Spiral bevel gears are key components in mechanical transmission. Due to their high load-bearing capacity, low noise, and smooth transmission, they are widely used in the machinery manufacturing industry, especially in aerospace, vehicles, ships, military and other fields.
The machining method for spiral bevel gears involves multiple steps to ensure their precision manufacturing. Starting with design and engineering, gear specifications such as tooth size, number of teeth, pitch, pressure angle and other factors need to be determined based on application requirements and load conditions.
The gear cutting process involves removing material from a blank gear to form the gear teeth. There are two main methods used for spiral bevel gear cutting: a: Gleason method: The Gleason method is widely used in the mass production of spiral bevel gears. It involves the use of a special machine, called a Gleason machine, which produces a combination of gear rolling and cutting actions to produce the gear tooth profile. b. Klingelnberg method: The Klingelnberg method is another commonly used cutting method for spiral bevel gears. It utilizes a Klingelberger machine, which uses generative motion to create gear tooth profiles. This method is known for its accuracy and flexibility in producing high-quality gears.
Our factory has corresponding processing equipment for production, and for quality control, there are also Klingelnberg testing equipment, gear measurement centers and three-dimensional coordinates, etc.