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  1. Uptime and efficiency on your metal cap can making machinery production line. It’s inextricably bonded to your profits. To put it another way: maximising throughput, whilst ensuring quality, is the best way to maximise your revenue. Here are some ideas for making sure your production environment is as productive as possible. Organisation strategy The first thing to do before taking action is to sit back and observe. The most important step of Lean Sigma philosophy is the “Define” stage. Where are the pain points in your current workflow? Look at your people, your processes and your production equipment to identify areas where improvements can be made. Another thing to consider (that’s often overlooked) is the layout of your production or manufacturing environment. From materials to machine tools, everything should be organised logically and cohesively. Does your current layout maximise efficiency? Metal detection technology Nobody wants to find metal in their moussaka. That’s why as a safety precaution, many food manufacturers install metal detectors on their production lines. Metal detection can occur at various points throughout your production line, ensuring no metal contaminants fall into your produce. As well as monitoring food, installing metal detectors could protect your machinery. Even the smallest particle can lead to machinery malfunction. Product inspection for safety X-ray technology Of course when it comes to identifying foreign objects, metal detectors have one major limitation. They can only spot metallic objects. That’s why some food manufacturers are transitioning towards X-ray systems that can detect a vast range of contaminants, such as glass, rubber and plastic. The transition to X-ray is underway, but it won’t happen overnight. The technology is pricey and it’s thought that sales of metal detectors currently eclipse sales of x-ray systems by a ratio of 10:1. Sealing technology The sealing operation is often a bottleneck area of the production line. Manufacturers face a range of challenges, particularly in the food and beverage manufacturing industry. Sealing technology needs to allow packaging to withstand oils, acids, salts etc, as well as adhering with hygiene standards. Finding the right solution can make or break your quest for productivity - and its importance cannot be overlooked. Time, as well as the integrity of the seal, is of the essence. It’s a complicated balancing act. Mixed reality - Microsoft HoloLens The latest production line innovations hitting the market are seriously futuristic. A major player has adopted Microsoft’s HoloLens mixed reality headsets. The headsets have been given to their on-site service engineers and enables them to connect via live video to global production line diagnostic experts, who guide service engineers through the resolution of equipment faults. The aim is to reduce machine downtime and boost productivity. Cloud technology (Domino Ax Series) Every element of your production line requires maintenance now and then to keep your operations consistently productive. But how do you know when? Here to take the hassle and guesswork out of maintenance is Domino Cloud. It’s a remote monitoring platform for our revolutionary Ax-Series of continuous ink jet printers that ensures maintenance is completed with the least possible impact on your production line. It works like this. Your printer sends information to the Domino Cloud, where performance is monitored by specialist Domino engineers. If there’s a problem, Domino can often fix it remotely, without any disruption to your production. Otherwise Domino Helpdesk will talk you through a fast and effective fix before the problem disrupts production, or they can schedule an engineer to visit you with the parts required to fix the problem ahead of a future incident. We have can making machine for sale and welcome to your come and purchase!
  2. If your company produces, sells, and ships food, packaging is one of the most important aspects of to consider toward the end of the production process. Shipping food with damaged packaging can potentially result in costly spillage or spoilage that presents a health risk to consumers. The packaging equipment used in your food machine production line will also affect the quality of the product along with the integrity of the packaging. There are several different types of food packaging machinery that you should use in your food packaging applications, including a selection of high-quality fillers and sealers. Here are some of the more common types of packaging machines that you’ll use in food packaging systems. VFFS Food Packaging Machines Vertical form fill seal (VFFS) machines allow the product to be fed into a specific type of package to a predetermined level prior to sealing. Nearly any application can utilize these machines, with multiple settings and changeover parts that enable facilities to customize them for a wide range of products. HFFS Equipment for Food Packaging Horizontal form fill seal (HFFS) machines are frequently used for many different types of applications, but they are used specifically for horizontally sealed items in the food industry. These products require thermoformed solutions, which entail heating plastic to create the necessary shape for products. This equipment is also often used to create blister packaging for certain food items in single-serving trays. Other Types of Food Packaging Equipment In addition to VFFS and HFFS machinery, food packaging systems will make use of several other types of food packaging machines to complete the production process. These machines can include conveyors that move the product down the production line at different speed settings, inspection machinery such as metal detectors and seal testers, and labelers that apply custom labels to packaging. Using a combination of this machinery can help maximize the efficiency and productivity of your food packaging systems. Commercial Food Packaging Equipment Based on the requirements of your specific application, you’ll be able to find new and reliable used VFFS or HFFS machine available to meet them. Used food packaging machines can help you save money while increasing profitability. Used machinery that’s undergone refurbishment will be inspected for quality assurance, and companies such as High Performance Packaging will also offer maintenance programs and other services to make sure you get the most from your equipment. Vibratory feeders, bucket elevators, code date printers, combination weigher scales, and many other machines are also integrated in food packaging systems to keep them consistently productive and cost-effective. We are one of the Food Can Making Machine supplier and welcome to your come and purchase!
  3. If you need to produce a perfect tin can (metal can), you must understand the complete process and production steps of the metal can. The production process of Tinplate can making machine line includes: slitting, welding, coating, drying, can body making (square forming/expanding/beading, etc.) flanging, sealing (top/bottom), leak tester, etc. Our technology can provide you with the most perfect can production line solutions, with the most powerful technical team and the most professional production team to bring you the most perfect can production line. Slitting machine Slitting is also known as clipping, the purpose of which is to finish the printing and coating of the whole sheet (including a number of can body) according to the specified size requirements cut into a seperate single can body, in order to meet the production needs of the next resistance welding process. Shear equipment types: semi-automatic shear machine, one-way feed shear machine, vertical and horizontal two-way shear machine. Welding machine Cutted can body automatic billet placed all over body forming in the bore a slab of the resistance welding machine, the vacuum feeder line will be sent one by one to the feeding roller, monolithic slab through the feed roller to the deflection roller bending processing, then roll into the forming device into cylindrical body, body is fed into the resistance welding machine, after the accurate positioning for resistance welding. Coating Machine This coating equipment has two options: spray coating and roller coating. It is mainly used for coating inside and outside of chemical cans and food cans to prevent rust from contacting air at welds. Can sealing machine The sealing process is completed on the can sealing machine. The body and bottom of the cans are sealed mainly by double seaming. Can sealing machine is automatic sealing machines with 4/6/8 can sealing roller. It consists of a can sealing machine, a set of automatic lid feeding device and conveyor. Controlled by servo motor, touch panel HMI. Clamping running with ball screw drive, high positioning accuracy.Simple and reasonable structure, easy to operate and adjust. Leak detection machine The main function of this machine is to test the sealing performance of the cans. The leak detector mainly uses the clean compressed gas to directly or indirectly inflate to the cans (take out air), and analyzes the internal or external gas changes of the product, so as to judge whether the product’s air tightness (seal performance) can reach the expected effect or not. Summary Every one of these procedures is imperative in guaranteeing that the final product that is made is ideally great. However, there are quality control measures involved amid the entire tin can making line or process. We are here to help you in building tin can making machine production line for start-up companies. We are ready to guide you in expanding your current tin can plant. We are focused on giving help before, during and after the sale. We ensure that all your queries and concerns merit a sped up reply. Our objective is to assist you in purchasing the fore-front tin can making machine at unbeatable prices with the shortest delivery time. If you would like to purchase food machine production line, welcome to contact us!
  4.   1. The rack installation of the Beverage Can Making Machine production line first starts with the head rack, and installs the middle rack of each section and the tail rack in sequence. Before installing the rack, first draw the center line over the entire length of the conveyor, and compare the center line to maintain the important conditions for the normal operation of the belt conveyor line in a straight line. When installing the racks, they must be aligned. The center line is also leveled with the shelf to the south. The error of the frame aligned with the center line is plus or minus 0.1 meter per meter of the captain, and the error of the conveyor to the center of the frame cannot exceed 35mm. After all the single sections are installed and aligned, the single sections can be connected.   2. When installing the drive device, pay attention that the drive shaft of the belt conveyor line must be perpendicular to the center line of the belt conveyor line, so that the center of the width of the drive roller coincides with the center of the conveyor, and the axis of the reducer is parallel to the drive axis. All shafts and rollers are leveled accordingly, and the horizontal error of the shaft can be within the range of 0.5 to 1.5 according to the width of the conveyor. When installing the driving device, the installation of the tail wheel and other tensioning devices can also be carried out at the same time. The roller axis of the tensioning device should be perpendicular to the center line of the belt conveyor line. 3. Install the rollers. After the frame, tensioning device and transmission device are installed, the roller racks of the upper and lower rollers can be installed, so that the conveyor belt has a curved arc that changes slowly, and the distance between the roller racks in the turning section is normal. 1/2~1/3 of the roller frame spacing. After the roller is installed, it should be able to rotate flexibly and briskly. 4. In order to ensure that the conveyor belt always runs on the center line of the rollers and rollers, the following requirements must be met when installing the rack rollers, rollers and racks: all rollers are arranged in a row and parallel to each other; all rollers must Arrange in a row, parallel to each other, and keep horizontal; the supporting structure must be straight and keep horizontal.   5. After the frame of the conveyor is fixed on the foundation or floor, the fixed belt conveyor line can be equipped with feeding and unloading devices.   6. When hanging the conveyor belt, first spread the conveyor belt strips on the idler rollers of the unloaded section, enclose the driving roller, and then spread them on the idler rollers of the heavy-duty section. The 0.5-1.5t hand winch can be used for hanging the belt. When tightening the belt to connect, the roller of the tensioning device should be moved to the limit position, and the trolley and the spiral tensioning device should be pulled toward the transmission device; and the vertical picking device should move the roller to the top . Before tightening the conveyor belt, the reducer and motor should be installed, and the braking device should be installed on the inclined conveyor.   7. After the belt conveyor line is installed, an idling test machine is required. In the idling test machine, pay attention to the activity of the idler during the operation of the conveyor belt, the operating temperature of the driving part, no deviation, the activity of the idler during operation, the cleaning device, and the guide plate drive Part of the operating temperature, the tightness of the contact with the surface of the conveyor belt, etc., and the necessary adjustments must be made at the same time, and the load operation test machine can be carried out after all components are normal. If a screw-type tensioning device is used, the tightness must be adjusted again when the test machine is operated under load. If you want to purchase metal cap can making machinery production line, welcome you to send us messages at any time.
  5. The phrase ‘time is money’ is especially relevant in manufacturing. The more you can produce in a shorter period of time, the more money you are likely to make. Do you know where to start? Here are some tips for how to improve Tinplate can making machinery production line efficiency in your place of work. Know how long it actually takes Making changes and setting goals in a workplace all has to be based on accurate information on how things are currently being run. You can’t just pick a time out of thin air and expect your employees to get their production time down to that instantly. Take a few days, or even a week to look at your current production line. Look at how long it takes overall and how long it takes in each section. From that information, you have your starting point and possibly gain some initial ideas for how to improve the efficiency of your production line. The next step is to create a plan that involves input from your employees on how to reduce the time taken on certain tasks- asking the people who do it day-in day-out will highlight some issues you may not even be aware of. From this plan of action, you can start setting goals of reducing the production time by small amounts at a time, and evaluating the plan as you go. Do this until you’re happy with the time it takes one item to go from start to finish. Keep your equipment well maintained Broken equipment won’t help you to get your items produced, at least not in the timeframe you would want. The time and money taken to fix broken equipment can play havoc on your bottom line, not to mention employee morale. One way to ensure that this isn’t a problem in your production line is to provide regular maintenance on all of your equipment to keep it in good, working condition. While this may seem like a hassle and potentially more money, you’ll be less likely to have multiple things breaking at once, and we all know how detrimental that can be in a business. Buying from companies who offer after care serving on their equipment as standard is a great way to reduce the costs of keeping equipment in good condition. This is because the company will have access to any parts that need replacing, and will likely be able to fix the problem much quicker through knowing how the equipment is built in the first place. Promote good communication between teams Broken communication is one of the biggest problems within multi-team workplaces and can often lead to slower production times. If the necessary information isn’t passed along or not passed along clearly enough, this can lead to a back and forth with no real work being completed. Discuss this with the team leaders for each section, find out how they communicate with other teams, what works for them and where the issues are. There may be a specific method or set of communication regulations that you can put in place to make it more uniform and effective for everyone involved. Maybe a form could be used to pass along information so it’s all in one place, or a set amount of time that people have to respond within. Find what works for your company and your specific teams, and play to their strengths. Identify the problem areas Chances are, there are areas in your production line that work better than others, and this isn’t always the fault of employees. Look at where work ‘gets stuck’ for periods of time and why this might be. For example, does getting items signed off take too long, or is one part of production more challenging than the previous tasks? This could end up with a bottleneck of uncompleted tasks just due to not having enough members of staff completing the more complex areas. Looking at these problem areas can give you great insight into why the production is currently running at that speed, and where you can make improvements. You might need to be prepared to buy new equipment that works better, or hire someone new (or train up a current employee) to help in the more challenging areas. Look at your training Training on a production line is one of the most important, and potentially most cost effective, methods of improving production line efficiency. Between creating training to standardise workflow and safety training to reduce the amount of time workers could need off through work related injuries, you can be sure production will be much more efficient. Standardised training throughout will also lead to more consistent product quality being put out, and could therefore reduce the time needed for each product in quality control. Ask your staff how they work and if there are any areas they feel they need training on in order to improve, this will be a good starting point for any training. We have Tinplate can making machine for sale and welcome to your come and puchase!
  6. People First and foremost, the people who work with and around your food machine production line are the most important part of success. Having a team that is dedicated to constant improvement is crucial to the success of automation, since automation is, at its heart, designed to improve. Educate your employees on the processes of automation if they aren’t directly involved in it, and hold weekly and monthly meetings with your technicians, operators, and other manufacturing workers to discuss ways to optimize the production process. Above all, ensure that your employees feel that they are necessary for the success of your company. Their confidence and motivation will lay the foundation for a productive and expanding business. Robots The next component of a successful automated production line includes industrial robots. We recommend choosing KUKA robots, FANUC robots, ABB robots, or Yaskawa Motoman robots. They are trusted name brands that have hundreds of thousands of installations worldwide. Select an affordable used robot arm that has a high level of repeatability, a payload to carry your specific materials and products, and the correct reach to perform the work you need. Also, consider the applications you need for your industrial robots. Do they need to perform arc welding jobs, or will they be a part of packing and palletizing your items? The applications you need will determine the end of arm tooling, or EOAT, you need for your robot. Learn more about common EOATs here. Once you have selected your robots, you can move on to the industrial equipment that will support the production process. If you have interests about folding chair supplier, welcome to contact us!
  7. Conveyor belt assembly line is a kind of rotating equipment used to transport items in the production process. It can transport a wide variety of materials, not only can transport all kinds of bulk materials, but also can transport various light-weight products such as cartons and packaging bags. It can also be used for the delivery of goods at the cashiers of large supermarkets, etc. Enterprises have used belt assembly lines to save labor and improve work efficiency. For users, the most concerned issue is the price of the conveyor belt assembly line. The quotations of each conveyor belt assembly line manufacturer are different.    One. Technical parameters of conveyor belt assembly line:   Different technical parameters will lead to different prices. Technical parameters are a comprehensive indicator for measuring conveyor belt assembly lines. For example, the difference in parameters such as power, motor, system, function, etc.    2. What is the strength of manufacturers and brands: Consumers now have a mentality that they like well-known manufacturers and brands, because they can buy quality-guaranteed assembly lines and perfect after-sales service. This makes sense. Well-known brands have more quality assurance. Large manufacturers The production cost is higher than that of small manufacturers, so the price will be slightly higher, but its technical content, after-sales service, etc. are much better than those of small manufacturers. If you want to buy metal cap can making machinery production line, welcome to contact us!
  8. The automation of the can making machinery production line has the following steps: 1. First determine the tact time: no matter what kind of product, it is manufactured within the exact time it must be completed. 2. Unit process: Only for one product, carry out unit parts handling, assembly, processing and material collection. 3. Pilot: To make a device that can understand the beat time visually. 4. U-shaped production line: arrange the equipment counterclockwise according to the engineering order, and one person is responsible for the exit and entrance. 5. AB control: Only when there is no product in the later project and the previous project has a product, the project will be carried out. 6. Light signal: a device that conveys abnormal products in the production line process. 7. Post-engineering collection: The products of the production line should meet the needs of post-engineering.
  9. The LEAN methodology of can making machine is an innovative and efficient way of managing production processes. Basically, activities that do not add value are eliminated, thus saving time and improving quality. In order to optimize production and management tasks, the LEAN methodology was born during the 80s in Japan and the origin was the manufacture of vehicles. Currently, this philosophy is installed in the most advanced companies, which are committed to innovation and sustainable development. In short, it is about optimizing business processes (production and management), in order to use fewer resources in them. The Lean methodology is based on a series of basic objectives that allow achieving excellence: • Eliminate activities that do not add value to the product or service. • Improve continuously to maintain the quality of the product or service. • Detect problems at source and solve them. • Change the focus of the company to provide solutions to customers, and not just sell products or services. In this way, in the case of the manufacture of machinery for packaging companies, the LEAN methodology is presented as an indispensable strategy. Obtaining packages without damage thanks to well-built machines allows the reduction of rejected products, saving costs and increasing quality. At Autorema we implement the LEAN methodology in each of our processes, which gives us great safety and quality values. We are specialists in the design, development, automation and implementation of machinery for the food, metal, packaging and logistics and robotics sectors. If you are interested in Beverage Can Making Machine, welcome to contact us!
  10. 1) Don’t rely on the end of the line for defect detection The quicker you can catch a defect, and the closer to its point of origin, the less costly it is to address and the less disruptive it will be to the production line as a whole. While end-of-line testing for metal cap can making machinery production line plays a good role in verifying the reliable function of a completed assembly, relying on EOL testing alone can be costly, complex and often problematic if it’s your only process for defect detection. If a problem crops up at this point, the only recourse may be a costly teardown to trace the root cause with only educated guesswork to guide the process. Meanwhile, the production line may be left idle while you try to identify the cause to avoid your other product being affected by the same problem—slowing production and affecting your bottom line. Learn more about the benefits of in-process testing for defect detection in this post, “Why Relying on End-of-Line Testing is Bad for Your Bottom Line.” 2) Consider your options before ordering a rip and replace of your whole system Many manufacturers are hesitant about updates to their process because they’re envisioning a deployment of a large, complicated enterprise system. But when it comes to deploying modern IIoT/I4.0 technologies, the deployment cycle doesn’t have to be massive and complex. In fact, it can be measured in hours, characterized by small, manageable steps instead of giant leaps. With today’s modular and additive technologies, it is relatively easy to install data collection and analysis capability onto problematic processes or stations and have it start yielding valuable insight to improve your line almost immediately. Once you have proven the value of such an investment at one station, it’s easy to expand the deployment across the production line or the entire plant.
  11. First, theBeverage Can Making Machine adjusts the distance between the can support plate and the pressure head: loosen the backup cap on the guide shaft (screw) at the lower end of the can support plate, rotate the can support plate, and take the contact between the pressure head and the lid as the base point. Rotate the can-supporting plate upward by 2---3mm to tighten the spare cap. Second, adjust the distance between the indenter and the sealing wheel: firstly adjust the left and right distance between the indenter and the first sealing wheel, based on the 0.5mm distance between the sealing wheel and the indenter, and the indenter and the sealing wheel will not rub against each other , The smaller the distance, the better; adjust the upper and lower distance between the indenter and the first sealing wheel, the lower end of the sealing wheel and the upper end of the indenter are subject to the minimum gap that does not contact. Next, adjust the distance between the indenter and the second sealing wheel in the same way. Third, the gap between the pressure head of the beverage can making machine and the sealing wheel: can be adjusted according to the hardness of the lid. The iron cover can be adjusted closer. The aluminum cover can be adjusted farther. After adjustment, tighten the fixing screws and try to seal 2-------3. After checking that it meets the standards, it can work continuously. Fourth, every time you change the tank type, you need to change the pressure head and the tank tray according to the size of the lid. Fifth, mechanical maintenance: the motor is indispensable, the gear transmission part is added with lithium-based lubricating oil once a month, the motor spindle runs and the tank tray does not rise, adjust or replace the V-belt. If you are interested in can making machine, welcome to your come and purchase!
  12. Industrial assembly line is the continuous conveying of goods handling machinery on a certain line, also known as conveyor line or conveyor. According to the conveyor series products, it can be roughly divided into: belt conveyor line, plate chain line, automatic plug-in line, home appliance assembly line, logistics roller conveyor line, spraying production line, food machine production line and other assembly lines. Generally include traction parts, load-bearing components, driving devices, tensioning devices, redirecting devices and supports. The conveyor can carry out horizontal, inclined and vertical conveying, and can also form a spatial conveying line, which is generally fixed. The industrial assembly line has large transportation capacity and long transportation distance. It can also complete several process operations at the same time during the transportation process, so it is widely used. Industrial assembly line is an effective combination of man and machine, which fully reflects the flexibility of equipment. It organically combines conveying systems, accompanying fixtures, online special machines, and testing equipment to meet the conveying requirements of multiple products. The transmission mode of the conveyor line can be synchronous transmission/(mandatory) or asynchronous transmission/(flexible). According to the choice of configuration, the requirements of assembly and transportation can be realized. Welcome to send us messages if you are interested in Food Can Making Machine!
  13. 1. According to the movement of the object, the food machine production line can be divided into a fixed line and a moving line. 2. According to the number of production lines, production lines can be divided into single production lines and various production lines. 3. The production line can be divided into linear production line and discontinuous production line according to continuous production mode. 4. The way the assembly line realizes the rhythm can be divided into mandatory line and free assembly line. 5. According to the degree of mechanization, the production line can be divided into three major production lines: manual, mechanized, and automated. Welcome to conatact us if you are interested in Food Can Making Machine!
  14. In the process of production and processing, the food machine production line also has certain safety and operation requirements for those equipment. After all, these equipments may be injured by it if people are not careful and cautious. When working, for most people, how to carry out the corresponding management is a more important issue. The mechanical equipment on the automated assembly line is supervised and used by professionals in every step, and in the process of use It can be found that most people want to know more about this mechanical equipment when they see it, so that it will be more convenient to use. Each mechanical equipment has a specific regulation and system in the process of operation. Only by following the instructions can oil be used to achieve better results.    For most people, in the process of use, you can find that good mechanical equipment can be felt during operation. Many people hope to get more from it. Profit is of course in the process of operation, and sometimes people look forward to its work. In use, if the equipment on the automated assembly line is operated, better production results can be achieved. For most people, in the process of use, good production equipment can meet people’s needs, and Let everyone know how to use it to get better results. There are also many safe operation procedures for assembly line manufacturers. This process allows people to understand more clearly how to operate in order to achieve a higher level. If you are interested in Food Can Making Machine, welcome to contact us!
  15. In addition to the purpose of using the food machine production line turning conveyor, the conveying equipment and assembly line need to be specifically designed according to the specific conditions when using the turning, lifting and other device functions. Also consider safe operation and structural reliability for long-term use. So what are the configurations of the turning conveyor on the production line? The following is shared by Shenzhen assembly line equipment manufacturer Guang Shengde: Electronic product production line The turning conveyor of the production line needs to change the conveying and running direction, because of the factors such as process and site in the assembly line system. Therefore, turning conveyors of various structure types are needed. The most commonly used turning devices of conveying equipment in the assembly line include turning roller conveyors, turning belt conveyors, turning chain conveyors, corner mechanism rotating tables, translation carts, jacking translation transitions, and so on. 1. Roller-type turning conveyor Roller turning conveyor The structure is simple, and the turning roller conveyor is the most commonly used conveying equipment to realize the horizontal turning of the conveyor line or the turning of the slope. The price is low, and there are two drive modes: hand push or motor drive; the frame has three types of stainless steel, carbon steel, and aluminum; the rollers are all conical rollers, and the angle needs to be designed according to the turning radius and the width of the conveyor line; The surface of the drum is galvanized with carbon steel, coated with rubber, polyurethane, etc., or materials with craft pallets. The turning roller conveyor is suitable for conveying workpieces with a flat bottom. 2. Belt line turning conveyor Belt type turning conveyor The motor drives the roller to drive the belt line to run. The turning belt conveyor uses tapered rollers at both ends and a series of limit angle roller groups on the assembly line to limit the conveyor belt guide bar to run within the track. Therefore, under normal circumstances, it runs synchronously with the linear belt conveyor. It is suitable for conveying lighter materials, and the turning belt conveyor needs an independent driving device. Irregular shapes can also be conveyed, but the size of the material needs to be larger than the gap size of the transition section. If the material is small and needs to be transported, the transition between the two conveyor lines can be designed with a height difference and staggered arrangement, but the material must be able to accept a fall. 3. Rotating table of corner mechanism On the platform mechanism, roller conveyors, belts, double-speed chains, plate chains and other conventional conveyors can be set. The rotating table of the angle mechanism actually rotates a platform mechanism at a certain angle. Then rotate the turntable along the center of rotation in several ways. The power of the rotating table of the angle mechanism generally has a cylinder or a motor to push the rack and pinion, the motor is driven by the transmission pair, and the motor drives a corner of the rotating table. Welcome to contact us if you are interested in Food Can Making Machine!
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