Spur Gears
Straight teeth parallel to the axis for efficient power transmission, simple geometry and a broad range of speeds and loads.
Custom Cylindrical Gear Manufacturer
Custom Cylindrical Gears for Reliable Parallel-Axis Power Transmission
Belon Gear manufactures custom cylindrical gears and gear sets for industrial transmissions. Select spur, helical, internal or planetary gearing, then define the module or diametral pitch, tooth count, helix angle, material, heat treatment, accuracy, backlash and inspection requirements for the application.
- Made to customer drawings and operating data
- Spur, helical, internal and planetary gearing
- External gears, ring gears and gear shafts
- Specification-based heat treatment and inspection
Browse Cylindrical Gears by Type
Use the tooth form, shaft arrangement and gearbox architecture to choose the correct family. Each child category below carries the detailed commercial intent, while this page remains the parent hub for custom cylindrical gears.
Helical Gears
Angled teeth provide gradual engagement for smoother running, reduced noise and higher load sharing than comparable spur gears.
Internal Gears
Teeth formed on the inside diameter of a ring, commonly used where compact packaging and planetary engagement are required.
Planet Gear Sets
Matched sun, planet and ring gear elements for compact, coaxial transmissions with high torque density and multiple ratio options.
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Spur Gears for Gearbox Reducer
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Helical Pinion Shaft Assembly for Reducer Gearbox
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Helical Gear Power Transmission Gears for Electric Rail Drilling Machine
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Straight Bevel Spur Gear Gearbox 4th Axis Gears Set for UAV
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Planetary spur gear drive shaft for gearbox motor
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Spur Gear Oil Pump Gears Alloy Steel for Reducers
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Steel Spur Half Sector Gear Pinion Units for UAV Drone Reducer
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DIN 6 Nitriding Spur Gear Shaft for Gearbox
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Spur Gear Shaft With Hole Gearbox Parts for UAV Drone
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Spur Gear Set Gearbox Parts Second Axis Gears for UAV Drivetrain Drone
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Steel Spur Gears Pinion for Military Defense Industry
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Planetary Gear Ring Gears for Robotic Dog
How to Select a Cylindrical Gear Type
The correct gear family depends on shaft position, noise, speed, load, packaging, ratio and assembly requirements. Final geometry and rating should be checked using the complete operating data.
| Gear type | Tooth and shaft arrangement | Typical selection reason | Design note | Category |
|---|---|---|---|---|
| Spur gear | Straight teeth; parallel shafts | Efficient, robust and straightforward power transmission | Check mesh frequency, noise, backlash and tooth width against speed and load. | Spur gears |
| Helical gear | Angled teeth; usually parallel shafts | Smoother engagement, reduced noise and increased overlap | Specify helix angle and hand; axial thrust must be supported by the bearing arrangement. | Helical gears |
| Internal gear | Internal teeth meshing with an external pinion | Compact layouts, ring gears and planetary systems | Confirm the mating pinion, tooth-number combination, interference limits and inspection method. | Internal gears |
| Planet gear set | Sun, planet and internal ring gear system | Coaxial input/output, compact ratio and high torque density | Treat the sun, planets, ring and carrier geometry as one matched transmission system. | Planet gear sets |
Custom Cylindrical Gear Manufacturing Options
For a useful quotation, share the drawing or the complete gear and operating specification rather than only the outside diameter.
Gear geometry and operating data
Module or DP, tooth count, pressure angle, helix angle and hand, face width, ratio, speed, torque, duty cycle, backlash and service environment.
Material and heat treatment
Material grade, hardness, case depth, core properties and the required carburizing, nitriding, induction-hardening or through-hardening specification.
Tooth generation and finishing
Hobbing, shaping, skiving, shaving, grinding or other finishing routes selected according to geometry, hardness, accuracy and production requirements.
Inspection and documentation
Define dimensional inspection, profile and lead checks, pitch or runout requirements, material certificates and heat-treatment records on the drawing.
Applications
Custom cylindrical gears support parallel-axis, planetary and integrated gear-shaft transmissions across a wide range of industrial equipment.
- Industrial gearboxes and reducers
- Agricultural machinery
- Automotive and transmission systems
- Robotics and automation
- Marine and heavy equipment
- Aerospace and precision drives
Frequently Asked Questions
What cylindrical gear types can be customized?
Belon Gear offers spur, helical and internal gears as well as planetary gear sets. Products may be supplied as individual gears, matched sets, ring gears or integrated gear-shaft components according to the drawing.
What is the main difference between spur and helical gears?
Spur gears use straight teeth parallel to the axis. Helical gears use angled teeth that engage progressively, which generally supports smoother and quieter operation but also introduces axial thrust that must be considered in the bearing design.
When should an internal gear or planetary set be considered?
Internal gears are useful where an external pinion must mesh inside a ring. A planetary set is considered when the transmission needs coaxial input and output, compact packaging, load sharing or a specific multi-member ratio arrangement.
What information is needed for a cylindrical gear quotation?
Send the drawing or 3D model when available, together with module or DP, tooth count, pressure angle, helix data, material, heat treatment, accuracy, backlash, speed, torque, duty cycle, quantity and inspection requirements.
Can a cylindrical gear be manufactured as part of a shaft?
Yes, many designs use an integral spur or helical pinion shaft. The shaft journals, shoulders, splines, keyways, bearing fits and gear teeth should be reviewed together so machining, heat treatment and inspection datums remain consistent.
Request a Custom Cylindrical Gear Review
Send the drawing, operating data and quantity so the appropriate gear type, material, heat treatment and manufacturing route can be reviewed.