SMC provides machine parts with a "one stop" shop and a wide range of capabilities to fabricate your standard machine parts , complex shapes and difficult parts. We have a total manufacturing capability, supplying machined components, precision machined parts which are available in most metals materials, such as steel, alloy steel, stainless steel, brass, aluminium, titanium and so on.

Specification of Spy Gear :

1.High-Efficiency, Top-Precision, High-speed
2.High fatigue resistance, High quality

3High fatigue resistance
4Good combination property
5High quality with competitive price
6Good plasticity in cold condition

Application of Spy Gear :

1. Nuclear industry
2. Draught fan industry
3. Power station
4. Harbor machinery
5. Hydraulic machine, etc.

FAQ:

Q1.What materials can be used in the manufacture of gears?
Numerous nonferrous alloys, cast irons, powder-metallurgy and plastics are used in the manufacture of gears. However, steels are most commonly used because of their high strength-to-weight ratio and low cost. Plastic is commonly used where cost or weight is a concern. A properly designed plastic gear can replace steel in many cases because it has many desirable properties, including dirt tolerance, low speed meshing, the ability to "skip" quite well and the ability to be made with materials not needing additional lubrication. Manufacturers have employed plastic gears to reduce costs in consumer items including copy machines, optical storage devices, cheap dynamos, consumer audio equipment, servo motors, and printers.

Q2.What is the common way to produce a gear?
Gears are most commonly produced via hobbing, but they are also shaped, broached, and cast. Plastic gears can also be injection molded; for prototypes, 3D printing in a suitable material can be used. For metal gears the teeth are usually heat treated to make them hard and more wear resistant while leaving the core soft and tough. For large gears that are prone to warp, a quench press is used.

Q3.Gears Inspection Method?
Gear geometry can be inspected and verified using various methods such as industrial CT scanning, coordinate-measuring machines, white light scanner or laser scanning. Particularly useful for plastic gears, industrial CT scanning can inspect internal geometry and imperfections such as porosity.

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