Cryogenic Deflashing Machine Smaller Type PG-40T Shipped to Yekaterinburg, Russia   NANJING PEGE Techno Machine Co., Ltd newly made high quality cryogenic rubber deflashing machine is well assemblied and tested in PEGE's factory. On the month of October, the new rubber deflashing machine was well packed and shipped to Russia along with the other valcunizing press machines from other supplier in China. This cryogenic deflashing macine is used for deburr the flashes of O rings from end user in Russia. See following photos.   Before cryogenic deflahing After cryogenic deburring Cryogenic deflashing machine PG-40T is a compact, lower consumption, efficient and price friendly model suitable for smaller rubber company who has a lower production volume and lower budget for the deflashing process.  

Cryogenic Deflashing Machine Smaller Type PG-40T Shipped to India by Singapore Client   NANJING PEGE Techno Machine Co., Ltd newly made high quality cryogenic rubber deflashing machine is well assemblied and tested in PEGE's factory. On the month of October, the new rubber deflashing machine was well packed and shipped to India through our dear client from Singapore. Cryogenic deflashing machine PG-40T is a compact, lower consumption, efficient and price friendly model suitable for smaller rubber company who has a lower production volume and lower budget for the deflashing process.     Cryogenic deburring machine PG-40T is jsut the one suitable for you and it is also reliablel and suportive as other models from NANJING PEGE.

Cryogenic Deflashing Machine 120T Installed in Our Local Customer Located in Southwest of China-Chongqing   On the October, Nanjing PEGE produced high quality and large volume cryogenic deflashing machine PG-120T was shipped and Installed in Chongqing city for our local well-known automotive rubber components manufaturer. We had a long term cooperation relationship with this client, about 13 years, we have deep trust and cooperation relationships between each other. After the summer, the clients main rubber parts' production volum grows dramatically and is need of a new cryogenic deflashing to improve their post-production deflashing efficiency. After several times discussions and adjusments, we can fully make a high quality cryogenic deburring machine to meet customer's high requirments even though their old machine is good too. Nanjing PEGE always focus on the machine details to improve the machine efficiency, stability and reduce the failures during operations as well. As PEGE's machine has many features that other supplier can not satifify, the customer finally make the decision to buy the cryogenic rubber deflashing machine 120T from us and our machine surely does a great job at customer's site.   One of the main part in customer's factory is the rubber hole covers for cars, the production volume is huge, monthly qty will be around 10 miliion, this huge qty needs a high efficiency machine to deflash. Our cryogenic deflashing machine can process about 12kgs in about 8 minutes, about 72kg per hour, 1728kgs per day in 24 hours. 1700kgs equals about 425,000 pcs. Really happy to see that cryogenic deflasher frorm Nanjing PEGE can meet customer quality demand and can help the valuable client to fufil the production increasement.  We believe more cooperation between us will be realized in the near future.    

Nanjing PEGE Loss in Weight Gravimetric feeders for Pellets, Powder and Flakes are Shipped to Europe-The Netherlands.   NANJING PEGE Techno Machine Co., Ltd is a speciallized loss in weight feeder supplier in Nanjing, China, can produce high efficiency and high-precision gravimetrica feeders for the customer's material dosing demands. On the June, after a lot of discussions and adjusments, the proposal and design for customer in Holland was approved and Nanjing PEGE started to produce 3 sets different types of loss in weight feeders for different material and different flow range. --First Gravimetric Weighing Twin Screws Feeder: PG-FT-18 For powder material dosing. Two sets twin screws for different flow rate range. Flow rate is 0.6kg to 10 kgs per hour with high precision. --Second  Loss in weight Weighing Single Screw Feeder: PG-FW-25 For Pellets material Dosing Two sets single screws for different flow rate range. Flow rate is 1kg to 10 kgs per hour with high precision. --Third Loss in weight Vibratory feeder: PG-FZ-01  For irregular shape flakes material feeding which is the most difficult and most complex type as the material shape is totally different. Flow range from 2-5kg per hour. After about 3 months design, production, assembly, testing and adjusment, finally the three weighing feeders we produced fully acheive the feeding efficiency and accuracy. Now the dosing feeders are well packed and shipped to Rottdam Port, The Netherlands, they are on the way to serve the customers.     Nanjing PEGE always focus on the company value " Efficiency& Precision" to provide quality process machines including cryogenic deflashing machines and Loss in weight Feeders as well. We have confidence that PEGE brand machines will support customer well to improve their process efficiency and accuracy.  

Pege's Ways to Ensure the Loss in weight Feeder Feeding Accuracy   1.  By choosing the digital sensor for the High precision Gravimetric Feeder.   In general, the normal loss in weight feeder twin screw type is on the basis of the analog sensor. Digital sensor can have a resolution of 0.1g while normal bellow load cell 's resolution is about 0.5g, after checking with our engineer, if needs a higher request of feeding accuracy within a small flow rate range from 0.6kg to 6kg per hour. So if have strict request on the accuracy for full range, we suggest you to choose the Digital sensor which has a much higher resolution and sensitivity to ensure a good accuracy.   2. PEGE Loss in weight Gravimetric Feeder has a program which has a set of self-checking accuracy procedures: Set a time period, instantaneous collection of the beginning and end of the two points of the weight difference, compared with the length of time, you can measure the real-time flow and error, the method is simple to operate, effective and practical   3. The Design of the Loss in weight Feeder Weighing Frame allows less Interface and Vibration  The cantilever sling-type weighing scale supports the storage hopper, which has the characteristics of vibration reduction and anti-level interference. This design can effectively shield the non-weight value interference from the vibrator and measure the flow of the system more accurately.     4. PEGE suggest you send samples of the material including pellets, powder, fiber or flakes for us to test on the Loss in weight feeder during production. Only we get the real material, then we can design the structure and feeding methods for the specific material, then the high accuracy can be ensured after production. We can design and improve the feeder according to your sample materials and will ensure the feeder can realize the accuracy before shipment.      

PG-40T cryogenic deflashing machine is suitable for small parts and small production volume rubber and plastic deflashing.   Cryogenic deflashing machine PG-40T is a good solution for small parts and small production volume deflashing requirements. To meet the different requirements from some customers, they ask Nanjing PEGE to develop small capacity cryogenic deburring machines to save investment cost, energy consumption and also specially for small parts and small production volume. In the year of 2023, Nanjing Pege successfully developed the new model PG-40T which was well tested and was qualified for the small rubber or plastic parts deflashing process. PG-40T PG-40T cryogenic rubber deflashing machine has some special features. Firstly, the size of 40T cryogenic deflashing equipment is much smaller than other models, L*W*H1080mm*960mm* 1460mm（1.5M3） dimension can save a lot of location or work space, also allows a very smaller compartment, greatly reduces the consumption of liquid nitrogen. Secondly, even though the PG-40T cryogenic deflasher has a smaller machine size but it has a same power system and sieve system as the PG-60T, 3.7KW motor, 500mm diameter vibrator sieve as well as a 250mm diameter blasting wheel.  Great power ensures that the deflashing result will be reliable and wonderful. PG-40T Then, it has the advantage that PG-40T nitrogen deflashing machine is especially suitable for small parts deflashing process. Due to the 40T machine has a smaller size barrel with a smaller hole size(3mm). Also, the blasting wheel is closer to the barrel, which means more media will be sprayed to the parts to be deflashed in the same time. The deflashing result can be ensured for different size of rubber and plastic pa Last but not least, cryogenic deflashing machine PG-40T is of a lower cost which is very friendly for the customer who has less budget. Comparing with other models of cryogenic deburring machines, PG-40T will be affordable for more and more clients. With above good features, PG-40T already enters the Indian market successfully and are welcomed by many customers. Also in the year of 2023, we shipped on PG-40T cryogenic deburring equipment for a customer in Australia, the efficiency and deflashing quality are spoken highly of our clients. Nanjing Pege Techno Machine Co., Ltd welcome all the customers to contact us for more information.

  A cryogenic deflashing machine is a device used to remove excess flash or burrs from molded or machined parts. Cryogenic deflashing is a process that utilizes extremely low temperatures to freeze the parts and then remove the undesired material The machine typically consists of a chamber and a tumbling barrel where the parts are placed.   Here's a general overview of how a cryogenic deflashing machine works: Load the parts: The parts to be deflashed are loaded into tumbling barrel. These parts may be made of rubber, plastic, or similar materials and may contain excess flash or burrs that need to be removed. Cool down the chamber: The chamber is cooled to cryogenic temperatures using liquid nitrogen or another cryogenic cooling medium. Liquid nitrogen is commonly used due to its low temperature of around -196 degrees Celsius (-320 degrees Fahrenheit). Freeze the parts: Once the chamber reaches the desired temperature, the liquid nitrogen is sprayed into the chamber or poured over the parts, rapidly freezing them. The extreme cold makes the undesired material brittle and easier to remove. Blasting action: There is a blasting wheel at the back of the machine, it is set in motion, causing the frozen parts to be blasted. While the barrel tumbling helps all the parts can be blasted evenly, this process is to remove the excess flash or burrs from the parts by inducing collisions between the parts and thus breaking off the brittle material. Thawing: After the desired tumbling duration, the liquid nitrogen supply is stopped, and the parts are allowed to warm up. Thawing takes place at ambient temperature, causing the frozen excess material to become less brittle. Separation: Once the parts have been deflashed, the media and flashes will be separated by high efficient stainless steel made vibrator. Inspection and finishing: The deflashed parts are typically inspected for quality control purposes. If necessary, additional finishing processes such as washing, drying, or polishing may be performed to achieve the desired final result.   Cryogenic deflashing machine from Nanjing Pege Techno Machine Co., Ltd provides an efficient and non-abrasive method of removing excess flash or burrs from parts, minimizing the need for manual labor and reducing the risk of damaging the parts during the deflashing proces

Nanjing Pege Techno is a well-known cryogenic deflashing machine manufacturer located in Nanjing, China. Always can be your reliable partner for your rubber or plastic deflashing process. Cryogenic deflashing machine First of all, Nanjing Pege Techno has a professional production team, and the team owns many years of cryogenic deflashing product and industry experience.  Starting from the early 21st century, the production manager already attained the knowledge and experience related to the cryogenic deflashing machines. At that time, the cryogenic deburring machines technology are mainly from Japan and Taiwan.  Combined with the good technology from Taiwan, Japan, and China mainland, our production team always keep improving the machine design and production to ensure cryogenic deflashing machine can have less failure and higher performance. Cryogenic deflashing system PEGE pays much attention on the cryogenic deflashing machine details which is helpful for the customer operation and maintenance. For example, sealing system on the gear box is very well as we do several steps. 1.     Gear box outer frame apply a labyrinth design to stop the dust come in. 2.     Use a customized Teflon material oil seal to protect the bearings. Teflon material is anti-low temp and long life 3.     Use high quality SKF bearings for protection. 4.     Also, the bevel gears apply helical shape gears to increase the contact surface, reduce abrasion/friction, therefor the lifetime of gears will be longer. Together with above steps, gear box of cryogenic deburring machines will have much longer life comparing with other suppliers. Secondly, Nanjing Pege uses high quality motor for the blasting wheel running in a high speed, applying a larger blasting wheel for media spraying to ensure the deflashing power of the nitrogen deflashing machine can be strong enough. Besides, our sieve system, electrical control system are also very reliable and efficient to ensure the whole cryogenic deflashing system is wonderful during the rubber deflashing process. To illustrate its efficiency clearly, let me give you examples of what our cryogenic deburring machine’s production abilities are. 40T can process up to 160kg parts, 60T can process up to 200kg per day, PG-80T can process up to 300kg parts in 8 hours, 120T can process up to 500kg and 150T can process up to 600kg per day. PG-40T PG-60T PG-80T PG-120T PG-150T Last but not least, Nanjing Pege always thinks and support for the customer at the position of customer angel, not only to provide a good cryogenic rubber deflashing machine, but also to provide timely, comprehensive and considerate service after sales. Nanjing Pege provides the service through E-mail, WhatsApp, WeChat and on site guide to help the customer fix the problem when happens. With above reasons, Nanjing Pege Techno Machine Co., Ltd is surely your ideal partner for you to choose the cryogenic deflashing and deburring machines. Welcome you to contact us for more information.

What is the main process of aluminum foil food container making machine?   Feeding Machine Punch Machine Auto-Stacker  Centrifugal Blower for Scrap Collection Yes, there are machines specifically designed for manufacturing aluminum foil food containers. These aluminum foil container production lines are used in the production of disposable food containers made from aluminum foil, which are commonly used in the food packaging industry. Thesealum foil contianer machines typically go through several processes to shape, cut, and form the aluminum foil into the desired container shape. Nanjing Pege's aluminum foil food container making machines offer different models with varying features and specifications. The aluminum foil dishes machines can automate the production process and increase efficiency. Some common processes involved in the production of aluminum foil food containers include: Feeding: The aluminum foil material is fed into the machine, typically in the form of rolls or sheets. Lubrication: To facilitate the forming process, the aluminum foil may be coated with a lubricant to reduce friction and enable smooth forming. Forming/Puching: The aluminum foil tray machine uses molds or dies to shape the aluminum foil into the desired container shape. This process usually involves the application of pressure and sometimes heat to mold the foil. Cutting and Trimming: Once the container shape is formed, the excess foil is trimmed or cut off to separate the individual containers. Stacking and Packing: The finished containers are usually stacked or packed automatically, ready for further processing or shipping. Our company Nanjing Pege Techno Machine specializes in manufacturing aluminum foil food container making machines, offering a range of models and configurations. It's recommended to  contact us directly for more detailed information about their machines, including specifications, capabilities, and pricing.

The advantages of an aluminum foil container making machine 1.     Increased productivity: The aluminum foil tray making machine automates the process, allowing for higher production rates compared to manual production methods. It can produce a large number of containers in a shorter time, improving overall productivity. 2.     Cost-effectiveness: Using a aluminum foil dish machine can reduce labor costs and improve efficiency. It eliminates or minimizes the need for manual labor-intensive tasks, resulting in cost savings for manufacturers. 3.     Consistent quality: The aluminum foil plate machine produces uniform and precise containers, ensuring consistent quality across the production line. It reduces variations and defects that may occur in manual production. 4.     Versatility: The Aluminum foil container production line can be adjusted to produce various sizes and shapes of aluminum foil containers, meeting diverse packaging requirements for different food items. 5.     Waste reduction: With precise control over the material and production process, the machine minimizes waste by optimizing material utilization. It helps reduce scrap and maximize the yield of usable containers. Overall, an aluminum foil container making machine offers improved efficiency, quality, and flexibility, making it a valuable investment for businesses in the food packaging industry.

Silicone is prone to remove burrs by Nanjing Pege PG series nitrogen cryogenic deflashing. When it comes to determining whether it is worth investing in a cryogenic deflashing machine in a rubber manufacturing assembly line, we cannot provide a definite answer as it depends on specific circumstances and requirements. However, through some examples, we can help you better understand the advantages and applications of a cryogenic deflashing machine. Many customers may not be familiar with the precision and efficiency of cryogenic deflashing trimming achieved by this machine. Today, we will demonstrate its application using the processing of silicone straws as an example. (The following image is a real-time photo taken with a smartphone camera)     Understanding the material and shape of a product is crucial in determining whether it can be flash deflashed. When the size, thickness of the edges, and material of the product are all suitable for cryogenic deflashing, we can measure the thickness of the rough edges to be trimmed. The image above shows the state of a silicone straw under normal viewing conditions, revealing slight rough edges distributed around the mouth and casting lines. Due to the product’s usage for export, high precision and cleanliness are required. A  cryogenic deburring machine can provide a highly precise edge trimming effect, making it particularly suitable for fine edge trimming of rubber products. The cryogenic deflashing  machine ensures consistency and quality in edge trimming, thereby enhancing the reliability and performance of the product. The silicone straws are processed in batches according to their colors.     We selected straws with thicker rough edges for measurement in order to facilitate comparison in subsequent steps. Then, we placed the straws in a cryogenic nitrogen deflashing machine  for edge trimming. The cryogenic deflashing machine of rubber uses low-temperature cooling to make the straws harder and more stable. The brittle rough edges are then struck with projectiles to achieve precise trimming. The cryogenic deflasher machine used is the PG-120T. It takes around 50 workers 2-3 days to manually trim the straws in this batch, and the cleanliness accuracy cannot be compared to that of the machine.     After the flash removal is completed, we will measure the straws again and compare them with the dimensions before trimming. This will visually demonstrate the precision of the cryogenic deflashing machines.

Consumables for cryogenic Deflashing machine – Supply of liquid nitrogen and Its Tank     The cryogenic deflashing machine, as an essential auxiliary manufacturing machinery in the production process of rubber enterprises, has been indispensable.   However, since its entry into the market around the year 2000, local rubber enterprises have little knowledge of the working principles and processes of the frozen rubber trimming machine.   Therefore, this article will provide a detailed introduction to the storage and supply methods of the cryogen, liquid nitrogen, for cryogenic deflashing machine.   In the past, liquid nitrogen was typically stored in separate liquid nitrogen tanks-Above Photo   Therefore, when purchasing a cryogenic trimming machine, it was necessary to buy a matching liquid nitrogen tank to ensure the proper operation of the machine.   The installation of the liquid nitrogen tank required approval from the relevant authorities, which was a cumbersome process, and the tanks themselves were expensive.   This has led many factories that urgently need to use cryogenic deflashing machines to improve work efficiency to hesitate, as it also involves a certain upfront cost investment.     Nanjing PEGE has introduced a liquid nitrogen manifold supply station to substitute for liquid nitrogen tanks.    This system centralizes the gas supply of individual gas points, enabling multiple low-temperature Dewar flasks to be combined for centralized gas supply. It solves the cumbersome process of handling liquid nitrogen tanks, allowing customers to operate the frozen trimming machine immediately after purchase.  The mircro tank and dewar cylinder are portable and can be installed in the inner room.   The main body of the system simultaneously connects three bottles of liquid nitrogen Dewar flasks, and it also includes a port that can be expanded to accommodate four bottles.   The system pressure is adjustable and equipped with a safety valve. It’s easy to assemble and can be mounted on the wall using a triangular bracket or placed on the ground using the bracket.   This is the full layout of cryogenic deflashing machine using a smaller dewar cylinder for lower production volume use.