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gear Product List and Ranking from 114 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

gear Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

  1. オージック Osaka//Machine elements and parts
  2. 堀口エンジニアリング Tokyo//Industrial Machinery
  3. ピーエス特機 Saitama//Industrial Electrical Equipment
  4. 4 スターライト工業 Osaka//Machine elements and parts
  5. 4 藤川伝導機 Tokyo//Industrial Machinery
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gear Product ranking

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

  1. We will design and manufacture differential gears that have been discontinued by the manufacturer. 堀口エンジニアリング
  2. Durable and high-strength PEEK-based material W スターライト工業
  3. High Voltage Switchgear "Metal-Enclosed Switchgear" 戸上電機製作所 東京支社
  4. THULE Side Awning Gear for 5200 ニュージャパンヨット
  5. 4 KG Gear "No Backlash Gear" 協育歯車工業 東日本営業部　東京支店

gear Product List

151～180 item / All 251 items

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[Industry-Specific Case Study Introduction] Gears for Machine Tools

[Industry-Specific Case Study Introduction] Gears for Machine Tools

High-precision dual lead worm gear set. Achieves high precision, high efficiency, and high durability!

This is an ideal gear system that enables high precision, high efficiency, and high durability. With the cooperation of hob manufacturers and many others, we have finally completed a high precision double-lead worm gear. It is suitable for machine tool rotary tables, index tables, and more. 【Features】 - Ideal gear system - Enables high precision, high efficiency, and high durability - Achieves high precision double-lead worm gears in response to increased speed Ogjik's gear products are fully customized gears made 100% based on individual customer needs. If you have any development or issues related to precision gears, please feel free to consult Ogjik, a specialized gear company. *For more details, please refer to the PDF materials or feel free to contact us.

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[Case Study of Gear Introduction by Product] Rotating Tool Holder

[Case Study of Gear Introduction by Product] Rotating Tool Holder

Due to the tooth surface grinding specifications, it is possible to increase strength and improve durability.

We have received inquiries and high evaluations not only from domestic manufacturers but also from overseas manufacturers for gear processing using special materials and turning and milling of complex thin-walled shaped parts. Here, we introduce examples of what has been made possible with our "rotating tool holder." 【Rotating Tool Holder Examples】 - A design change from conventional straight bevel gears to spiral bevel gears has made tooth surface grinding possible. → This significantly reduces the level of skill required during assembly. - A switch from spiral bevel gears with wrapping specifications to tooth grinding specifications. → This achieves a reduction in noise and vibration. - Addition of high-speed rotation specifications to our lineup, which are in high demand. → The tooth surface grinding specifications allow for increased strength and improved durability. Making the impossible possible! We propose solutions aimed at enhancing your precision gears. For more details, please contact us or refer to our catalog.

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Custom-made industrial gears: Problem-solving and case studies

Custom-made industrial gears: Problem-solving and case studies

A grand reveal of various case studies in fields such as noise and vibration reduction with custom-made gears.

Making the impossible possible, we enhance your company's precision gears and propose solutions. We are showcasing examples of dramatically improved performance with 100% custom-made gears. 【Examples of Problem Solving through Customization】 ■ Machine Tools - Rotary Tool Holders → By switching from spiral bevel gears with a lapping specification to a gear grinding specification, we achieved noise and vibration reduction. ■ Attachment Holders → By adopting spiral bevel gears, we were able to significantly reduce backlash, leading to a substantial decrease in noise. ■ Spindle Gears → We can manufacture high-speed rotation specifications that other companies cannot match, with a proven record of 20,000 rpm in Japan. ■ Industrial Machinery → By switching from straight bevel specifications to zero-roll bevel specifications that can be ground, we achieved noise and vibration reduction. 【Features of Ozic Custom-Made Gears】 ■ Shortest Delivery Time Management → Achieving a lead time of half. We can accommodate diverse, small-quantity, and short-delivery needs. ■ 24-Hour Constant Temperature Factory → Realizing a higher precision quality control system. ■ Gear Design Support → Assisting with gear calculations and analysis using world-standard gear software. *For more details, please refer to the PDF materials or feel free to contact us.

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Custom Gear Production Case Study [Gears for Position Detection Devices]

Custom Gear Production Case Study [Gears for Position Detection Devices]

Significantly improved accuracy as a sensor!

This is a sensor ring gear used for position detection of the rotating shaft in machine tools. The indexing accuracy is of utmost importance for the gear that detects the indexing position of the spindle. If the indexing accuracy is poor, it will affect the machine's precision during indexing and consequently impact the accuracy of the processed workpiece. To improve accuracy, our company has applied the high-precision gear processing technology cultivated through worm machining, enabling us to achieve precision that cannot be addressed by conventional gear cutting processes. Based on our long-standing expertise in sensor processing, we are able to propose material changes and enhance the precision of blanks, thereby stabilizing the processing. Additionally, by improving the precision of the tools, we optimize the processing accuracy of the gears and achieve high precision. The impact of our high-precision hob machines is significant, allowing us to perform high-precision finishing processes that are difficult for other companies to replicate. Although the gears are challenging due to the need to ensure precision in cutting and finishing processes, we have significantly improved the accuracy as a sensor, enabling us to meet our customers' development needs.

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Custom Gear Manufacturing Case Study: Drive System for Vehicle-Mounted Battery Manufacturing Equipment

Custom Gear Manufacturing Case Study: Drive System for Vehicle-Mounted Battery Manufacturing Equipment

Resolving issues with poor accuracy.

This is a spur gear for manufacturing equipment for vehicle batteries. We received feedback that its thin-walled design makes it difficult to achieve precision, resulting in unstable quality. The deformation during heat treatment is significant, making it challenging to maintain the product's shape, and further special surface treatments are required. Due to the importance of managing the film thickness, it was a product with difficult dimensional management. Many of our partner companies are manufacturers capable of handling special processing. By not only focusing on standard gear processing but also establishing a system to accommodate special processing, we have enhanced the product's completeness. For production, we implemented process design considering distortion, created fixtures that are resistant to distortion, and performed dimensional management taking surface treatment into account, which allowed us to stabilize product quality. With the stabilization of quality, adjustments during assembly became possible, resolving issues related to precision defects such as initial vibrations.

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

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

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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Custom Gear Manufacturing [Analysis of Specifications for Carbide Couplings and Master Production]

Custom Gear Manufacturing [Analysis of Specifications for Carbide Couplings and Master Production]

It is possible to produce inspection master samples.

Our company is capable of producing masters. The customer requested the production of a master for inspection, as they are only managing the current goods with their own manufactured couplings. We received the actual product and, based on our latest inspection equipment and years of accumulated data, investigated the tooth profile shape of the curvic coupling and created processing data. We also produced an inspection master curvic coupling using the newly prepared processing data. As a result, the customer is now able to conduct inspections and pass/fail judgments using master management.

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Custom Gear Production Example [Transmission Gear for Machine Tools]

Custom Gear Production Example [Transmission Gear for Machine Tools]

Developed a 3D chamfered shape to smooth out the gear change, which was a challenge for our customers.

This is a variable speed gear for the spindle of machine tools. The material is SCM, and it has undergone carburizing and quenching as heat treatment. We developed an original appropriate 3D chamfer shape to address the customer's issue of not being able to perform smooth gear changes during shifting. As a result of prototyping and verification, we eliminated damage to the chamfer contact area and the occurrence of burrs on the tooth surface, achieving smooth gear changes. Our company is capable of manufacturing gears that meet the specific requests from customers, as in this case. We conduct technical consultations and pursue the optimal gear together with our customers. For any inquiries regarding gears, please feel free to consult with OJIC.

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Custom Gear Manufacturing Case Study: Drive Gears for Steel Mills

Custom Gear Manufacturing Case Study: Drive Gears for Steel Mills

Ozig can manufacture gears that are optimal for our customers' needs!

This is a spur gear used in drive equipment within a steel mill. The material is SCM, and it has undergone carburizing and quenching as heat treatment. Since it is used in a steel mill, high-quality management is required, particularly in materials, heat treatment, dimensional measurement, and ultrasonic testing. Thanks to our long-established high-quality management system, we have received high praise for our quality, with feedback indicating that our products have a longer lifespan and require less frequent replacement than usual. At our company, we can manufacture gears that are optimal for the requests received from our customers, as in this case. We conduct technical consultations and pursue the best gears together with our customers. For any inquiries regarding gears, please feel free to consult with OJIC.

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Custom Gear Manufacturing Case Study: Worm Gear for Machine Tool Tables

Custom Gear Manufacturing Case Study: Worm Gear for Machine Tool Tables

Guaranteeing high-precision machining and quality using a hob machine equipped with ultra-high precision worms and a gear transmission error measurement device!

This is a product case of a worm gear used for indexing tables in machine tools. Due to its application directly affecting the precision of the processed workpiece, this project required extremely stringent transmission errors and gear strength. It is important to achieve the appropriate machining accuracy for the product, not only in terms of gear precision but also in the dimensions and geometric tolerances of the machining reference surfaces and fitting parts. To address such challenging requests, our company utilizes hob machines equipped with custom-made ultra-high precision worms from manufacturers and gear transmission error measurement devices to achieve high-precision machining and quality assurance. Additionally, for the worm wheel, we have improved strength by using special materials (special high-strength brass) provided by our partner companies, surpassing the strength of commercially available copper alloys. The tooth contact, which is directly related to gear strength, is adjusted and processed by skilled craftsmen in the machining field to suit the specific needs of the customer. Based on past achievements, we extract and understand the critical parts from the provided drawings for assembly and machining, and we grasp the key points for inspection. We are capable of producing high-precision worm gears for tables like the case presented, so please consult with OJIC.

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Helical gears for transmissions for electric vehicles e-axle

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

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

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

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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Custom Gear Production Example: Spur Gears for Industrial Machinery

Custom Gear Production Example: Spur Gears for Industrial Machinery

Our company also supports high-precision measurement of gears, as in this case.

This product is a timing gear used to synchronize the rotation of rotors in a blower. The size is φ150, made of SCM, and has undergone high-frequency hardening as a heat treatment. In this case, it is crucial to enhance the machining precision of the timing gear that transmits rotational power to maintain a consistent gap precision between the rotors. By performing high-precision machining based on years of accumulated know-how and achievements, we have achieved stabilization of the gap precision. Additionally, in this case, it was necessary to strictly manage the backlash of the gear pair to reduce gear noise during power transmission. We addressed this by understanding the amount of thermal expansion due to temperature management during the machining of the teeth and managing the tooth thickness dimensions. By managing the tooth thickness dimensions, we were able to ensure that the backlash remained consistent before delivery. We have a track record of producing timing gears up to a maximum size of φ660, so please feel free to consult us about larger gears. The gears produced using world-class machining equipment and manufacturing environments undergo final checks with the industry-standard Klingelnberg inspection machine, which we possess.

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Custom Gear Production Case Study: Zero-Roll Bevel Gear for Robot Joint Axes

Custom Gear Production Case Study: Zero-Roll Bevel Gear for Robot Joint Axes

High-quality gears can also reduce vibrations, leading to a decrease in component wear.

This is a zero-roll bevel gear for robot joint axes. The size is Φ90, made of SCM, and it has undergone carburizing hardening as a heat treatment. Zero-roll bevel gears used in multi-joint robots require two main features: 1. compact size, and 2. lightweight. Therefore, this zero-roll bevel gear is designed with a thin-walled shape of 5mm. When processing gears with such a thin-walled shape, it becomes challenging to maintain dimensional tolerances and geometric tolerances during lathe processing, especially minimizing dimensional changes due to deformation during inner diameter grinding. Additionally, since zero-roll bevel gears for robots require long operating times, it is essential to have durable gears that minimize vibrations. High-quality gears can also suppress vibrations, leading to reduced wear of components and improved durability of the robot itself. Furthermore, by reducing the backlash of gears used in the robot's joints, we can minimize variations in robot movements and enhance the positioning accuracy of the arms. Our company also possesses measuring instruments that accurately measure the dimensions of these high-precision thin-walled gears, which is a notable feature that allows us to maintain quality control of the gears.

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[Case Study] Noise Reduction through Bevel Gear Engagement Testing and Tooth Contact Adjustment

[Case Study] Noise Reduction through Bevel Gear Engagement Testing and Tooth Contact Adjustment

Conducted tooth contact tests and measurement of engagement transmission errors within the lot! A case that resolved noise issues.

We received a consultation from a customer regarding changes in the noise of the bevel gears within a lot, but they were unsure of the cause. At OJIC, we conducted an investigation into the cause by providing bevel gears and performing engagement tests and measurement of engagement transmission errors. As a result of the measurement tests, it was determined that there were areas with poor tooth contact. Therefore, we modified the assembly distance and carried out adjustment work on the bevel gears to achieve appropriate tooth contact and engagement transmission errors. As a result, the changes in noise of the bevel gears within the lot were eliminated. [Case Summary] ■ Issue: Changes in the noise of bevel gears within a lot, but the cause is unknown ■ Proposal: Adjust the bevel gears to achieve appropriate tooth contact and engagement transmission errors ■ Result: Changes in noise of the bevel gears within the lot were eliminated *For more details, please refer to the PDF document or feel free to contact us.

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Magnet drive gear metering pump ceramic gear

Magnet drive gear metering pump ceramic gear

A gear pump can be used to transfer slurry liquid.

The magnet drive gear metering pump "Ceramics Gear" is capable of pumping slurry liquids with a gear pump. It features leak-free operation, minimal pulsation, self-priming, non-leak, and non-pulse characteristics. It is optimal as a metering pump. For more details, please contact us or refer to the catalog.

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Bevel gear

Bevel gear

Various types of bevel gears are available with a focus on precision and can be offered at a low cost.

We cater to various industries such as construction machinery, air tools, sewing machines, gearboxes, agricultural machinery, bicycles, electric bikes, cars, cruisers, and beach bikes.

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Polished brass gear for a reduction gear component.

Polished brass gear for a reduction gear component.

Grinding and lapping processing with an accuracy of Rz0.0462! The number of supported lots is 100 pieces per month!

Introducing a gear component of a reduction gear processed with a surface roughness of Ra0.006 in brass. Brass was ground and lapped to a precision of surface roughness Ra0.0060 and Rz0.0462. The dimensions are Φ50mm×4t, with a corresponding lot size of 100 pieces per month. Our double-sided grinding and lapping technology does not use magnets for workpiece fixation; instead, it grinds and grinds while sandwiching the workpiece between upper and lower rotating grinding wheels, allowing us to handle various materials such as non-magnetic materials and difficult-to-cut materials. Please feel free to consult us when needed. 【Product Specifications】 ■Material: Brass ■Processing Type: Grinding, Lapping ■Dimensions & Precision: Φ50mm×4t, Surface Roughness: Ra0.006 Rz0.0462 ■Industry: Industrial Equipment ■Corresponding Lot Size: 100 pieces/month *For more details, please refer to the related links or feel free to contact us.

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KG standard gears: bevel gears / miter bevel gears

KG standard gears: bevel gears / miter bevel gears

This is a gear designed to bend the axis angle at a right angle and transmit rotation with high precision. Gear ratios of 1:1, 1:2, and 1:3 are available.

Size: m0.5 to m5.0 <Small Module Miter, Bevel> Material: Polyacetal (injection molded products, machined products), brass, SUS304 <Spiral Miter, Bevel> Material: S45C, SCM435 (fine cut bevel) Products made of S45C are also available with high-frequency hardened teeth. <Medium Module Miter, Bevel> Material: S45C Products made of S45C are also available with high-frequency hardened teeth.

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A thorough explanation of electric cylinder gears! What is the optimal type of gear?

A thorough explanation of electric cylinder gears! What is the optimal type of gear?

Do you know the difference between plastic gears and steel gears in electric cylinders? We thoroughly explain the advantages and disadvantages of each in a video that you may be hesitant to ask about now!

In the video, we will explain the types of gears used in electric cylinders, their respective advantages and disadvantages, and how they affect the performance of electric cylinders. At "Actuator Academy," you can gain an understanding of the main components of electric cylinders/electric actuators, including motors, spindles, gears, clutches, brakes, and housings. We hope that the various videos provided by LINAK will be helpful to you and deepen your knowledge about electrification. [Content Overview] ■ Main components of electric cylinders ■ The role of components and how they contribute to achieving high-quality electric cylinders for industrial use ■ Why components directly impact the performance and efficiency of electric cylinders ■ What to do and what to avoid to make the most of electric cylinders In the video, you can select Japanese subtitles by going to Settings > Subtitles. *For more details, please feel free to contact us.

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Auroral Sintering Company - Corporate Information

Auroral Sintering Company - Corporate Information

We are a specialized manufacturer of powder metallurgy recognized worldwide. With our comprehensive production and inspection facilities, we constantly aim to create products of a higher standard.

AURORAL SINTER METALS CO., LTD. is a specialized manufacturer of powder metallurgy. We mainly produce automotive parts, machinery and transmission parts, electrical and electronic components, stainless steel and brass parts, bearing components, valve parts, and more. We are constantly pursuing the creation of value-added products and have obtained quality certifications such as "ISO 9001" and the international standard for quality management systems in the automotive industry, "ISO/TS 16949," to ensure a high-quality production environment. We are not only focusing on domestic transactions in Taiwan but also actively engaging in overseas trade, with Europe and Japan as our most important supply sources. For more details, please contact us or download our catalog.

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Complete point contact gear: "gear pump" "rotary pump"

Complete point contact gear: "gear pump" "rotary pump"

Solving enclosure and cavity phenomena all at once! It operates quietly without vibrations. If you're having trouble with noise, please consider this! A diverse lineup tailored to your needs!

【Stainless Steel Gear Pump ORV-27 Type / Lockless Pump ORV Type】 ○ For discharge pressure up to 0.3MPa ○ Standard V-belt drive at 550 RPM or below 【High Lockless Pump NHG Type】 ○ Built-in safety valve as standard ○ Direct coupling type ○ For discharge pressure up to 0.6MPa 【Stainless Steel Cast Iron Gear Pump T Type】 ○ Suitable for lubricating liquids due to internal bearings (metal) ○ For discharge pressure up to 1MPa ○ 1000min-1 and 1500min-1 are direct motor connection, others are V-belt drive 【External Bearing Stainless Steel Gear Pump HG-27 Type】 ○ Standard V-belt drive for use at 430 RPM or below ○ For discharge pressure up to 0.3MPa 【Rotary Pump W Type】 ○ External bearing structure, no metal contact in liquid contact parts, wear-resistant, high durability ○ Easy to assemble sanitary structure ○ Does not destroy or change the liquid quality For further details, please inquire or download the catalog.

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[Example] Internal Gear: Stainless Steel Helical Gear

[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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Example: Hasp gear: Helical gear

Example: Hasp gear: Helical gear

The size is φ125-145, module 3.5! Gear processing at angles tailored to customer needs is possible!

We would like to introduce a product example of our helical gears. The size is φ125-145, with a module of 3.5. The material used is SCM420H for forklift parts. Our company is capable of processing gears at angles tailored to our customers' needs. 【Case Overview】 ■ Size: φ125-145, Module 3.5 ■ Material: SCM420H ■ Application: Forklift parts ■ Features ・Gears can be processed at angles according to customer needs. *For more details, please refer to the PDF document or feel free to contact us.

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Shinko Gear Co., Ltd. - Worm Gear

Shinko Gear Co., Ltd. - Worm Gear

It is used in various machines such as elevators and escalators.

A worm is something that resembles a screw made on a round rod, and a worm wheel is something that meshes with it, similar to a helical gear. The combination of these two is called a worm gear. Worms can have one or multiple threads. They can achieve a large reduction ratio and operate quietly, but they have low efficiency and require attention to issues like heat generation. Worm gears are used in various machines, such as elevators and escalators. For more details, please contact us.

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μ-MIM technology "Micro Internal Tooth Helical Gear" *Free technical documentation giveaway!

μ-MIM technology "Micro Internal Tooth Helical Gear" *Free technical documentation giveaway!

Achieving mass production of high-precision micro parts with complex shapes that are difficult to machine! Ideal for cost reduction!

Our company utilizes μ-MIM technology (ultra-precision metal injection molding) to enable mass production of "micro internal tooth helical gears." Shapes that cannot be achieved through machining can be realized. Non-through shapes can be processed down to the base surface. Since it is possible to form them as a single piece, we can achieve high reproducibility and precision, allowing for mass production with high geometric tolerance accuracy. We are currently distributing a technical brochure containing information related to our "MIM technology" for free! 【Features】 ■ Mass production of gears with a module of 0.2 or less and inclined tooth profiles is possible. ■ It is possible to perform operational simulations by combining 3D measurement data of μ-MIM products with CAD data of other components. ■ High precision is guaranteed with one of the leading inspection and measurement facilities in the country (even micro-sized gears outside JIS standards can be measured accurately). *For more details, please refer to the catalog. Feel free to contact us with any inquiries.

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Gear "Worm Gear"

Gear "Worm Gear"

A gear pair consisting of a worm and a worm wheel, called a "worm gear"!

The "worm gear" of Daido Seiki Co., Ltd. consists of a gear pair made up of a worm and a worm wheel. 【Product Features】 ■ This is an example of a small worm. It is designed to be directly connected to the shaft of a small motor with an inner diameter of φ2. *For more details, please feel free to contact us.

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