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The 0818 Brushing Machine is primarily used for the brushing process of various materials, including pure cotton, polyester, blended cotton, and ultra-fine fibers. It can be applied to knitted fabrics, woven fabrics, and denim. For certain terry fabrics, it can directly break the loops and raise the nap.   The machine is equipped with an adjustment device for brushing amount, allowing for convenient regulation of the fabric's brushing level.   This feature also helps eliminate any discrepancies in brushing amount between the left and right sides, ensuring consistent full-width brushing results after processing. The brushed fabrics exhibit rich velvet texture and superior quality.

As the year draws to a close, we have successfully exported three slasher warpers to foreign customers once again, further solidifying our position in the Indian market. Our slasher warpers directly split and warp the master yarn, integrating the previous steps of splitting the master yarn into small bobbins and then mounting them on the creel. This effectively enhances the efficiency of warping. While operating at high speed, our slasher warpers are also equipped with the most sensitive photoelectric breakage detection devices in the industry, capable of providing feedback within just tens of milliseconds when a yarn breaks. This allows the operator to easily reconnect the yarn and continue production. We hope that this batch of slasher warpers will provide an excellent user experience for our new customers. We welcome inquiries, visits, and orders from clients around the world.  

The final installation for 2024 is now complete: a 2-bar elastic tricot machine, measuring 156 inches with a gauge of E36, operating at a running speed of 3800 RPM. This machine processes 40D nylon in black and 40D spandex in black, offering an impressive stretch capability of up to 120% elongation.

RD6-HL (TY289-HL) high-low fur sample machine actual running in the Shanghai ITMA show!   After cutting and finishing the fabric, the simulated rabbit hair can be formed. The resulting material is voluminous, soft, and made from wool yarn that is looped and securely attached to the base fabric. This technique is widely employed in the production of various products, including plush toys, fur coats, plush carpets, and blankets. Such materials include flannel, coral fleece, Kirin cashmere, circular fleece, PV velvet, and simulated fur.  

At the international textile exhibition held in Shanghai from October 14-18, many warp knitting machine manufacturers showcased their latest products and technologies, attracting buyers and industry experts from around the world. We also displayed three machines this time. Our progress is mainly reflected in the following aspects:1. **Automation Control**: Modern warp knitting machines generally adopt advanced PLC (Programmable Logic Controller) and servo motor technology to achieve efficient automated production, reducing manual intervention, and improving production efficiency and precision.2. **Intelligent Functions**: Some new models of warp knitting machines are equipped with intelligent sensors and data analysis systems that can monitor production status in real-time, automatically adjust parameters, thereby enhancing weaving quality and reducing waste.3. **Multi-functional Weaving**: The new generation of warp knitting machines can support various materials and weaving techniques, allowing manufacturers to produce more complex fabrics such as composite materials and functional textiles.4. **Digital Design**: Through CAD (Computer-Aided Design) software, designers can perform detailed digital design before production, reducing sample-making time and increasing design flexibility.5. **Energy-saving and Environmental Protection Technology**: Significant advancements have been made in reducing energy consumption and material waste. Many devices are designed with energy-saving features, meeting increasingly stringent environmental standards.These technological advancements not only improve production efficiency and product quality but also drive the entire industry towards a more environmentally friendly and intelligent direction.

The cost of a warp knitting machine varies significantly based on several factors, including the type of machine, its specifications, and the manufacturer. Generally, warp knitting machines are classified into two main types: flat and circular machines, each serving different applications in the textile industry.   A basic flat warp knitting machine may cost around $30,000 to $60,000, while high-end models with advanced technology and automation features can exceed $100,000. Additionally, factors such as machine width, speed, and the complexity of the knitting patterns influence the overall price.   Moreover, the cost of a warp knitting machine also includes installation, maintenance, and training, which can add a substantial amount to the initial investment. For manufacturers, the decision to invest in warp knitting machinery is often weighed against potential production efficiency and quality improvements. In a competitive market, the long-term benefits of increased output and reduced labor costs can justify the high initial costs.   In conclusion, while the purchase of a warp knitting machine represents a significant financial commitment, it can lead to substantial advantages in productivity and product quality, making it a worthwhile investment for textile manufacturers.   With the opening of Shanghai ITMA2024, we sincerely invite you to participate. We will show you tricot machine HKS3-EL 290'', HKS2-130'' and double needle bar sample machine in the ITMA show.  

Recently we got our repeat order for ceramic sueding brush rollers. That is a good beginning for our southern American market. Our sueding machine is especially for making effects on thin fabrics.   Today let’s talk about the difference between carbon brushes and sueding brush rollers. We do not only machine trading also do the conversion, Like changing brush rollers. It could be customized, our customer changed the sandblasting brush rollers to our ceramic brush rollers, it’s for producing microfiber fabrics for furniture. So whats the difference between carbon brush rollers and ceramic brush rollers? Carbon brush rollers are mostly for the knitting fabrics  Ceramic brush rollers are mostly for weaving fabrics. There is also difference in the brush hair diameter, we have then 0.65mm and 0.75mm(now we have to mention our double machine, we mix the different diameter brush hair to make better effect). What do we need for changing brush rollers for customers? Your original draft. It will be welcome to ask about machine conversion, we will make the most suitable plans to our dear customers.

Last week, we paid a visit to one of our clients specializing in synthetic fur. The market this year has been particularly challenging, marked by a reduction in overseas orders and a significant drop in domestic raw material prices. What caught us by surprise was that despite these tough conditions, our client maintained a steady production rate of 1,000 tons per month starting from May, achieving essentially zero inventory levels. Their innovative development of high and low pile 3D and 4D synthetic fur products has garnered widespread acceptance among consumers in the fiercely competitive market. By breaking away from traditional single pile heights, they've introduced varying pile heights on the same fabric layer, ranging from 20cm to 30cm, with a weight range of 400-500 gsm, and standard widths of 180cm. In such a demanding environment, the client's unwavering trust in us is a testament to their confidence in our capabilities. This encouragement motivates us to strive for excellence and we are committed to delivering even greater results.

1. Main Process Parameters and Control Formula: This refers to the material solution used during the molding process, including the proportion of various chemical substances. The formula determines the texture, slip, color, etc., of the fabric surface after molding.   - Roller Pressure: The pressure of the roller during material application affects the amount of material on the fabric, significantly impacting its texture and color.   - Heating Temperature: The heating temperature during the molding process is one of the main factors affecting the quality of the molding, particularly in resin finishing processes. The molding heating temperature has a significant impact on the dimensional stability and surface smoothness of the fabric. For softening treatments, the heating temperature should be controlled until the fabric is dry, and it should not be too high to avoid affecting the fabric's texture.   - Overfeeding: The size of overfeeding directly affects the warp density of the fabric, thereby influencing the shrinkage performance of the fabric. It also helps maintain appropriate tension during fabric production to prevent wrinkles.   - Width of Tensioning: The width of the tensioning determines the width of the fabric after molding, ensuring that the width of the fabric after molding meets the required standard. This ensures that the fabric, after pre-shrinking, meets the customer's requirements for width.   2. Analysis of Thermal Setting Process ConditionsFabric thermal setting is a process that maintains the fabric's size at specific temperature and humidity conditions, followed by heating for a certain period and then cooling. Consequently, the primary conditions for thermal setting essentially encompass temperature, duration, tension, and swelling agents.- Temperature: This refers to the heat level applied during the setting process. It significantly influences the physical properties of the fabric such as shrinkage, softness, and dimensional stability.- Duration: The time for which the fabric is exposed to the set temperature is critical. It affects the extent of chemical reactions, relaxation of stresses, and overall setting effectiveness.- Tension: Applying tension on the fabric during setting can help in achieving more uniform properties and can prevent unwanted distortions or wrinkles.- Swelling Agents: These are substances added to the setting bath to enhance the setting effect. They can include water, steam, or other solvents that facilitate the setting process by increasing the fabric's moisture content or by chemically interacting with the fibers.Understanding and optimizing these conditions is crucial for achieving the desired fabric characteristics in terms of appearance, texture, and performance.

The 33rd Summer Olympic Games, commonly known as the 2024 Paris Olympics, concluded after 19 days on local time on August 11th. The Olympic economy has continued to heat up, presenting opportunities for Chinese textile enterprises.The short-sleeved clothing worn by athletes is primarily made from moisture-wicking and quick-drying sports fabrics. These fabrics feature a looped structure on the skin-contact side, which increases the air layer between the garment and the athlete's skin. When we apply a drop of water to the fabric, it spreads instantly, reducing the water content by 0.3 grams in one hit.The award-winning uniforms of the Chinese sports delegation have integrated elements such as dragon whiskers and scales. The sleeves feature embossed patterns, and the garments are crafted using techniques such as patchwork and embroidery. The fabrics used include recycled nylon and recycled polyester, among other eco-friendly materials. From raw materials to production, this process achieves more than 50% "carbon reduction".  The type of fabric is produced by warp knitting machine, which can create breathable, non-stretch fabrics with mesh patterns. Its tight structure ensures stability. It also allows for the production of patterns such as logos and letters. The design of finished T-shirts can be developed through software, thus saving production time and reducing waste. With the hosting of the Paris Olympics, the popularity of sports events has risen rapidly, and our machines have entered a period of increased demand.  

The warp knitted terry towel, widely utilized in our daily lives particularly in cleaning areas due to its microfiber application, has seen a diminishing acceptance from the market when compared to traditional cotton yarn usage. One of the primary reasons for this shift lies in the operational constraints of conventional machines. Most existing machines can only operate at speeds of 500 revolutions per minute (rpm), while the fastest ones are capable of spinning cotton at 800 rpm. This limitation hinders the efficiency and productivity of towel production.   Over the course of three years, we have collaborated with universities within China and our dedicated customers to innovate and develop a groundbreaking solution. Our efforts have culminated in the creation of the first 1000 rpm cotton yarn towel knitting machine. This advancement allows for a more efficient and faster production process, enhancing the overall quality and output of the towels.   In our new machine, both the loop and carrier yarns are crafted using 21-count cotton yarn. We utilize 75D polyester filament in our GB2 fabric, ensuring a balance between durability and softness. The fabric's weight is precisely set at 400 grams per square meter, providing an optimal texture and thickness. Moreover, the cotton yarn constitutes approximately 92% of the total material, ensuring that the towels maintain their natural feel and texture.   Our commitment to quality is further reflected in the towel's shrinkage rate, which is meticulously controlled at around 5%. This precision is crucial for maintaining the towels' integrity and longevity.   The installation of this cutting-edge machine in a customer facility in our region of Shandong marks a significant milestone. We cordially invite all interested parties to visit and offer their valuable feedback, fostering a collaborative environment for continuous improvement and innovation.

The quality of warp knitting machine can be influenced by several factors, including:   1. **Machine Components and Build Quality**:    - **Needles and Sinkers**: The quality and precision of the needles and sinkers can greatly affect knitting efficiency and fabric quality.    - **Guide Bars**: Proper alignment and smooth operation of guide bars are crucial for producing uniform fabric.    - **Warp Beams**: Quality and tension control of warp beams impact yarn feed consistency.   2. **Technology and Automation**:    - **Computerized Control Systems**: Advanced control systems can enhance precision and allow for more complex patterns.    - **Automation Features**: Features like automatic yarn tension adjustment and defect detection improve fabric consistency and reduce downtime.   3. **Material Quality**:    - **Yarn Quality**: The type, quality, and consistency of the yarn used can affect the final fabric's texture, strength, and appearance.    - **Lubricants and Maintenance**: Regular maintenance and appropriate lubricants ensure smooth operation and longevity of machine components.   4. **Operational Parameters**:    - **Knitting Speed**: Higher speeds can increase production but may compromise fabric quality if not properly managed.    - **Temperature and Humidity Control**: Maintaining optimal environmental conditions in the production area can prevent yarn breakage and ensure consistent knitting quality.   5. **Design and Configuration**:    - **Machine Type**: Different types of warp knitting machines (e.g., tricot, raschel) are suitable for different applications and fabrics.    - **Customization**: The ability to customize settings and components for specific fabric requirements can enhance quality.   6. **Operator Skill and Training**:    - **Operator Expertise**: Skilled operators can better manage machine settings and troubleshoot issues, ensuring high-quality output.    - **Training Programs**: Continuous training programs help operators stay updated with new technologies and techniques.   7. **Environmental Impact**:    - **Sustainability Practices**: Using eco-friendly materials and processes can improve the overall quality and marketability of the produced fabrics.   8. **Quality Control and Monitoring**:    - **Real-Time Monitoring**: Implementing real-time monitoring systems to track production parameters and detect defects early.    - **Quality Control Procedures**: Regular inspections and adherence to quality control standards ensure consistent fabric quality.   Ensuring the quality of warp knitting machines involves a holistic approach, considering both technical and operational aspects.

Recently we have sold our 1st sueding machine to India. For us its a great break through, it means we have opened our machine`s international market and Indian market officially. We are also grateful for the trust of our customer. We have right now 3 types of Sueding machine which is hot selling at the market. They are Jiafa 999, Jiafa 9999 and Jiafa 99999. Jiafa 99999 is our recommend model,bc its a double machine with 13 rollers , it has higher production and wide range for making more different effects. We combined carbon brush and ceramic brush or 0.65mm dia brush hair and 0.75mm dia brush hair in the double machine for making better effect.6 tension points and 8 sensors can be freely set to meet needs of different fabric types. We have two bilateral central dust absorption system, it takes dust away on the fabric easily and increase the quality of the fabric, it cools the brush down when it works, it helps the using life of the roller. Cooling the brush down is also good for reducing the fade during the brushing work. So the two bilateral central dust absorption system reduced the cleaning time of changing different colors fabric. For this generation we have the Permanent magnet for energy saving, it saves almost 20% of energy, it will be good for reducing spending. Welcome to ask more about our machines.

In a breakthrough development for the textile industry, Jacquard Terry Towel Machine has emerged as a trailblazing innovator, revolutionizing the way towels are produced. With its cutting-edge technology and advanced features, Jacquard Terry Towel Machine has taken the industry by storm, providing a more efficient and sustainable solution for towel manufacturing. Traditionally, towel production has been a labor-intensive process, involving multiple stages of weaving, cutting, and stitching. However, Jacquard Terry Towel Machine has completely transformed this age-old practice with its automated and streamlined approach. By integrating state-of-the-art machinery and intelligent software, this groundbreaking invention has significantly reduced the time and effort required for towel production. One of the key features of Jacquard Terry Towel Machine is its ability to produce towels of various sizes, designs, and textures with utmost precision. The machine's advanced sensors and algorithms ensure consistent quality throughout the manufacturing process, eliminating any room for errors or defects. This not only enhances the overall efficiency but also guarantees customer satisfaction. Furthermore, Jacquard Terry Towel Machine has also prioritized sustainability in its design. By utilizing eco-friendly materials and optimizing energy consumption, this innovative invention aims to minimize the environmental impact associated with traditional towel manufacturing. With increasing global concerns over climate change and resource depletion, Jacquard Terry Towel Machine stands as a shining example of how technology can be harnessed to create a greener and more sustainable future. The introduction of Jacquard Terry Towel Machine has sparked excitement and curiosity among textile manufacturers worldwide. Many industry leaders have already expressed their interest in adopting this game-changing technology, recognizing its potential to revolutionize the entire towel production process. As the demand for high-quality towels continues to rise, Jacquard Terry Towel Machine is poised to become a game-changer in the textile industry, setting new standards for efficiency, quality, and sustainability. In conclusion, Jacquard Terry Towel Machine has emerged as a true innovator in the textile industry, redefining the way towels are manufactured. With its advanced technology, precision, and commitment to sustainability, this revolutionary invention has the potential to reshape the future of towel production. As the industry embraces Jacquard Terry Towel Machine, it is evident that the era of labor-intensive and resource-consuming towel manufacturing is gradually fading away, making room for a more efficient and environmentally friendly approach.

In a groundbreaking development for the textile industry, the integration of Jacquard technology into warp knitting machines is transforming the way fabrics are produced. This innovative advancement is revolutionizing the knitting process, enhancing precision, versatility, and creative possibilities like never before. Warp knitting machine have long been a staple in the textile manufacturing sector, enabling the efficient production of high-quality fabrics. These machines employ a warp beam, which holds the longitudinal threads (warp) under tension, while the weft threads are fed across the warp, interlacing to create the desired fabric structure. Traditionally, warp knitting machine have used pattern chains or cards to control the selection of warp threads, limiting the complexity and design options available. However, with the integration of Jacquard technology, these machines have taken a giant leap forward. Jacquard technology, named after the French inventor Joseph Marie Jacquard, enables the precise control of individual warp threads, allowing for intricate patterns, designs, and even images to be woven seamlessly into fabrics. This technology utilizes a matrix of individually controlled needles or hooks, which can independently raise or lower specific warp threads during the knitting process. The integration of Jacquard technology into warp knitting machines has opened up a world of possibilities for textile manufacturers. Complex patterns, intricate designs, and even photorealistic images can now be effortlessly incorporated into fabrics, offering endless creative opportunities for designers and fashion houses. Moreover, the use of Jacquard technology in warp knitting machines has significantly improved efficiency and productivity. With the ability to control individual warp threads, manufacturers can now produce intricate designs and patterns in a single production run, eliminating the need for time-consuming manual interventions or multiple setups. This not only reduces production time but also minimizes material waste, making the process more sustainable and cost-effective. The impact of Jacquard technology in warp knitting machines extends beyond the fashion industry. It has found applications in various sectors, including automotive textiles, home furnishings, technical textiles, and even the production of advanced materials like carbon fibers. The versatility and precision offered by this integration have enabled manufacturers to cater to diverse market demands and create tailor-made fabrics for specific applications. As the textile industry continues to evolve, the integration of Jacquard technology into warp knitting machines marks a significant milestone. This technological advancement not only enhances the creative potential of fabric production but also streamlines manufacturing processes, making it a win-win situation for manufacturers, designers, and consumers alike. With the ability to create intricate designs and patterns with ease, the future of warp knitting machine, raschel machine, needle bar looks brighter than ever before.

Since the 1970s, warp knitting products have developed rapidly in China, with increasingly diverse product varieties and increasingly broad application fields. In just half a century, warp knitting products have been widely used in industry, agriculture, geotechnical engineering, construction engineering, transportation, national defense, military, aerospace and medical and health industries, and achieved great success. Our weft insertion machines can produce a variety of coated substrate fabrics for the production of clothing linings, curtains, outerwear and automotive interiors. It is also possible to produce composite substrates that enhance the structure, such as non-woven fabrics. Through the production of different grid sizes of grilles to meet different end needs, fabric door width 3500-6800mm. The fabrics produced are of top quality and yield. Like the large sales of geogles, it is a kind of polymer material made of perforated structure of engineering materials. It is commonly used in civil engineering and can be used in a variety of occasions. It can be used in road, dam, soil and water conservation, greening, river restoration, percolation, landfill and mine restoration and other engineering fields. It can increase soil stability and anti-erosion ability, protect the environment and resources. By using geogrid, we can improve the carrying capacity of engineering projects and extend their service life, while reducing the damage to the natural environment.Welcome to contact us to learn more about our machines, not only raschel machine, needle bar, but also knotting machine fpr warp knitting.

Cotex, a leading global textile manufacturer, has announced its participation in the prestigious Saigon Textile 2024 event. The exhibition, set to take place in the vibrant city of Saigon, Vietnam, is expected to attract textile industry professionals from around the world. Cotex, known for its cutting-edge technology and commitment to sustainability, aims to showcase its latest innovations and establish strategic partnerships during the event. With an eye on expanding its market presence in Vietnam, Cotex views Saigon Textile 2024 as a crucial platform to connect with potential customers, suppliers, and industry experts. Vietnam's textile industry has been experiencing rapid growth over the past decade, making it an attractive destination for global textile manufacturers. The country's skilled labor force, competitive production costs, and favorable business environment have contributed to its rise as a textile manufacturing hub in Southeast Asia. Cotex recognizes the immense potential of the Vietnamese market and aims to leverage Saigon Textile 2024 to strengthen its position in the region. The company plans to present its wide range of textile products, including sustainable fabrics, high-performance materials, and advanced technical textiles. In addition to showcasing its products, Cotex will also highlight its commitment to sustainability and responsible manufacturing practices. With increasing consumer demand for eco-friendly and socially responsible products, Cotex's focus on sustainability serves as a key differentiator in the market. Moreover, Cotex will host interactive sessions and workshops, providing visitors with insights into the latest trends and advancements in the textile industry. These knowledge-sharing initiatives aim to foster collaboration and drive innovation within the industry. Mr. Xu Liang, CEO of Cotex, expressed his enthusiasm for the upcoming event, stating, "Saigon Textile 2024 presents an excellent opportunity for Cotex to connect with key stakeholders in the Vietnamese textile industry. We are excited to showcase our latest innovations and explore potential partnerships that will contribute to the growth of both Cotex and the Vietnamese textile sector." With its participation in Saigon Textile 2024, Cotex aims to solidify its position as a leading player in the global textile industry while capitalizing on the immense growth opportunities offered by the Vietnamese market. The company's commitment to sustainability and technological advancements positions it as a key contributor to the development of the textile sector in Vietnam and beyond. Warp Knitting Machine, Raschel Machine, Needle Bar

Sun protection is a topic that can't be avoided all year round. In the heat of summer, when you go out for five minutes and sweat for two hours, ultraviolet rays in the sun will not only tan and burn the skin, but also accelerate skin aging. Therefore, in the summer when ultraviolet rays are plentiful, it is especially important to pay attention to sunscreen work. How to achieve light and "hardcore" sunscreen? A sunscreen is definitely a good choice. Cool yarn and spandex are processed on the HKS 2-SE High performance Trico warp knitting machines of COTEX E 32 or E 36 to produce a breathable four-sided elastic fabric with sun protection and cooling properties, creating an extremely skin-friendly sun protection clothing. Sun-protective clothing is mainly through physical shelter to achieve the effect of ultraviolet protection, in general, under the same material, color, the higher the tightness of the clothing fabric, the thicker the fabric thickness, the better the anti-ultraviolet effect. But at the same time, its breathability will be relatively poor, and it will have a stuffy feeling in summer. When purchasing, you can pay attention to the design of sun-protective clothing with air holes, breathable net, breathable layer, etc., which can improve the sense of summer wear. COTEX HKS 2-SE is a specialist in the production of elastic fabrics, setting new standards in fabric yield and quality. By processing cool yarn and spandex on the HKS 2-SE High performance Tricot warp knitting machine E 32 or E 36, a breathable four-sided elastic fabric with sun protection and cooling properties can be produced for the manufacture of skin-friendly sun protection clothing. Simple appearance, smooth surface and strong ductility - these are the characteristics of the fabric produced by the HKS 2-SE Trico warp knitting machine E 36. The raw materials of this fabric are nylon and spandex, processed into a dense warp knitted structure. Welcome to contact us to learn more about our machines as well as raschel machine.

As the largest professional manufacturer of anti-pilling machines in China, we have been specializing in the anti-pill industry for more than 20 years. Our technical is getting more and more mature. Our anti-pilling machine QY-9000 series Compared with old machine , this series` machine is high capacity, low energy consumption, easy to control,stylistic stability,labor-saving,low labor intensity. It has 10 ton daily production. Our anti-pilling machine QY-9000 series has 3 types of heating system: gas, steam and hot oil, we can do the customization as our customer wants, you can have 3 systems at the same time if its needed.The anti pilling machine has also heat circulation system,for better energy saving and reusing, anti-pilling machine gets a room for collecting the hot air and collecting the dust. About the effect you can decide by your self. This anti-pilling machine QY-9000 series make good effect on the fabric, the grain get bigger and rounder when you run the machine longer. If you want the weak effect then you just have to run it shorter. Our anti-pilling machine QY-9000 series can make good effect from thin or thick fabrics.We have one type can make both. We welcome you all to come to our factory for communication and inquiries.

The warp beam is the middle link connecting warping and weaving. The beam with yarn needs to be threaded before it can be used by the warp knitting machine. After the yarn is used up, the shaft needs to be pulled before it can be warped. However, the existing threading and pulling shafts all use manual insertion of the warp shaft into the preset disc group. Because the coaxiality between the beams cannot be guaranteed, and the coordination between the warp shaft and the beam is completely aligned with the human eye, the shaft threading action is extensive and dangerous, which is easy to cause damage to the warp shaft and disc head. At the end of the process of pulling the shaft, because the shaft is not well supported, it often falls directly on the floor, causing the shaft damage. Due to the heavy beam shaft, industrial accidents frequently occur when manually threading the shaft and pulling the shaft, resulting in great physical and mental damage to the operator, and also bring certain economic losses to the customer. Customer demand for automatic, efficient and low-loss spindle threading machines is growing. Our Warp knitting beam shaft loading-pulling device achieves threading of various sepcification beams without manual intervention, safe and efficient, the shaft movement is stable and reliable. Product advantages: 1. The electrical control system and the mechanical part work together, and the full automation saves time and effort and improves efficiency. 2. Can adapt to a variety of quantities and specifications of the warp beam. 3. The horizontal limit mechanism and vertical adjustment mechanism are set up in the reciprocating lifting parts, which can compensate for the shaft bending and the beam external damage caused by the shaft is not smooth. 4. The tail lifting parts make the shaft pulling action reliable and stable, avoiding the damage to the warp shaft and beam.