Bicycle Pinion Left Hand Helical Worm Gear For Drive Transmission
The left-hand helical worm gear is famous for its unique spiral design.
●Helix characteristics: The helix of a left-handed helical worm gear rotates counterclockwise. When viewed from the front of the gear, the helix tilts to the left.
●Tooth design: The teeth of the gear are spiral-shaped, starting from one end face and gradually spiraling along the spiral line to the other end face.
●Smooth operation: The helical tooth profile of the helical gear makes the gear mesh more smoothly, helping to reduce noise and vibration.
●Generation of axial force: Due to the spiral tooth shape, the left-hand helical worm gear will generate axial force during the transmission process, making the gear tend to move along the axis direction.
●Load carrying capacity: Helical gears can better withstand side loads, improving reliability when subjected to uneven or impact loads.
●Application fields: Left-hand helical worm gears are often used in cross-shaft gear transmission systems to achieve speed and power transmission.
●Speed ratio conversion: In transmission systems such as transmissions, helical gears are used to achieve conversion of different speed ratios.
●Processing complexity: The processing of left-hand helical worm gears is more complex than spur gears and requires special cutting tools and processing technology.
●Manufacturing accuracy requirements: Helical gears require high manufacturing accuracy to ensure good gear meshing and reduce transmission errors.
| Products | Drive Bevel Gear Compact Design Transmission Grinding Machined Bicycle Parts |
| Teeth Profile | Gleason |
| Type | Drive bevel gear |
| Process | Grinding |
| Service | Customized |
| Teeth Accuracy Grade | ISO 6-7 Grade |
| Module (M) | 0.5-30M |
| Application | Three-Speed Bicycle |
DINGSCO
WELCOME TO CUSTOMIZED: Non-standard customization of Dinghan gears
1.Our company has a complete set of software to realize digital closed-loop manufacturing of spiral bevel gears, Functions such as gear design, strength calculation, contact analysis, tool calculation, tooth profile error reversal, etc. can be realized.
2.Machining methods include five tools machining(fixed setting) & G-plete of tapper , spiral format tilt(SFT) method & hypoid format tilt (HFT) method of Cycloid equidep, etc.
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Bicycle Pinion Left Hand Helical Worm Gear For Drive Transmission Images
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