This gyro was not cut by hand, but spun by a carpenter on a revolving bed (written in dotted words)

This gyro was not cut manually, but was spun by a carpenter on a rotary table.

This gyro is unique in that it was not cut manually like many traditional gyroscopes, but was spun by a carpenter on a rotary table. This kind of manufacturing method undoubtedly gives this gyro a unique technological value and modernity.

let's see it's not cut by hand. When we say manual cutting, we mean the process of cutting and grinding wood or other materials into a specific shape or size by using tools such as knives and saws by hand. Although this method endows the product with unique artistic value and personalized characteristics, because it depends entirely on manual operation, the output is low, and the accuracy and quality are difficult to guarantee.

what is spun out on the rotary table refers to processing by using rotary table equipment. Rotary table is a kind of precision machining equipment, which can perform cutting, grinding and other operations at high speed to manufacture parts or products of various shapes and sizes. Using rotary bed for machining not only improves the production efficiency, but more importantly, it can ensure the consistency of product precision and quality.

application of rotary table machining:

1. automobile manufacturing: rotary table equipment can be used to manufacture automobile parts, such as engine cylinder block, crankshaft, connecting rod, etc. The manufacture of these parts requires high precision and high efficiency machining.

2. Aerospace: Rotating bed equipment is also widely used in the aerospace field, such as turbine blades, aero-engine parts, rocket engine parts, etc. The manufacture of these parts requires high precision and high efficiency processing.

3. Energy field: Rotating bed equipment can be used to manufacture parts of nuclear power plants, pressure vessels of nuclear reactors, steam generators, etc. The manufacture of these parts requires high-precision and high-efficiency processing.

4. Electronic industry: Rotating bed equipment can be used to manufacture parts of electronic equipment, printed circuit boards, electronic components, etc. The manufacture of these parts requires high precision and high efficiency processing.

5. Medical instruments: Rotating bed equipment can be used to manufacture parts of medical instruments, surgical instruments, dental instruments, etc. The manufacture of these parts requires high-precision and efficient processing.