Mitclac Bevel Gear 3D

learn Machines Component Designing

Learn about the fundamentals of design of common rotating machinery components in mechanical design engineering

Camnetics GearTrax™ provides the designer with an easy to use tool for creating solid models of drive components. Create spur, helical, straight bevel and involute splines with true involute tooth profiles. GearTrax™ is intuitively easy to use for the designer with limited gear experience yet powerful enough for the gear expert. The animation window shows the spur/helical gear mesh which updates as the data is changed. It is extremely useful in understanding how changes to the gear parameters reflects on the gear mesh. GearTrax™ is more than a library program. Each part model is created with it's specific requirements just as a designer would, but rather than taking hours or days, the part is created in seconds. GearTrax creates solid models of spur and helical gears, bevel gears, worm gears, involute splines, timing belt pulleys, chain sprockets and V-belt pulleys. GearTrax™ also integrates with Excel to create data sheets.

Camnetics GearTrax™ provides the designer with an easy to use tool for creating solid models of drive components. Create spur, helical, straight bevel and involute splines with true involute tooth profiles. GearTrax™ is intuitively easy to use for the designer with limited gear experience yet powerful enough for the gear expert. The animation window shows the spur/helical gear mesh which updates as the data is changed. It is extremely useful in understanding how changes to the gear parameters reflects on the gear mesh. GearTrax™ is more than a library program. Each part model is created with it's specific requirements just as a designer would, but rather than taking hours or days, the part is created in seconds. GearTrax creates solid models of spur and helical gears, bevel gears, worm gears, involute splines, timing belt pulleys, chain sprockets and V-belt pulleys. GearTrax™ also integrates with Excel to create data sheets.

Understanding how gears are formed and how they interact or ‘mesh’ with each other is essential when designing equipment that uses gears or gear trains.

Fundamentals of Gear Design,Gear Kinematics and Dynamics,Gear Train Systems, Interference in involute gears

Fundamentals of Gear Design,Gear Kinematics and Dynamics,Gear Train Systems, Interference in involute gears

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