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Composites Compression Forming Machine (Down Stroke)
Categories : Compression Molding Machines
Shuttle mold by sliding cart with smooth and precise movement. Downstroke design with lower working height. Special tilt angle for different mold design.
TPE Automatic compounding Line (Under Water Cutting)
Categories : Plastic Pelletizer Machines
1. SBS 2. SEBS 3. OVERMOLDING (For PP, PE, PS, PMMA, PETg, ABS, PC, PA) 4. TPV 5. TPU (Hotmelt Adhesive) 6. TPEE
3RT Mold-Open Rubber/Silicon Vacuum Compression Molding Machine VCC-D3
Categories : Rain boot Injection Molding Machines
● The 3RT surpasses the traditional top opening mold that can be used for triple or four molds with the design of opening mold and pushing out the mold in between. ● The opening mold can be adjusted by the software with separate opening, separate pushing out the mold in between, continuous opening and continuous pushing out the mold in between.
Sewing Machine Spare Part
Categories : Woven Bag Making Machines
With our great numbers of customer bases, we are offering competitive prices of consumable spare parts for NEWLONG, Juki, Union Special sewing machines and other brands.
METAL INJECTION
Categories : Injection Molds
Metal injection molding (MIM) is a metalworking process by which finely-powdered metal is mixed with a measured amount of binder material to comprise a ‘feedstock’ capable of being handled by plastic processing equipment. This is cost-effective for small, intricate, high-volume products which would otherwise be quite expensive to produce by alternate or classic methods. Mold Interconnect Device (MID) integrates a circuit into a plastic part reducing weight and dimensions. We use an innovative assembly process: from injected mold to laser etching then plating with copper or gold. APPLICATIONS Mobile phone’s aerial circuit Medical audiophones Automotive steering wheel Position sensor
Recycling Machine - Film, Raffia, Regrind (PE/PP): Repro-Flex
Categories : Plastic Waste Recycling Machines
Recycling Machine Designed to Handle Up to 95% Surface-Printed Materials, an Ideal Choice for a Circular Economy 1. Pre-Degassing Filtration: A Key Step in Ensuring Recycled Pellet Quality Specifically designed for processing highly printed materials, this machine enables the recycling of heavily printed waste. Prior to the degassing process, an advanced filtration system effectively removes impurities and contaminants. This design ensures superior degassing, significantly enhancing the purity and quality of the recycled pellets, allowing you to produce higher-quality, more valuable recycled products. 2. Triple Degassing: Thorough Removal of Ink and Moisture for Exceptional Quality To ensure optimal degassing, our recycling machine utilizes industry-leading triple degassing technology. In addition to a dual degassing system on the first extruder, a specially designed venting zone (located at the connection between the first and second extruders) serves as a third degassing section. This triple degassing design more effectively removes ink, residual solvents, and excess moisture from the recycled material, significantly reducing odor and volatile organic compound (VOC) content in the recycled pellets, providing safer and more environmentally friendly recycled materials. 3. Improved Cutter Compactor Design: Achieving Fast and Stable Feeding, Enhancing Productivity We continuously refine our cutting technology, and the improved cutter compactor design excels in printed BOPP film recycling applications. The cutter compactor not only boasts efficient shredding capabilities but also cleverly utilizes the heat generated during operation to preheat the plastic material, causing it to compact. The compaction step significantly enhances the stability of feeding from the cutter compactor to the extrusion section, ensuring uniform and continuous feeding. Highly stable feeding is crucial for maintaining stable machine output, ensuring your production line remains highly efficient. Plastic Recycling Waste Application Scope: Wide Application, Creating Unlimited Value Repro-Flex recycled plastic pellets can be immediately used in production lines for reprocessing, with a wide range of applications. The most common applications include blown film machines and pipe extrusion machines, for producing various plastic products such as garbage bags, packaging films, agricultural films, and construction materials. Our recycling solutions help you achieve resource recycling, reduce production costs, and enhance the market competitiveness of your products. 1. First-Grade Recycled Clean Plastic Material - In-House Waste from Plastic Product Manufacturers: Reducing Costs, Enhancing Value Plastic product manufacturers (such as blown film factories, bag-making factories, and printing factories) generate an average of approximately 5% waste of their total production. With the continuous rise in oil and virgin material prices, the importance of in-house plastic waste recycling is increasingly prominent. Using the Repro-Flex recycling machine, you can recycle and reuse waste generated during the production process (such as defective film rolls, edge trims from bag making), significantly reducing the cost of purchasing virgin materials. The quality of first-grade recycled material can be as high as 98% of virgin material, and many manufacturers have chosen to use first-grade recycled waste to produce high-quality products, with a quality comparable to products made from virgin materials. This approach not only saves raw material costs but also increases the market value of the product, aligns with environmental trends, and enhances corporate image. 2. Secondary Recycled Waste - Washed Waste, Plastic Pellets Containing Trace Impurities: Expanding Applications, Creating Revenue To meet the needs of different customers, the Repro-Flex machine can also flexibly recycle washed waste (such as discarded plastic films, agricultural films, construction covering films, etc.). The heat generated by the rotation during the Repro-Flex shredding process can be used to heat the washed waste and remove excess moisture from the material, effectively reducing energy consumption for subsequent processing. In the extruder section, dual degassing vents can further release moisture and printing ink, further purifying the recycled pellets. Plastic pellets produced from washed raw materials are mostly used for reprocessing, such as manufacturing garbage bags, engineering films, plastic films for covering cloths, and producing water pipes. The Repro-Flex machine can also be equipped with a color masterbatch/additive feeder, allowing you to adjust the color of the recycled pellets according to your needs, expand application scope, and create more revenue. Repro-Flex Recycling Machine Advantages: Efficient, Reliable, Economical 3-in-1 Integrated Design Recycling Machine: Saving Space, Reducing Costs The Repro-Flex recycling machine integrates shredding, extrusion, and pelletizing units into one, realizing a one-stop recycling solution. Recycled materials can be directly sent to the machine for processing, ultimately obtaining high-quality recycled plastic pellets. This integrated design eliminates the labor, factory space, and power consumption required for separate shredding, extrusion, and pelletizing, significantly reducing your operating costs and improving production efficiency. Convenient Operation: Simplifying Processes, Improving Efficiency Recycled materials can be directly placed on the conveyor belt, which automatically feeds them to the shredding unit. The feeding amount of the conveyor belt is controlled by amperage, achieving precise quantitative feeding and ensuring the stability and uniformity of the feed. The shredding drum not only efficiently cuts plastic film but also compresses the shredded plastic fragments during the cutting process, giving them weight, and uses the centrifugal force generated by the cutting rotation to directly send the plastic material into the extruder for melting. The extruded molten material can be immediately pelletized and cooled by the die-face pelletizing unit, and the resulting recycled material can be directly used in the production line for reprocessing, simplifying the operation process and improving production efficiency. High Efficiency, High Output: Stable Feeding, Ensuring Output The design combining shredding and extrusion units ensures that the recycled material fed in is thoroughly shredded and smoothly fed into the extruder. This uninterrupted feeding design provides a stable feed rate, allowing the extruder to extrude plastic material quantitatively. Because the feeding and extrusion rates are stable, the machine can also stably produce high-quality recycled pellets, ensuring that your production line can operate continuously and efficiently. High-Quality Plastic Pellets: Uniform Granules, Enhancing Value The pelletizing unit operates using a die-face pelletizing method, which ensures that the plastic pellets are of average shape and size, and the granules are uniform. Because the particle size is average, better melting effects and more stable product quality can be obtained when used for reprocessing in the production line, thereby enhancing the overall value of the product. Investment Costs Can Be Quickly Recovered: High Return on Investment, Accelerating Profitability On average, the cost of investing in this recycling machine can be recovered within one year, achieving rapid profitability Purchase a high-performance and durable recycling machine for your production line at a reasonable price, improve production efficiency, and reduce operating costs. Low power consumption and high output, while reducing production costs, also provide you with the highest output and improve profitability. Short delivery time and customer-assured installation services: POLYSTAR produces an average of 8 Repro-Flex recycling machines per month, with an average delivery time of approximately 60 days. Customers can start using the recycling machine in the factory in the shortest possible time and enjoy the benefits of recycling as soon as possible.
Automatic Servo C-Folding Perforating&Winding Bag Making Machine-RFCW1-SERVO-Series
Categories : Plastic Bag Making Machines
REE series is equiped two photo-cell & electric-magnetic clutch & brake, suit able for running two tracks of the printed film.
Auto Laminating Machine ALM-800
Categories : Cutting Machines
Synchronized automatic glass handling mechanism to speed up operational efficiency. Unique, special, patented pattern film laminating mechanism, to ensure no air bubbles after lamination process. Automatic cutting and partitioning mechanism to cut and partition laminated work pieces. Laminating length and speed can be programmed and adjusted to suit actual requirements. Optional single-side or double-side protective films can be laminated to suit actual requirements. With pattern paper recoil function to automatically recoil the pattern paper. Compatible with glass automatic feeding and automatic material take-up system.
Automatic High Speed Case Packer - SFA-SD30
Categories : Vacuum Packaging Machines
Human-Computer Interaction Design. Fully Wrap Around carton packaging and Tray Packing Combination Operation. Parameters can be set and modified on the screen. Wheel handle for minimization of changeover times, in order to quiktly switch from a production to another one. All moveable parts and Electrical wiring are cover up for safety issue. Machine operation with less noise. Missing/Fallen loose product detection before the tray/case forming unit. Glue spraying distance is control by encoder, ensuring consistent glue spraying length on each carton and permit adjustment and memorizing at any time.
P-10
Categories : Injection Molds
PP Tubular Woven Bag & BOPP Laminating Machine-LMBO Series
Categories : Extrusion Lamination Machines
LMBO series is an extrusion laminating machine. This model is used for lamination between PP woven cloth and BOPP printing film, and that design produces bonding effect. Automatic operation control is its main feature.
P-06
Categories : Injection Molds
HDPE/LDPE Blown Film Line (JC-HS Series)
Categories : Blown Film Extruders
JC-HS Series Blown Film Extrusion Line is the best choice for maximum volume and top quality output. Distinctive new screw design with option to upgrade automatic winder for high capacity output and efficiency.
Punching knife
Categories : Cutting & Slitting Parts
Various knives and blades used in packaging machinery.
Horizontal Mixer (Designed For Mixing Oxidizing Agents)
Categories : Mixers and Blenders
Mixing Oxidizing
C-Frame Rubber Injection Molding Machine JD-RC series
Categories : Rubber Injection Molding Machines
This c-frame rubber injection molding machineis suitable for natural rubber, synthetic rubber, oil resistant, heat resistant rubber and recycled rubber.
PROCESS OPTIMIZATION
Categories : Injection Molds
In-Mold Decoration (IMD) is an efficient, durable and cost effective technique for printing, painting, and forming plastic decorations. However, a large number of parameters involved IMD manufacturing processes and the complex relationship between these parameters make the determination of the optimal parameter setting a challenging task. This paper proposes a systematic framework integrating Response Surface Methodology (RSM) and logistic regression to improve the yield of IMD manufacturing process. The integrated framework becomes easy to identify the optimal parameter setting,saving a great deal of time and money in the manufacturing process. On the empirical study in collaboration with Yomura, the proposed framework shows the significant result from 10% to 87.5% validating the viability of the proposed framework in real setting. (Key words: IMD, In-Mold Decoration, Parameter Optimization, RSM, Response Surface Methodology, Logistic Regression) EXPERT ANALYTICAL SYSTEM Yomura Technologies employs state-of-the-art technologies to select materials, validate component designs, develop tool designs and optimize its processes, ensuring that innovative concepts are achievable at the lowest cost of production. (Keywords: Moldex3D, Moldflow, PowerMill Pro, CAD system)
