Established in 2008,Guangzhou Jeepine Intelligent Compression Molding Machine Co., Ltd is one of the leading manufacturer of The High-compacity Cap Compression Molding Machine,dedicated to High-efficiency and cost-saving compressing molding technology.especially for the bottled water cap compression molding,beverage cap moulding,dairy cap molding,liquor cap molding,condiment cap molding,cosmetics closure molding and pharmaceutical rotary closure molding machine.Jeepine are leading the advanced compression technology for plastic closures in China,with the aim of creating value for customers.

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Established in 2008, We have more than 10 years rich experiences in cap compression molding machine. Up to now,We're obtained nearly 100 national patents,in science&Technology"and has winned the certifications of UL,ISO9001 :2015 and TUV.

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Compression molding is a high-pressure molding process: the polymer is melted, mixed and homogenized inside a plasticizing unit. A device draws doses of polymer that have the exact same weight as the product and inserts them into the molds.

1.Create moulds:

Produce tooling using methods such as machining,die casting,or 3D printing.

2.Set up the machine:

Clean the mould,turn on the heat,and complete other necessary set-up procedures based on the machine or device in use.

3.repare charge:

4.Insert charge:

5.Compress part:

6.Release part:

7.Clean part:

Jeepine CCM has been accepted by many well-know and market-leading beverage manufacturers such as Wuliangye,Mengniu,COFCO and HuiYuan.Moreover,Jeepine CCM also entered the market of southeast Asia,the middle east,Africa,South Korea,Japan,US,etc.,Contributing to various packaging industry,including beverage,pharmaceutical,cosmetics and daily commodities.

A: A typical compression molding process is performed at a mold temperature of 350 degree F and mold pressure of 100 psi (180 degree and 700 kPa) with curing time of 3 min. After the material is cured, the mold is opened and the plastic package is pushed out.

A: Compression molding is typically performed using a hydraulic or servo-electric press with heated and/or cooled platens to achieve the desired forming temperatures. In some cases, the tooling may also be heated to facilitate consistent, even heat distribution closer to the part that is being formed.

A: Low cost-Due to its simplicity, compression molding is very cost-effective when compared to other techniques. Little waste-Little material is lost during the molding process. For example, it does not use gates, sprues or runners, tooling features required by other production methods that result in greater waste.

A: Compression mould may be classified on the basis of press machines handling the mould as hand mould, semi-automatic mould, and fully automatic mould. Hand moulds are used primarily for the small productions or for the prototype parts / experimental purposes.

A: Name three ways to reduce production time in compression molding. Avoid thick sections, use screw-compression equipment, and preheat the material.

A: The maximum temperature that is required for the complete operation of compression molding is 250 degree .

A: Typical mold temperatures for compression molding are between 300-400 F but can go up to 1200 F. They are heated by a variety of means including electric heaters, steam, oil, and gas. The most common mold material is steel. Cold molding is faster & more economical than other types of molding.

A: The walls of compression moulded parts should be of uniform thickness and are in the range 3–6 mm. Thicker walls up to 12 mm can be moulded, but cure times are uneconomic. Very intricate articles with undercuts, small holes or side draws may not be considered for parts with these design requirements.

A: Compress part-Close the top mold, apply pressure, and wait for your piece to form. Many manufacturers also use heat during the compression process, which softens the raw materials and can help speed up production. Release part-Remove the finished piece.

A: What is the compression technique in data compression? There are broadly two types of data compression techniques-lossy and lossless. In lossy, the insignificant piece of data is removed to reduce the size, while in lossless compression, the data is transformed through encoding, and its size is reduced.

A: It is cost-effective for short production runs. Due to its lower tooling and setup costs, compression molding is ideal for small to medium production runs. It is often used to create prototypes or samples of designs before proceeding to large-scale production.

A: The compression moulding process is one of the non-conventional processes in plastic engineering sector. The process is most suitable for low melt flow thermosets. The parts can possess great surface finish and strength with less warpage.

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