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Mechanical automation equipment custom bushings and sleeves PA66 bushing

Plastic Bushings

Mechanical automation equipment custom bushings and sleeves PA66 bushing

The machining and bushing applications of custom bushings for mechanical automation equipment are as follows:


Material preparation: According to the requirements of the bushing sleeve, select the appropriate nylon material, and prepare the material for cutting and processing.

Processing technology: According to the design drawings of the bushing and sleeve, the machining process is carried out, including turning, milling, drilling and other processes, to process the material into the shape and size of the bushing and sleeve that meets the requirements.

Surface treatment: As needed, perform surface treatment on the bushing sleeve, such as grinding, polishing, etc., to improve its surface smoothness and texture.

Shaft sleeve application:

Bearing support: Bushing sleeves are often used in bearing support parts of mechanical equipment, such as bearing seats, bearing seat sets, etc. It can reduce friction and wear between shafts and bearings, and improve the operating efficiency and life of the equipment.

Guide support: Bushing bushings can also be used in guide support parts of mechanical equipment, such as guide rails, guide rods, etc. It can reduce friction between guide components and improve the accuracy and stability of the equipment.

Motion transmission: Bushing sleeves can be used in motion transmission parts of mechanical equipment, such as sliders, pulleys, etc. It can reduce friction between moving transmission parts and improve the transmission efficiency and accuracy of equipment.


  • Mechanical automation equipment custom bushings and sleeves PA66 bushing
    In short, the machining process of customized bushings for mechanical automation equipment includes steps such as material preparation, processing technology and surface treatment. Bushings and bushings are mainly used in bearing supports, guide supports, motion transmission and other parts. They can reduce friction and wear and improve the operating efficiency and life of the equipment., please send us a message (Email: ) at any time and our team will reply to you within 12 hours.
  • PA66 Material Parameter Sheet

    PA66 is the abbreviation of polyamide 66, which is a thermoplastic usually made from the polymerization reaction of adipic acid and hexamethylenediamine. Its main component is polymer, including long-chain polymer molecules and some additives. Generally speaking, the components of PA66 mainly include: Polyamide 66 polymer: This is the main component of PA66 plastic. It is a polymer compound formed by the polycondensation reaction of adipic acid and hexamethylenediamine molecules. These polymer molecules form the basic structure of plastics. Additives: Some auxiliary ingredients are usually added to PA66 plastic, such as plasticizers, stabilizers, fillers, etc., to adjust the performance and processing technology of the plastic. These additives can improve the thermal stability, weather resistance, mechanical properties, etc. of plastics. In general, the main component of PA66 material is polyamide 66 polymer, and also includes some additives. The combination and content of these ingredients can affect the performance and use of PA66 plastic.

    PA Material property sheetet7
  • AnsixTech Company Manufacturing capacity
    Ansix Tech, as a professional manufacturing company, has the ability to manufacture pulleys. Here is a detailed introduction to the pulleys manufactured by Ansix Tech:
    Advanced manufacturing equipment: Ansix Tech has advanced manufacturing equipment, including CNC machine tools, injection molding machines, laser cutting machines, etc. These machines are capable of efficiently processing and manufacturing pulleys of various types and sizes.
    Multiple material selections: Ansix Tech can select appropriate materials to manufacture pulleys based on customer needs and application scenarios. Commonly used materials include plastic, metal, rubber, etc. Different materials have different characteristics and can meet different usage requirements.
    Customized design: Ansix Tech can customize the design according to customer requirements, including the size, shape, material, etc. of the pulleys. Customers can provide their own design drawings or work with Ansix Tech engineers to design to ensure the pulleys exactly meet customer needs.
    Quality control: Ansix Tech company attaches great importance to product quality control. In the process of manufacturing pulleys, relevant quality standards and processes are strictly followed, and strict inspections and tests are conducted to ensure that the quality and performance of the pulleys meet the requirements.
    Various application fields: Pulleys are widely used in various industries and fields, such as machinery manufacturing, logistics and transportation, electronic equipment, etc. Ansix Tech has the experience and capabilities to manufacture pulleys to meet the needs of different industries.
    Technical support and after-sales service: Ansix Tech provides professional technical support and after-sales service. Whether in the design stage of the pulley or during use, Ansix Tech engineers will maintain close communication and cooperation with customers to provide technical consultation and solutions.
    Ansix Tech has the ability to manufacture pulleys and can provide customers with high-quality pulley products through advanced manufacturing equipment, multiple material selections, customized designs, strict quality control, and professional technical support and after-sales service. Whether it is small batch production or mass customization, Ansix Tech is able to meet customer needs and provide customers with satisfactory solutions.
    AnsixTech has four production bases in China and Vietnam. We have a total of 260 injection molding machines. The tonnage of injection molding machines ranges from the smallest 30 tons to 2800 tons. The main injection molding machines include Japan's Fanuc, Sumitomo, Toshiba, Nissei, Engel, and Germany's Arburg (mainly liquid silicone injection molding, mainly two component). China has Haitian and Victor Taichung Machinery, etc.
     AnsixTech is mainly engaged in the fields of medical equipment, automotive interior molds, automotive interior decoration (INS/TOM/DOD), household appliances, daily necessities, kitchenware series, 3C, consumer electronics, industrial control appliances, maternal and infant products, etc.
    Advanced equipment: AnsixTech factory has advanced injection molding equipment, mold manufacturing equipment and processing equipment. our use the latest technology and equipment to ensure efficiency and quality of the production process.
    Production capacity: AnsixTech factory has strong production capacity and can meet customers’ mass production needs. our have efficient production lines and processes that enable them to quickly respond to customer orders and deliver on time.
    Quality Control: AnsixTech factory attaches great importance to quality control.our have a strict quality management system, including quality control and inspection from raw material procurement to production process. our use advanced testing equipment and methods to ensure that the quality of their products meets customer requirements and standards.
    Technical team: AnsixTech factory has a professional technical team, including engineers, technicians and quality control personnel. our have rich experience and professional knowledge and can provide technical support and solutions to ensure the smooth progress of the production process and the quality of the products.
    Environmental management: AnsixTech factory focuses on environmental protection and sustainable development. our comply with environmental regulations and standards and take steps to reduce their impact on the environment, such as waste disposal and energy management. If you have any questions about products in the plastic molding and mold field, please send us a message(Email: ) at any time and our team will reply to you within 12 hours.

  • Plastic CNC Turning for Bushing 
    The processing of plastic pulleys is a complex process. Let me outline the general process steps for you: Design and engineering planning: The design and engineering planning of the pulley need to be carried out first. This includes determining parameters such as pulley size, material, load-bearing capacity, coefficient of friction, etc. to ensure that the pulley meets the needs of its application. Material procurement and preparation: According to the use environment and requirements of the pulley, select appropriate plastic materials, such as polyvinyl chloride (PVC), polypropylene (PP), nylon (Nylon), etc. The raw materials are then cut or pre-processed to prepare them for subsequent processing. Machining: Machining typically involves operations such as CNC turning, milling, drilling, cutting, etc., in order to machine the pre-machined plastic material into the final pulley shape. These steps require precise process control and precision machining equipment to ensure that the size and geometry of the pulleys meet design requirements. Surface Treatment: After machining is complete, surface treatments such as polishing, grinding, or protective coating may be required to improve the surface finish and durability of the pulley. Assembly and inspection: Assemble the processed pulley components, including bearing installation, axis alignment and other operations. The pulleys are then subjected to strict quality inspection to check dimensional accuracy, rotational balance, surface finish and other indicators. Packaging and Delivery: The final step is to package the product and prepare it for delivery to the customer. These are the processes and production processes generally used for processing plastic pulleys. The specific process flow of each company may be different, and the specific steps may vary depending on materials, equipment, quality requirements, etc.
    First and foremost, AnsixTech uses the latest in Plastic CNC Turning technology. Notably, the Company can produce large or small batch prototype Plastic Turned Parts from all the various types of Engineering Industrial Plastics available to today’s markets.
    Plastic CNC turning is a method of processing plastic materials using a CNC lathe. A CNC lathe is an automated machine tool controlled by a computer that can perform precise turning operations according to a preset program.
    In the plastic CNC turning process, the plastic material first needs to be fixed on the spindle of the CNC lathe. Then, through computer programming, parameters such as turning path, tool speed, feed speed, etc. are set. The CNC lathe automatically performs turning operations based on these parameters, cutting the plastic material into the desired shape and size.
    CNC turning of plastics offers the following advantages:
    High precision: CNC lathes can achieve high-precision turning operations and can meet the high precision requirements for plastic parts.
    High efficiency: CNC lathes can realize automated operations and improve production efficiency.
    Flexibility: Turning operations of different shapes and sizes can be realized through programming, which is suitable for the processing needs of various plastic parts.
    Good repeatability: The same turning operation can be achieved through programming, ensuring the consistency and repeatability of processing.
    However, there are some limitations to CNC turning plastics:
    Tool selection: Different plastic materials require the selection of different tools to obtain the best turning effect.
    Thermal deformation: Plastic materials are prone to thermal deformation during high-speed turning, which affects the processing quality.
    Small cutting force: Compared with metal materials, plastic materials have smaller cutting force and are prone to vibration and cutting instability. plastic CNC turning is a high-precision and high-efficiency plastic processing method that can meet the demand for high precision of plastic parts.
  • Plastic CNC Cutting53i
  • Customized Plastic CNC Machining MC Pulleys and PA6 gears

    The process of customizing plastic pulleys at Ansix is ​​as follows:
    Demand confirmation: Communicate with customers to understand their specific needs for plastic pulleys, including size, material, load-bearing capacity, usage environment, etc.
    Material selection: According to customer requirements and application scenarios, select appropriate plastic materials, such as polyethylene (PE), polypropylene (PP), polyurethane (PU), etc. Different materials have different characteristics and can meet different usage requirements.
    Design and engineering: According to customer needs, design plastic pulleys that meet the requirements, and conduct engineering analysis to ensure their performance and feasibility. Factors such as the pulley’s structure, bearings, and wheel surface shape are considered during the design process.
    Manufacturing and processing: According to the design drawings, use equipment such as CNC machine tools or injection molding machines to manufacture and process the pulleys. This process may include cutting, drilling, milling, injection molding and other steps.
    Inspection and quality control: Strict inspection and quality control are carried out on the manufactured plastic pulleys to ensure that their dimensional accuracy, bearing quality, load-bearing capacity, etc. meet the requirements.
    Surface treatment: According to customer requirements, plastic pulleys are surface treated, such as polishing, spraying, etc., to improve their appearance and performance.
    Packaging and Delivery: The plastic pulleys will be properly packed to prevent damage and delivered as per the customer’s requirements.
    Throughout the entire customization process, Ansix will maintain close communication and cooperation with customers to ensure that the final plastic pulley meets customer needs and expectations. At the same time, Ansix Company will also provide professional technical support and after-sales service to ensure customer satisfaction.
  • plastic CNC processftoCNC machining technology and inspectionwy1