Mould Clamping Force Extrusion Molding Machine Featuring Touch Screen for Automated Production Efficiency

Product Description:

The MP plastic blow molding machine is specifically designed for manufacturing various types of hollow plastic products with high molecular weight. It excels in creating a wide range of hollow items with sizes ranging from as small as 5 milliliters up to 100 liters.

This versatile machine is suitable for producing numerous products, including bottles, pots, jars, barrels, toys, toolboxes, bed boards, desk boards, chairs, as well as automotive parts. Its broad application makes it an ideal choice for multiple industries requiring hollow plastic components.

In addition to its diverse product range, the MP blow molding machine is capable of handling different plastic materials such as PE, PP, PVC, PA, PC, PS, and EVA. This flexibility allows it to deliver excellent processing performance tailored to various production needs.

Features:

The extruding device is equipped with a variable frequency motor, allowing it to adjust the screw rotation speed as required during the blowing process. The screw, characterized by a high slenderness ratio, is capable of processing a wide range of materials. It offers strong plasticizing capabilities, ensuring high production efficiency while maintaining low energy consumption. Furthermore, the barrel features a resistance heater that is computer-controlled, enabling rapid, stable, and uniform heating.

By installing different heads within the combined extrusion system that connects two extrusion machines, it becomes possible to produce products featuring either visible strip lines or double-layered structures. This flexibility enhances the variety of products that can be manufactured using the system.

The mould clamping device utilizes a toggle-type mechanism along with a linear guider. It incorporates a double station design, allowing the mould platen to move at a faster and more stable speed, improving overall operational efficiency and stability.

The hydraulic oil circuit has been improved to offer significant energy savings while ensuring rapid and stable performance. Additionally, the installation and maintenance of hydraulic components are designed for convenience, supported by a removable and mobile oil tank for ease of handling.

Control of the entire machine is managed via a computerized system. The hydraulic system employs a double proportional control mechanism, which enhances precision and reliability. The machine also features automatic fault alarms, reliable operation, high automation levels, and the capability to store data for up to 40 sets of moulds.

Operators can choose among three different operation modes: "Manual," "Semi-Automatic," and "Full Automatic," allowing for adaptable control depending on the production requirements.

For safety, the machine is equipped with a safety door that combines electrical and mechanical safety devices. This design prevents the mould from closing when the safety door is open, ensuring that the operation is both safe and dependable.

The machine supports two blowing functions: straight cutting and oblique cutting. Additionally, it includes an oblique blowing function, which further expands its operational versatility.

Technical Parameters:

Applications:

An extrusion molding machine is extensively utilized across diverse industries, mainly for producing items made from plastic, rubber, and various other materials by means of the extrusion process. Its versatility enables it to serve multiple sectors, including:

In the plastic processing sector, extrusion molding machines are instrumental in manufacturing a wide range of products. These include pipes and profiles such as PVC and PE pipes, as well as specialized profile shapes like those used for window frames.

They are also employed in the creation of films and sheets, which encompasses packaging films, stretch films, agricultural films, and other types of plastic sheets used in numerous applications.

Additionally, plastic sheets produced through extrusion are utilized in food packaging, construction materials, and housing for electronic devices.

Cable and wire coating is another key application, where extrusion machines are used to apply the outer insulation layer around electrical cables, ensuring durability and safety.

Within the rubber processing industry, extrusion molding machines play a pivotal role in manufacturing products such as rubber tubes, belts, seals, and gaskets. The extrusion process allows for precise control over the dimensions and shapes of these rubber components, meeting strict industry standards.

Extrusion molding technology is also prominent in the food industry, where it is used to produce a variety of snack items including puffed snacks, biscuits, and candies. This process allows for the creation of diverse shapes and textures tailored to specific product requirements.

The automotive sector benefits from extrusion machines in the production of both interior and exterior parts. Common items manufactured include window seals, plastic components for interiors, and automotive pipe systems.

In construction, extrusion molding machines are utilized to fabricate window and door profiles, decorative panels, roofing drainage components, and other essential building materials, contributing to structural integrity and aesthetic appeal.

The medical field uses extrusion molding machines to produce critical disposable products such as syringes, catheters, and IV tubes, ensuring precision and hygiene standards are upheld.

Finally, in the realm of additive manufacturing, extrusion technology is applied to produce filaments primarily for 3D printing. This includes plastics and composite materials that form the foundation of many 3D printed objects.