A column-type vacuum rubber molding machine is specialized equipment used for rubber molding. It employs vacuum technology and pressure forces to heat and shape rubber materials into specific forms. Typically, it consists of a column-shaped molding chamber, a heating system, a vacuum pump, and a pressure system.
This machine finds extensive application in the manufacturing of rubber products such as rubber seals, O-rings, rubber gaskets, rubber grommets, and more. It plays a crucial role in various industries including automotive, electronics, medical devices, and household appliances. Through this molding technique, high-quality rubber products with excellent sealing, wear resistance, pressure resistance, and resistance to chemical corrosion can be produced to meet a variety of needs.
This is a specialized equipment used for the vulcanization and molding of rubber products. It employs vacuum and pressure techniques to subject rubber materials to vulcanization reactions at high temperatures and pressures, resulting in the production of high-quality rubber products. The equipment primarily consists of a molding chamber, vacuum system, pressure system, and heating system.
It finds extensive applications in the manufacturing of rubber products, including vehicle seals, industrial rubber components, pipe seals, rubber gaskets, and more. It is utilized in various industries, such as the automotive sector, machinery manufacturing, medical devices, electronic products, and aerospace. It can handle a variety of rubber products in different sizes and shapes, meeting custom requirements from customers.
This equipment is specifically designed for the processing of rubber and silicone products. Its primary purpose is to remove any excess material or irregularities from the product edges to achieve smoother and more precise edges. It typically consists of an automated mechanical system, cutting tools, and a control system.
It is used for items such as rubber gaskets, seals, hoses, silicone touch screens, and more. It plays a crucial role in various industries, including automotive components, electronic products, medical devices, industrial machinery, and others. Through this processing technology, high-quality, high-precision, and aesthetically pleasing rubber and silicone products can be produced, enhancing the value and competitiveness of the products.
This is an automated equipment used for cutting thin sheet materials, commonly employed for the cutting and processing of materials such as paper, plastic films, textiles, and other thin sheets. It utilizes a servo control system, enabling precise control of material feed speed and cutting positions, resulting in high precision and efficiency in the cutting operation.
It has wide applications in industries like packaging, printing, textiles, and plastic processing. It can be used for producing labels, stickers, paper boxes, plastic bags, film products, and various sliced products. This equipment not only enhances production efficiency and product quality but also reduces production costs and labor expenses, significantly impacting a company's productivity and competitiveness.
This is a specialized equipment used for the vulcanization and molding of rubber products. It employs vacuum and pressure techniques to subject rubber materials to vulcanization reactions at high temperatures and pressures, resulting in the production of high-quality rubber products. The equipment primarily consists of a molding chamber, vacuum system, pressure system, and heating system. It finds extensive applications in the manufacturing of rubber products, including vehicle seals, industrial rubber components, pipe seals, rubber gaskets, and more. It is utilized in various industries, such as the automotive sector, machinery manufacturing, medical devices, electronic products, and aerospace. It can handle a variety of rubber products in different sizes and shapes, meeting custom requirements from customers.
A measuring instrument used in production operations for measuring length (dimensions), inner diameter, or clearances. It is characterized by its simplicity of use and the ability to provide relatively high-precision measurement results. The commonly used type of caliper is called a "digital caliper," which is suitable for general dimension measurement needs. For measuring larger objects, there are specialized "digital calipers with longer dimensions and larger measuring ranges, designed to meet these specific measurement requirements. It is widely used in metalworking, mechanical manufacturing, electronics manufacturing, the automotive industry, and other fields where precise measurements are needed. Whether it's for everyday measurement tasks or precision engineering measurements, digital calipers are a practical and reliable tool choice.