About Custom Gear Manufacturing
Products Description
We are able to provide professional custom gear manufacturing services, our customization options include Material Selection, Crafting Process, Surface Treatment, Related Parameters, Gear Type, etc.
- Metal materials include aluminum, copper, brass, stainless steel, steel, and titanium.
- Plastic materials include PC, PE, PET, ABS parts, PVDF, PA, Nylon parts, PEEK parts, POM, Polyoxymethylene, Delrin parts, Pmma, Teflon, PP, PEI, and others.
- Other materials include composites.
Manufacturing Process
CNC turning, CNC milling, CNC machining, grinding, wire EDM, etc.
Surface Treatment
Anodizing, brushing, galvanizing, laser engraving, screen printing, polishing, powder coating, etc.
Product Tolerance
0.005mm
Quality Assurance
Gear skiving: ISO grade 5-7, gear hobbing: ISO grade 6-7, gear shaping: ISO grade 7-9, gear broaching: ISO grade 8-11
Delivery Time
Samples take 1-2 weeks, mass production takes 3-4 weeks
Our equipment
KPS30 gear Skiving machineCNC horizontal gear hobbing machine YK3610IV.
Precision and Versatility in Gear DesignOur facility is equipped to produce custom gears with a broad module range and diameters to suit any application, from heavy machinery to delicate power transmission. We accommodate specific requirements such as pressure angles, gearing arrangements, and tooth profiles, ensuring that every gear is perfectly tailored to your mechanical and operational needs.
Quality Standards and Advanced Surface FinishingGears are manufactured to rigorous AGMA, DIN, and ISO standards. Our surface finishing capabilities reach up to Ra 0.8 m (grinding finish), enhancing gear performance, longevity, and noise reduction. We also offer various heat treatments and hardening to maximize wear resistance and durability in demanding environments.
Customized Solutions for Diverse IndustriesWhether you need gears for agriculture, automotive, industrial machinery, or power transmission, we deliver specialized solutions tailored to your application. With options for gear hardness, size, output torque, input speed, and type, we ensure your project receives the most efficient and reliable gearing system.
FAQ's of Custom Gear Manufacturing:
Q: How can I specify the requirements for a custom gear order?
A: You can provide your specifications such as module, diameter, pressure angle, tooth profile, surface finish, gear type, and any special treatments required. Our technical team will assist you in finalizing the design according to the performance and application needs.
Q: What is the typical manufacturing process for custom gears?
A: The process involves initial design, material selection (quality steel), gear cutting or hobbing, heat treatment (such as case carburizing, induction hardening, or nitriding), precision grinding for surface finish, and thorough quality checks to meet AGMA, DIN, or ISO standards.
Q: When should I choose surface grinding finish up to Ra 0.8 m?
A: A grinding finish up to Ra 0.8 m is ideal for applications requiring low noise, high efficiency, and superior durability. It's recommended for precision gears used in automotive transmissions, high-performance industrial machines, and power transmission systems.
Q: Where are your gears most commonly used?
A: Our custom gears are used across a wide range of industries including industrial automation, automotive manufacturing, agricultural machinery, power transmission units, and specialized machinery, both within India and for export purposes.
Q: What are the benefits of custom gear manufacturing as opposed to standard gears?
A: Custom gear manufacturing allows you to optimize for specific requirements such as output torque, input speed, efficiency, and size, ensuring best-fit performance and reliability in your unique application. It also accommodates a wider range of operating environments and mechanical constraints.
Q: How does heat treatment improve gear performance?
A: Heat treatments like case carburizing, induction hardening, and nitriding enhance surface hardness and wear resistance, extending the gear's operational life and improving performance under high-load or high-speed situations.
Guangdong, China
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