Характеристики материала для обработки пластика с ЧПУ определяются температурой плавления (от 150 ° до 450 °) и условиями использования (обычные пластмассы и инженерные пластмассы). Когда ЧПУ обрабатывает пластмассовые изделия из пластика с ЧПУ, необходимо учитывать деформацию материала и сотрудничество инструментов и приспособлений, у нас есть стандартные рабочие процедуры для различных материалов, таких как подача инструмента и скорость машины, и полностью учитывать новизну материалов и эффективность обработки. Среди них ПК, ПВХ и другие материалы с низкой температурой плавления могут использоваться в качестве обычного сырья для литья под давлением для обработки прецизионных пластиковых изделий, которые мы используем ежедневно, таких как корпуса мобильных телефонов, чашки для воды, посуда и т. Д., мы полны решимости предоставить высококачественные изделия для обработки пластика с ЧПУ в Китае иCNC обрабатывающие услуги КитайДля вас свяжитесь с нами!
| Name of plastics | Acronym (Amorphous) | Subdivision model | Name of plastics | Acronym (Semi-Crystalline) | Subdivision model | Operating temperature range |
| Compounds | PBI | U-60/U60CF, Statimax810, Statimax820 | - | 350°~500° | ||
| Polyimide | PI(Dupont Vespel) | VESPEL-SP1, VESPEL-SP21, VESPEL-SP211, VESPEL-SP22, VESPEL-SP3 | - | |||
| Polyamideimide | PAI | PAI4203, PAI 4301, PAI 5530 | - | 180°~350° | ||
| Polyetherimide | PEI | PEI 1000 PEI1010 | Aromatic polyester | PEEK/PEK/PK | PEEK-1000, PEEK-HPV, PEEK-GF30, PEEK-CA30 | |
| Polyphenylene sulfone resins | PPSU | - | Polyphenylene sulfide | PPS | A503, A504, A604, A310, A670, A660, A756MX02 | |
| Polysulfone | PSU | - | Poly tetra fluoroethylene | PTFE | - | |
| Polycarbonate | PC | - | Polyethylene terephthalate | PET-P | - | 50°~180° |
| PolyphenyleneOxide | PPO/PPE | - | Polyacetal/Delrin | POM | POM-C/H POM-H+PTFE | |
| Polyacrylonitrile | Acrylic | - | Polyamide | PA | PA6, PA66, PA1000 | |
| ultra-high molecular weight polyethylene | UHMW PE | - | ||||
| Acrylonitrile Butadiene Styrene | ABS | 777D, 777B, 758, 765B, 747, 757 | Polypropylene | PP | M1600, M800E, J340, HJ730, K8303, K1011 | |
| Polystyrene | PS | - | Low Density Polyethylene | LDPE | - | |
| Polyvinyl chloride | PVC | - | High Density Polyethylene | HDPE | - | |
Richconn, as a CNC plastic machining factory, provides CNC plastic machining and plastic machining services to food manufacturing, instrumentation and materials handling industries. Our rapidly growing reputation has made CNC plastic parts our fastest-growing division. We employ the latest in CNC turning, milling, routing, cutting & associated machine and technology.
CNC plastic machining is an excellent choice for medical devices and components due to the inherent precision afforded by the method. Medical device manufacturers trust CNC precision plastic machining to produce identical, intricate parts reliably. CNC plastic cutting and plastic CNC service meet the demands of medical device requirements.
CNC machining helps engineers achieve a delicate balance. Food and beverage industry manufacturers need CNC machining plastic parts that are tough enough to work around the clock, but safe and gentle enough to come into contact with the foods people eat every day.
Semiconductive parts are used in a range of electronic devices, including diodes, integrated circuits, transistors, and more. They are shockproof, typically compact, and can last almost a lifetime. Building these parts would not be possible without precision plastic CNC machining. Semiconductor parts and assemblies are often highly intricate and demand extremely tight tolerances and high-polish surface finishes. The precision and mechanical strength enabled by CNC plastic machining make this process ideal for the production of such parts. China CNC plastic machining produces tough parts with excellent electrical properties, which is ideal for applications such as electrical insulators, small circuits, gaskets, and watertight seals.
Automobiles require parts that can withstand various environments and levels of stress. With the CNC plastic machining of various high-performance plastics, the use of CNC plastic parts has greatly increased. Ranging from the car's exterior to the chassis, machinists utilize different plastics in making components of automobiles. Also, plastic is a good source for prototyping new car parts to be integrated into cars. Due to their ease of machining, the cycle time will be faster, and the manufacturer can bring innovations to the market earlier.
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