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Grinding gear spur gear cylindrical gear with high precision
Gear grinding is an important precision machining technology. It
uses specific grinding tools and processes to perform fine
machining on the gear tooth surface in order to achieve the goals
of improving gear accuracy, improving surface quality, and reducing
noise.
The applications of grinding gears:
Grinding gears are widely used in fields with high requirements for
gear accuracy and surface quality, such as heavy-load,
high-precision, high-rigidity, high-speed, long-stroke CNC machine
tools, milling machines, drilling machines, lathes and other
machine tools, as well as factory automation rapid loading and
unloading mechanisms, robot arm grasping mechanisms, intelligent
stereoscopic warehouses and other automation equipment and systems.
The principle of grinding gears
Gear grinding is the process of using a grinding tool (such as a
grinding disc, grinding wheel, etc.) and fine-grained abrasives to
apply pressure between the workpiece material and a closely fitting
surface (called a grinding plate) to gradually achieve the desired
finish and accuracy of the gear tooth surface through relative
motion. During the grinding process, liquid abrasive is fed into
the gear pair, and as the gear rotates, a small amount of metal is
removed to produce the ideal tooth surface contact pattern.
Process requirements for grinding gears
Before grinding gears, it is usually necessary to pre-treat the
gears to meet the requirements of the grinding process. These
requirements include:
1. There must be a certain amount of root cutting at the root of
the tooth: this is to play the role of an empty knife groove and is conducive
to the distribution of residual stress at the root of the gear
after carburizing and quenching, thereby improving the bending
strength of the gear. If there is no root cutting at the root of
the gear before grinding, a step will be generated at the root of
the tooth after grinding, resulting in stress concentration, which
seriously affects the bending resistance of the gear.
2. The involute length of the gear after grinding should be long
enough: to ensure the smooth operation and load-bearing capacity of the
gear. Due to the root cutting of the tooth root, the involute
length of the gear after grinding may be insufficient, resulting in
a decrease in the overlap of the gear, which will cause vibration
and noise during the meshing process.
Spiral Bevel Gears:
Products | Grinding gear spur gear cylindrical gear with high precision |
Material | 20CrMnTi/20CrMo/20CrNiMo/18CrNiMo/38CrMoAl/42CrMo/40Cr |
Shape | Spur gear, Cylindrical gear |
Manufacturing process | Grinding |
Module (M) | 1-6 |
Teeth Accuracy Grade | ISO 5-8 Grade |
Heat Treatment | Carburizing and quenching |
Application | Reducer, CNC machine tools, robot joint , medical machinery |
Helical angle | -45/+135 |
DINGSCO-We are committed to being the best high-precision spiral bevel gears supplier.
1. 30 years experience in manufacturing industrial gears.
What can we produce?
Applications of our products:
Industrial robots, CNC turning and milling compound power tool
turrets, Industrial sewing machines, Reducers, Bicycles, Power
tools, Aeromodelling.