CNC plastic gear parts processing has the following
characteristics:
Precision and complexity: CNC machining plastic gears is able to produce parts with tight
tolerances and complex shapes, which makes it very useful in
industries that require high precision and complex designs23.
Material selection: When CNC machining plastic gears, a variety of plastic materials
can be selected, such as ABS, Delrin, nylon, polycarbonate (PC),
and PEEK. Each material has its own unique physical, mechanical,
and chemical properties, suitable for different application
requirements5.
Surface treatment: CNC machined plastic gear parts can be applied with different
surface treatments in post-processing, such as surface
metallization, electroplating, and painting to improve their
durability and appearance quality25.
Design flexibility: Compared with traditional methods such as injection molding or
thermoforming, CNC machining provides greater design flexibility
and can quickly produce parts with complex shapes3.
Wide application: CNC plastic gear parts processing has applications in multiple
industries, including aerospace, automotive, medical, consumer
electronics, and industrial equipment35.
Subtractive Manufacturing: CNC machining is a subtractive manufacturing process that involves
using computer-controlled machine tools to remove material from a
workpiece to create the desired shape35.
Multiple machining techniques: When CNC machining plastic gears, a variety of techniques such as
grinding, turning, drilling, and routing can be used to accommodate
different machining needs3.
High Precision and Fast Turnaround Time: CNC machining is able to
provide high-precision plastic parts with fast production
turnaround times, which is important for industries that require
rapid design and production cycles4.
CNC machining of plastic gear parts is characterized by high
precision, design flexibility, a wide range of material options,
and a variety of application areas.
