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Millad® NX™ 8000

Categories : Additives

Millad NX 8000 helps PP producers and converters to stay ahead of packaging, appliances, medical, houseware and food storage trends by achieving unprecedented transparency in polypropylene. This innovative clarifier creates exciting new opportunities for your products, including significant energy savings and faster production in injection molding. Suitable for all conversion processes, Millad NX 8000 makes polypropylene a viable alternative to glass or amorphous polymers like PC, PET, PVC and PS. PP clarified with Millad NX 8000, known in the market as NX UltraClear PP, answers the growing demand for clear, attractive products and sustainable, cost-efficient production.  

Adhesive Rubber/Silicone Cutting Machine

Categories : Rubber Cutting Machines

Nature rubber Rubber of metal boned parts Oil resistance rubber NBR+PVC concoction Synthetic rubber Medical/Pharmaceutical usage rubber Heat resistance rubber

Waste Yarn Bobbin Cleaning

Categories : Industrial Knitting Machines

Dedicated design for removing waste yarn on bobbins with high efficiency

COLD DECK WITH SINGLE VALVE GATE

Categories :

Shut-off nozzle design：Don't need to cut scrap. System temperature analysis：High efficiency heat isolation and cooling, uniform heating system. Module design of Cold Deck：Quick installation and easy to maintain.

VERTICAL MICRO INJECTION MOLDING MACHINE

Categories : Micro Injection Molding Machines

Quick and cost-effective mold solutions. Small order are available. (min. order of 300 shots) Product weight：From 0.001 gram to 8 grams. Product dilensions：From 1mm to 20mm. Materials：quality can vary from regular grade to engineering grade all kinds of thermoplastics, even high temperature resins. (Ex. PP,PE,ABS,POM,PA,PC,COC,LCP,PEI,PPSU and PEEK.)

Vertical Electric Injection Molding Machine-YE-50V

Categories : Vertical Injection Molding Machines

A number of patented electric injection device Precision electric injection function Precision electric metering function Electric pedestal does not slide function Energy-saving hydraulic servo mold clamping function Accurate low pressure off mode protection function Energy-saving hydraulic servo thimble function Template rust plating processing Template parallelism fine tuning function Template low-top design With 8 T-groove, easy to fix the mold Thick template with high tensile guide posts Configuration template guide column anti-drip bumper sleeve Configure mechanical closing safety bars Configure mechanical shut-off safety electrical protection Open all the safety gates to stop the design Configuration key type safety door safety switch Configuration rail horizontal operation safety gate design Injection device can be flipped to maintain the factory accuracy to reduce the height of the handling method Injection closed loop feedback function Holding pressure switching point accuracy of 0.01mm Packing pressure accuracy of up to 0.1% High-speed rigid filling, to eliminate floating phenomenon Prevent the drawing function A variety of peripheral equipment chain function Equipped with peripheral equipment power outlet With robot centralized terminal block Hopper holder moving function Equipped with resin feed tube holder Equipped with adjustable height white iron trough Equipped with a perspective control water divider Equipped with cooling water quick connector The machine is neat and without any pipe exposure Than the same level of oil-saving 25% to 60% Than the same level oil machine to save cooling water 70% Equipped with 10.4 "color touch screen PID automatic temperature adjustment function Japan's Mitsubishi control system Equipped with wear-resistant material pipe

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)

Hi-Speed Mixer with Vertical Cooling Blender (1 To 1)

Categories : Mixers and Blenders

The complete set is very suitable for the hi-speed blending of plastic powder and pellets for making plastic floor tiles, wall tiles wire, cable, FRP doors & windows and Christmas trees.

Large Precision Gear

Categories : Transmission, Motors & Drive Systems and Gears

Multi-layer Type Compression Molding Machine

Categories : Compression Molding Machines

This model is designed for vulcanizing multiple molds in one simultaneous process, saving a great deal of time and production cost.

Tabletop Cup Sealing Machine: YF-98S

Categories : Sealing Machines

The bubble tea cup sealing machine is a device that is used to seal the lid onto the cup of a bubble tea drink. It works by using heat to create a tight seal between the lid and the cup. The machine heats up a special film that is placed over the opening of the cup, which then melts and creates a vacuum-like seal. This is done to prevent spillage and to keep the contents of the cup fresh and cold.

MMA

Categories :

Methyl methacrylate (MMA) is an organic compound formed by the esterification of methacrylic acid (MAA) and methanol. It is the monomer used to produce the transparent plastic polymethyl methacrylate (PMMA). Modern applications of MMA include its use in disc-shaped designs to allow light to pass horizontally through computer LCD screens or television screens.