We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Helical Gear.
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Helical Gear Product List and Ranking from 8 Manufacturers, Suppliers and Companies

Last Updated: Aggregation Period:Sep 17, 2025~Oct 14, 2025
This ranking is based on the number of page views on our site.

Helical Gear Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Sep 17, 2025~Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. null/null
  2. 協育歯車工業 東日本営業部 東京支店 Tokyo//Machine elements and parts
  3. オージック Osaka//Machine elements and parts
  4. null/null
  5. 5 町田ギヤー製作所 Gunma//Machine elements and parts

Helical Gear Product ranking

Last Updated: Aggregation Period:Sep 17, 2025~Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. Fully Automatic Surface Roughness Measuring Machine for Helical Gear_S1300
  2. Helical gear "herringbone gear, screw gear" 協育歯車工業 東日本営業部 東京支店
  3. Helical gears for transmissions for electric vehicles e-axle オージック
  4. Small metal processing, gear manufacturing, helical gears.
  5. 4 Custom Gear Production Case Study [Helical Gears for the Railway Vehicle Industry] オージック

Helical Gear Product List

1~15 item / All 20 items

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Helical gear "herringbone gear, screw gear"

Various lineups including hub gears / screw gears module 1 / 1.5, etc.

This product is a helical gear that can be used as parallel shaft (spur gear) or right-angle shaft (worm gear). The materials available are acetal, SUS304, and S45C (high-frequency hardened teeth). Sizes range from m1 to m4. 【Features】 ○ Usable as parallel shaft (spur gear) or right-angle shaft (worm gear) For more details, please contact us or download the catalog.

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Custom Gear Production Case Study [Helical Gears for the Railway Vehicle Industry]

Achieving stability and high quality with state-of-the-art processing and inspection equipment.

We received an inquiry from our customer regarding the stable quality of gears for railway vehicles and cost reduction in procurement. Our company has achieved low prices by handling all processing in-house, except for the heat treatment process. Additionally, we have established a high-level quality management system, a temperature and humidity-controlled factory managed 24/7, and state-of-the-art processing and inspection equipment to ensure stability and high quality.

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Custom Gear Manufacturing Case Study: Quality Improvement Case 1 with Helical Gears

Not only the reduction of noise/vibration but also the stability at high rotation speeds has increased.

We received an inquiry from a customer regarding gears used in the main spindle of machine tools, expressing a desire to reduce noise. To address this, our company calculated the optimal meshing ratio for noise reduction and proposed gears with less noise and vibration. The customer adopted our proposal, and upon actual operation, we were able to reduce noise and vibration compared to before. In addition to reducing noise and vibration, we also achieved improved stability during high-speed rotation.

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Custom Gear Production Example: Helical Gear for Tractor Transmission Unit

Identify the optimal processing conditions suitable for gear specifications and improve the issue of gear burning.

This is a helical gear used in the new transmission unit of a tractor. The material is SCM, and it has undergone carburizing and quenching as heat treatment. In processing this helical gear, the burning of the tooth surface was one of the challenges. By repeatedly conducting prototype machining at our company, we identified the optimal processing conditions suitable for the gear specifications. As a result, we were able to eliminate the burning of the tooth surface and achieve the production of products as per our customer's requirements. Our company is capable of manufacturing gears that meet the specific requests from our customers, as demonstrated in this case. We engage in technical consultations to jointly pursue the most suitable gears for our customers. For any inquiries related to gears, please feel free to consult with OJIC.

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Custom Gear Manufacturing Case Study: High-Speed Helical Gear for Turbo Refrigeration Unit

By considering distortion in the process design, it is possible to manufacture gears with low vibration and noise even at high speeds!

This is a helical gear used in turbo refrigerators. The material is SCM, the shaft length is 1000mm, and it has undergone carburizing and quenching as heat treatment. Since it is a gear used in high-speed rotating parts, it is necessary to minimize the deflection of the long pinion shaft. Additionally, the balance of the gear is also a very important point, requiring high-precision geometric tolerances such as roundness and perpendicularity. We have designed the process considering distortion, and through our latest equipment and processing technology, we have achieved high-precision tooth profile correction and surface characteristics. Furthermore, we have also realized cost reduction by using different materials for the shaft and gear, as well as high precision through shrink fitting. As a result, even with high-speed rotation, it has become possible to manufacture gears with low vibration and noise. Our company specializes in the production of highly quiet gears like the one in this case. Please feel free to consult us regarding any gear-related matters.

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Shape imparting technology for helical gears in mechanical components

Shape imparting technology in helical gears

Helical gears are utilized for their low noise, low vibration, and minimal torque variation, but the helical tooth profile is often difficult to shape and tends to be high in cost. With our shape-forming technology, we provide low-cost, high-precision helical gears.

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[Technical Column] What is a Hasp Gear (Helical Gear)?

Explanation of features and uses! It has an appearance as if the teeth are cut at an angle.

A helical gear is called "hasuba" in Japanese. While a spur gear, which is commonly imagined as a gear, has straight teeth, a helical gear has spiral-shaped teeth, giving it an appearance of being cut at an angle. For this reason, it is referred to as a helical (hasuba) gear. *You can view the detailed content of the column through the related links. For more information, please feel free to contact us.*

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Custom Gear Production Case Study [Case Study 3 on Quality Improvement with Helical Gears]

Calculate the engagement rate, propose optimal specifications, and reduce noise.

The customer was using a rack gear with straight teeth but requested a solution to eliminate the noise generated during operation. Our company calculated the engagement ratio and proposed optimal specifications, as well as a change from spur gear to helical gear. As a result, we were able to achieve not only noise reduction but also stable indexing accuracy.

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Custom Gear Manufacturing Case Study: Quality Improvement Case 2 with Helical Gears

Proposing helical gears with increased tooth surface strength.

The spur gears used in industrial machinery were not compatible with the customer's usage conditions and the strength of the product, resulting in severe damage to the spur gears being used. The customer requested the production of similar gears for replacement, but we proposed a design change to a helical gear specification with increased tooth surface strength compared to the current situation. The customer adopted the change to the helical gear specification that could withstand the operating conditions. As a result of the specification change, the instances of damage were significantly improved.

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Helical gears for transmissions for electric vehicles e-axle

Evaluation of tooth surface characteristics is possible with GDA software! It focuses on evaluating tooth surface properties that could not be assessed with conventional gear measuring machines.

This is a product example of gears used as a reduction gear for electric vehicles' e-axles. Specifically, these are helical gears used in transmissions. The gears rotate at high speeds, such as 15,000 rpm, requiring high quality. Due to the need for precise evaluation of the tooth surface shape, we conducted an assessment of the tooth surface flatness using the GDA software we possess. We feel that this evaluation could only be performed by our company, which specializes in gear manufacturing, and it was a measurement that would be difficult for other companies to achieve. As a result of the measurements taken with the GDA, it was found that changing the processing conditions could yield higher manufacturing precision. Additionally, we have measuring equipment capable of maintaining and managing tooth profile corrections within a few micrometers, allowing us to manufacture while appropriately maintaining and managing the process. Furthermore, we proposed that by polishing the tooth surface to a mirror finish, we could reduce tooth surface damage, vibration, and noise. In fact, by focusing the evaluation on tooth surface characteristics that could not be assessed with previous gear measuring machines, we have been able to evaluate the effectiveness of polishing grinding and low-noise shifts.

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Custom Gear Manufacturing Case Study: Helical Gear for AGV Drive Mechanism

Even with difficult shapes, it maintains the correct tooth profile shape and pitch accuracy!

This is a case of helical gears for drive wheels in an automatic transport device. The gears themselves are lightweight, yet they are components required to move heavy objects. In such cases, quiet operation is essential, but the thin-walled blank shape is prone to distortion, making process design and distortion management to maintain machining accuracy very challenging. At OJIC, we are equipped with advanced process design and distortion control based on our extensive experience and achievements, as well as state-of-the-art machining and inspection equipment. Additionally, for thin-walled products, the method of securing the product during each manufacturing process is crucial, so we provide support starting from the design of fixtures that ensure stable positioning during machining. As a result, despite the thin-walled and distortion-prone shape, we were able to maintain the correct tooth profile and pitch accuracy, receiving positive feedback from our customers.

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Custom Gear Production Case Study: Helical Gears for Conveying Equipment

At Ojik, 3D correction processing for helical gear tooth surfaces is possible.

This is a case study of the production of helical gears used in labor-saving machines and conveying devices. The material is iron, and it has undergone carburizing and quenching as heat treatment. Since these products are used in labor-saving machines and conveying devices, we processed them while minimizing distortion to avoid noise and weight issues. Additionally, based on the correction amounts obtained from analyses conducted with our inspection equipment, we applied 3D correction processing to the tooth surfaces. Furthermore, considering driving loads and assembly errors, we added a unique design to optimize the tooth contact. As a result, we achieved gear production that matched the customer's requirements. At our company, we can produce gears that best meet the requests we receive from customers, just like in this case. We engage in technical consultations and pursue the optimal gears together with our customers. For anything related to gears, please feel free to consult with OJIC.

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Custom Gear Production Case Study: Prototype Helical Gears for the Automotive Industry

Shorten the delivery time for tools! It is possible to shape grinding wheels suitable for gear specifications and perform cutting processing from solid material.

This is a prototype helical gear for the automotive industry. The size ranges from φ15 to 350, made of SCM, and it has undergone carburizing hardening as a heat treatment. The manufacturing of the tooth surfaces for this product requires a special dedicated hob tool. Since it is a prototype, it was necessary to produce it in a short lead time, but obtaining and manufacturing the special hob tool made it impossible to meet the short lead time. Therefore, we shaped a grinding wheel suitable for the gear specifications on-site and performed the cutting process from solid material. This eliminated the need to purchase or manufacture dedicated tools, significantly shortening the delivery time. At OJIC, we can accommodate the production of all types of prototypes. Additionally, if you wish to have prototypes made in a short lead time, we can offer suggestions for reducing delivery times. Please feel free to consult us regarding gear manufacturing and prototyping.

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[Example] Internal Gear: Stainless Steel Helical Gear

Helical gears for aerospace! Introducing a case where broaching has been applied with a thickness of 3mm!

We would like to introduce a product example of a gear called 'Stainless Steel Helical Gear,' which transmits rotational force in the same direction by meshing small external gears, with teeth created on the inner circumference. It has 56 teeth and a helix angle of 15°. The size is a module of 0.5 and an outer diameter of φ29, making it suitable for aerospace helical gears. Additionally, it has a wall thickness of 3mm and has undergone broaching processing. 【Case Overview】 ■ Size: Module 0.5, Outer Diameter φ29 ■ Material: SUS630 ■ Application: Aerospace ■ Features - Helical gear for aerospace - 56 teeth, helix angle of 15° - Inner diameter broaching processing *For more details, please refer to the PDF document or feel free to contact us.

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  • Gear cutting machine/Gear finishing machine

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