add speed feedback
3. The welding machine head uses its moving mechanism, which consists of a welding machine head, a welding head support frame, a hanging type carriage, etc., and is used in a precision welding head mechanism. The drive system should adopt a servo motor equipped with an encoder.
4. Weldment movement or displacement mechanism, such as welding roller frame, head and tail frame turning machine, rotary platform and positioner, etc., precision moving position mechanism should be equipped with servo motor drive
5. weldment clamping mechanism
6. The main controller, also known as the system controller, is mainly used for linkage control of each component, control of welding procedures, setting, adjustment and display of main welding parameters. Control functions such as troubleshooting and man-machine dialogue can be expanded as necessary.
7. computer software, computer software commonly used in welding equipment includes: programming software, functional software, process software and expert systems, etc.
8. welding head guiding or tracking mechanism, arc pressure automatic controller, welding gun yaw and monitoring system
9. Auxiliary devices, such as wire feeding system, circulating water cooling system, flux recovery and conveying device, wire holder, cable hose, drag chain mechanism structure design and electrical control design these three parts.
10. Welding robots, also known as robotic arms, are an important part of automated welding equipment. Its main tasks include: welding, cutting, thermal spraying, carrying etc..

Application and value of automatic welding equipment in all-position welding

First, the automatic welding equipment is applied in the all-position welding, and the welding execution part is driven by the rotary pair to flexibly and reasonably change the posture of the welding torch, which is beneficial to the all-position welding work. At the same time, the motor power can be reduced while driving the same welding actuator. In the application, it is better to install the sensor at the welding position on the final stage deceleration shaft to detect the position of the welding gun. With this installation method, the control precision obtained is relatively high. In addition, by means of this memory on the automatic welding equipment, the parameters of the welding process and the weld tracking control program are stored, and the welding process parameters are stored in the arc welding power source, so that the advantages of the arc welding power source are further exerted. Through the cooperation of the two, it effectively solves various quality problems that may occur in all-position automatic welding operations.

Secondly, the driving of the welding torch is carried out by means of a stepping motor (the stepping motor is an open-loop control element stepping motor part that converts the electric pulse signal into angular displacement or line displacement). The digital input pulse model is effectively converted into a rotary motion by this motor. The accuracy of the component itself is high, and there is neither drift problem nor problems such as accumulated error. The application of this component in all-position welding not only keeps the rotational speed unchanged, but also controls the frequency signal to be relatively stable, and the torch displacement is more accurate.

Thirdly, in the all-position welding operation, the welding head and the arc welding power source are organically combined, which not only can achieve the purpose of full-position automatic welding, but also can reduce the price of the automatic welding equipment to a certain extent. In this way, not only can automatic welding be achieved, also the semi-automatic welding can be carried out by means of the arc welding power sources and the utilization of the semi-automatic welding torches.

Dongguan Yiheda Automation Co.,Ltd, established in 2010, is an expert custom automation company, specializes in designing and manufacturing the custom automation solution to customers. If you are looking for automatic production machines, just contact us!

Nowadays, automated assembly technology is gradually replacing the manual assembly, since it can reduce labor costs and improve production efficiency and product stability. Yiheda has wealth of experience in developing automated assembly machine for many industries, such as automotive, low voltage electrical, hardware, precision electronics and other industries, we can provide customers with complete automation solutions with a short delivery. The assembly cycle time and precision can be adjusted according to the customer's needs, thus the performance of the equipment can be maximized.

What are the assembly machine functions of the automatic assembly machine?

1. The components of the automation assembly equipment are orientedly aligned, conveyed, and the escapement system automatically aligns the disorganized parts in a space orientation that is easy for the machine to automatically process, and then smoothly transports them to the subsequent escapement for the preparation of subsequent robotic gripping.

2. The grab-shift-placement mechanism grabs or vacuums the component that is positioned by the escapement and then moves to another location (usually the assembly work position).

3. The assembly working mechanism of the automatic assembly equipment refers to the mechanism used to complete the main action of the assembly work, such as pressing, clamping, screwing, clamping, bonding, welding, riveting, bonding, welding the work piece to the previous part.

4. The testing mechanism is used to test the previous assembly parts or the previous work results of the machine, such as part defect detection, size inspection, defect detection, function detection, and material purging inspection.

5. The mechanism for picking up of automation assembly equipment machine work piece is used to sort out the assembled qualified parts and defective parts from the machine.

Dongguan Yiheda Automation Co.,Ltd, established in 2010, is an expert custom automation company, specializes in designing and manufacturing the custom automation solution to customers. If you are looking for China automatic production line, just contact us!

With the development automation technology, automatic welding technology is more advanced. Automatic welding machine plays an important role in the application of various industries, and its application is expanding rapidly. In the modern industrial production, the mechanization and automation of the welding production process are the inevitable trends of the manufacturing industry. The automatic welding machine we provided, with more efficient, high welding precision and fast welding speed, can be widely used in many fields.

In the past 20 years, with the development of digital, automation, computer, mechanical design technology and the importance of welding quality, automatic welding has developed into an advanced manufacturing technology, and role automatic welding equipment plays in various industrial applications is more and more important, and the scope of application is expanding rapidly. In modern industrial production, the mechanization and automation of the welding production process is an inevitable trend in the modernization of the welding mechanism manufacturing industry.

According to the degree of automation, automatic welding system equipment can be divided into the following three categories:

1. Rigid automated welding equipment Rigid automatic welding equipment can also be called primary automatic welding equipment, most of which are designed according to the principle of open loop control. Although the entire welding process is automatically completed by the welding equipment, the feedback of the welding parameters during the welding process cannot be closed-loop feedback system, and the possible deviations cannot be randomly corrected.

2. Self-adaptive control automatic welding equipment The adaptively controlled welding equipment is a highly automated welding equipment, which is equipped with sensors and electronic detection lines, it can automatically guide and tracks the weld trajectory, and implements closed-loop feedback control of the main welding parameters. The entire welding process will be completed automatically according to preset procedures and process parameters.

Intelligent automatic welding system industrial electronics

It utilizes a variety of advanced sensing components such as vision sensors, tactile sensors, auditory sensors and laser scanners etc., and it makes uses of computer software systems, databases and expert systems with functions such as identification, judgment, real-time detection, calculation, automatic programming, welding parameters storage and the ability to automatically generate weld log files.

The composition of automated welding equipment:

1. automatic welding machine and supply, its output power and welding characteristics should be matched with the welding method to be used, and the interface connected with the main controller is installed.
2. wire feeder and its control and speed control system, for the wire feeder with higher requirements on wire feed speed control accuracy, its control circuit should add speed feedback
3. The welding machine head uses its moving mechanism, which consists of a welding machine head, a welding head support frame, a hanging type carriage, etc., and is used in a precision welding head mechanism. The drive system should adopt a servo motor equipped with an encoder.
4. Weldment movement or displacement mechanism, such as welding roller frame, head and tail frame turning machine, rotary platform and positioner, etc., precision moving position mechanism should be equipped with servo motor drive
5. weldment clamping mechanism
6. The main controller, also known as the system controller, is mainly used for linkage control of each component, control of welding procedures, setting, adjustment and display of main welding parameters. Control functions such as troubleshooting and man-machine dialogue can be expanded as necessary.
7. computer software, computer software commonly used in welding equipment includes: programming software, functional software, process software and expert systems, etc.
8. welding head guiding or tracking mechanism, arc pressure automatic controller, welding gun yaw and monitoring system
9. Auxiliary devices, such as wire feeding system, circulating water cooling system, flux recovery and conveying device, wire holder, cable hose, drag chain mechanism structure design and electrical control design these three parts.
10. Welding robots, also known as robotic arms, are an important part of automated welding equipment. Its main tasks include: welding, cutting, thermal spraying, carrying etc..

Application and value of automatic welding equipment in all-position welding

First, the automatic welding equipment is applied in the all-position welding, and the welding execution part is driven by the rotary pair to flexibly and reasonably change the posture of the welding torch, which is beneficial to the all-position welding work. At the same time, the motor power can be reduced while driving the same welding actuator. In the application, it is better to install the sensor at the welding position on the final stage deceleration shaft to detect the position of the welding gun. With this installation method, the control precision obtained is relatively high. In addition, by means of this memory on the automatic welding equipment, the parameters of the welding process and the weld tracking control program are stored, and the welding process parameters are stored in the arc welding power source, so that the advantages of the arc welding power source are further exerted. Through the cooperation of the two, it effectively solves various quality problems that may occur in all-position automatic welding operations.

Secondly, the driving of the welding torch is carried out by means of a stepping motor (the stepping motor is an open-loop control element stepping motor part that converts the electric pulse signal into angular displacement or line displacement). The digital input pulse model is effectively converted into a rotary motion by this motor. The accuracy of the component itself is high, and there is neither drift problem nor problems such as accumulated error. The application of this component in all-position welding not only keeps the rotational speed unchanged, but also controls the frequency signal to be relatively stable, and the torch displacement is more accurate.

Thirdly, in the all-position welding operation, the welding head and the arc welding power source are organically combined, which not only can achieve the purpose of full-position automatic welding, but also can reduce the price of the automatic welding equipment to a certain extent. In this way, not only can automatic welding be achieved, also the semi-automatic welding can be carried out by means of the arc welding power sources and the utilization of the semi-automatic welding torches.

Nowadays, automated assembly technology is gradually replacing the manual assembly, since the design for automated assembly can reduce labor costs and improve production efficiency and product stability. Yiheda has wealth of experience in developing automated assembly machine for many industries, such as automotive, low voltage electrical, hardware, precision electronics and other industries, we can provide customers with complete automation solutions with a short delivery. The assembly cycle time and precision can be adjusted according to the customer's needs, thus the performance of the equipment can be maximized.

What are the assembly machine functions of the automatic assembly machine ?

1. The components of the automatic assemblyequipment are orientedly aligned, conveyed, and the escapement system automatically aligns the disorganized parts in a space orientation that is easy for the machine to automatically process, and then smoothly transports them to the subsequent escapement for the preparation of subsequent robotic gripping.

2. The grab-shift-placement mechanism grabs or vacuums the component that is positioned by the escapement and then moves to another location (usually the assembly work position).

3. The assembly working mechanism of the automatic assembly equipment refers to the mechanism used to complete the main action of the assembly work, such as pressing, clamping, screwing, clamping, bonding, welding, riveting, bonding, welding the work piece to the previous part.

4. The testing mechanism is used to test the previous assembly parts or the previous work results of the machine, such as part defect detection, size inspection, defect detection, function detection, and material purging inspection.

5. The mechanism for picking up of automation assembly equipment machine work piece is used to sort out the assembled qualified parts and defective parts from the machine.
6. 

Introduction of Non-Standard Custom Assembly Machines

Non-standard automatic custom assembly machines are characterized by small market demand, large professional use, and no ready-made equipment can be purchased. However, any company with a mass-production type may have a special request for production and processing.

It seems that there is no standard for non-standard custom assembly machines. Practice is in the process of planning, but it needs more intelligence to develop planning thancustom assembly machines.

Requirements for such personnel engaged in planning non-standard automatic custom assembly machines are also very high. In addition to a solid knowledge of mechanical planning, he should also have strong hands-on assembly skills. As long as theory and practice are combined, the planned equipment can meet the needs of users and shopping malls. The planning process of non-standard automatic custom assembly machines is also the process of exploration, the process of self-completion and value enhancement. As long as the developers take planning as fun, the planned equipment will be lively.

The concept of non-standard automatic custom assembly machines is broad, which includes: transmission line, active testing, active transfer, active loading and unloading, etc. Each factory or production line needs different automated equipment to replace manual labor or reduce the labor intensity of workers. Non-standard planning should be made according to the actual situation of the site.

Active customization assembly machine involves common sense such as organizational structure, electrical control, PLC program and so on. The planning of each equipment will be different according to the structure and common sense used in practice.

With the continuous improvement of modern science and technology, all industries have gradually entered the era of automation and intellectualization. Any industry is developing towards automation, especially the automation of production equipment and commodities. The automation trend of automatic foam cutting machine is becoming more and more intense.

In such a big environment, as a foam cutting machine production company, we must comply with the needs of the times and vigorously develop automatic foam cutting machine. Foam automatic cutting machines is gradually improving, and there is automatic foam flame cutting machine, automatic foam plasma cutting machine, desktop automatic foam cutting machine, and so on, to meet the needs of different types of clients. Some equipment can also be tailored to different requirements of clients, completely breaking the format that we used to blindly imitate foreign goods.

With the continuous development of automation, the equipment of foam cutting machine has changed dramatically. Compared with the previous foam cutting machine, its operation is more simple. Easy shuttle of the automatic foam cutting machine has not only increased the production power of the company, but also reduced the cost of labor cost for the company.

Under the packing of the modern automatic foam cutting machine, the cutting effect is more perfect, and the overall packaging of the products is improved. It has been recognized by market consumers. It effectively promotes the sale of the company's goods, and helps the production company to develop rapidly. Automation is a certain commodity in the development of the times. Automation makes the foam cutting machine profitable, which greatly improves the skills, performance and quality of machinery and equipment, and promotes the development of the filling machine profession.

The foam cutting machine industry should quickly replace the traditional forms of introduction and imitation with technological innovation, close to the users, operation of independent research and development. Only in this way can China's machinery industry and market develop healthily and catch up with the advanced international production skills as soon as possible.