Products

In the modern medical system, medical catheters and needle injection molded products are key equipment to ensure accurate and efficient medical services. With exquisite injection molding technology, strict material screening, and excellent performance, they bring hope to countless patients.

Needle injection molded products are equally crucial. Choose materials such as polypropylene and polyethylene, which have high transparency and are easy for medical staff to observe the extraction and injection of medication clearly. The syringe part of the needle tube is injection molded and has excellent mechanical strength, which can withstand repeated pushing, pulling, and squeezing without easily deforming or breaking. The needle is made of stainless steel material, sharp and tough, ensuring smooth puncture and reducing patient pain.

Dual color injection molding technology is an advanced plastic molding technology that can present two different colors or materials of plastic on the same product, bringing more flexibility and creative space to product design and manufacturing.

The principle of two-color injection molding process is achieved by using an injection molding machine with two or more injection units. Firstly, inject the first type of plastic material into a specific cavity of the mold to form the first layer of the product. This layer can be the main part of the product, or a part that serves as a basic support and other functions. For example, when manufacturing a two-color toothbrush, the first type of plastic may form the handle body of the toothbrush, and its material can be selected according to the product's requirements for hardness, elasticity, etc., to provide a good grip.

Metal embedded injection molding technology products, as a highly innovative and breakthrough technology in modern manufacturing, are widely used in many high-precision fields such as electronics, automotive, medical, etc., reshaping the design and production pattern of products.

Based on product requirements, different materials such as stainless steel, copper, aluminum, etc. are selected for metal parts. Precision machining is used to ensure that their dimensional accuracy reaches the micrometer level tolerance range. The surface is then treated with special treatments such as cleaning, degreasing, and activation to enhance its affinity with plastics. Then it enters the injection molding process, where the pre processed metal inserts are accurately placed in specific positions on the injection mold. After the mold is closed, the high-temperature melted plastic is injected into the mold cavity under high pressure, quickly wrapping around the metal inserts. After cooling and solidification, the two are tightly combined into one, like a masterpiece.

In the complex system of mechanical transmission, gear and worm structure functional components are like the heart of precision operation, injecting continuous power into numerous mechanical equipment and achieving precise and efficient motion control.

Gears, as the most common mechanical transmission components, can be subdivided into various types such as straight teeth, helical teeth, and herringbone teeth based on their tooth profile to meet different working conditions. The spur gear structure is relatively simple and has low processing costs. It is commonly used in situations where the speed is low and the load is stable, such as in simple clock movements. 

The injection molding process endows the valve with precise sealing performance, with a smooth and flat sealing surface. Combined with a specially designed rubber sealing ring, it can achieve leak proof and reliable airtightness for both low-pressure water flow control and high-pressure gas cutoff. In the water supply and drainage system, plastic injection valves replace traditional metal valves, which are lightweight, easy to install, and effectively reduce the load on the pipeline system. 

At the same time, their corrosion resistance greatly extends their service life and reduces maintenance frequency; On medical equipment, such as infusion tube flow control valves, precise injection molding processes ensure high precision in flow adjustment, ensuring precise drug delivery and safeguarding patient safety; In the chemical industry, acid and alkali resistant injection valves stabilize the flow of raw materials, resist the erosion of harsh chemical environments, and ensure the continuous and smooth production process.