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TMTS 2026 Taiwan International Machine Tool Show | 5-Axis Machining and Automation Integration Applications4
https://www.herbao.com.tw/en/ HER BAO MACHINERY CO., LTD.
HER BAO MACHINERY CO., LTD. 1 F., No. 10-59, Yuangang, 2nd Neighborhood, Yuangang Vil., Yuanli Township, Miaoli County 35852, Taiwan (R.O.C.)
  Why Are Robotic Arms So Precise?Understanding Hypoid Gears: Principles, Advantages, and Applications When it comes to high-precision transmission systems, Hypoid Gears are a type of gear commonly used in industry, although many people may not be familiar with them.In recent years, with the rapid development of automation equipment, robotic arms, and smart manufacturing, transmission systems are no longer expected to provide only power. They must also deliver high precision, low noise, and stable operation. Hypoid gears are a transmission solution well suited for these demands.From robotic arms and precision positioning equipment to advanced automation systems, hypoid gears can be found in a wide range of applications. Their biggest advantages are large tooth contact area, smooth operation, high rigidity, while also maintaining good transmission efficiency and low noise performance.So, what exactly is a hypoid gear, and how is it different from ordinary gears? What Is a Hypoid Gear? How Is It Different from Ordinary Gears? A hypoid gear is a special type of bevel gear transmission structure. Its most distinctive feature is that the two transmission shafts do not completely intersect, but instead use an offset design.Compared with ordinary gears, hypoid gears feature three-dimensional curved tooth surfaces, deeper tooth geometry, and a larger contact area. During operation, the transmitted force is not concentrated at a single contact point. Instead, it is distributed more evenly across a larger tooth surface area, which helps reduce vibration and impact.Because of this larger contact area, hypoid gears can maintain smooth and stable operation even under high loads, while also providing lower noise performance. Compared with traditional gears, hypoid gears typically offer the following characteristics:• Larger tooth surface contact area• High operational stability• Lower noise levels• Higher rigidity• Suitable for high-load and high-precision transmission applicationsThis is why hypoid gears are commonly used in precision machinery and advanced automation equipment.  Transmission Principles of Hypoid Gears  The transmission mechanism of hypoid gears falls between helical gears and worm gears.They are not purely rolling contact like helical gears, nor do they rely heavily on sliding friction like worm gears. Instead, hypoid gears use large-area tooth surface engagement to distribute force more evenly during transmission.As hypoid gears operate, the tooth surfaces engage in a continuous and progressive manner. This helps reduce sudden impact and vibration during power transmission, resulting in smoother overall operation.In addition, the offset design of hypoid gears provides greater flexibility in structural layout, allowing them to achieve both high torque and high rigidity within limited installation space.In simple terms, hypoid gears offer several key transmission characteristics:• High transmission stability• Excellent load-carrying capability• Lower noise levels• Stable torque output• Outstanding rigidity and precisionBecause of these advantages, hypoid gears are especially suitable for equipment that requires long-term, high-precision operation.  Manufacturing Process of Hypoid Gears  Compared with ordinary gears, hypoid gears are more difficult to manufacture.Because hypoid gears feature three-dimensional curved tooth surfaces, the machining process involves much more than simply cutting gear teeth. Every angle and tooth surface contact geometry must be precisely controlled to ensure proper meshing accuracy. Typical manufacturing processes for hypoid gears include:• Rough machining• Five-axis machining• Heat treatment• Tooth surface grinding• Precision finishing and correction machining Among these processes, five-axis machining is one of the most critical steps in hypoid gear manufacturing. Due to the complex tooth surface geometry of hypoid gears, multi-axis synchronized machining is required to produce the correct curved tooth profile.After machining is completed, multiple grinding and correction processes are usually performed to improve tooth contact accuracy and reduce operational error and noise.Because of the high manufacturing complexity, hypoid gears require extremely high standards in machine precision, machining technology, and measurement capability.  How Are Hypoid Gears Measured and Inspected?  Because hypoid gears feature more complex tooth surface structures, their measurement and inspection processes are even more important than those of ordinary gears. Common inspection items for hypoid gears include:• Tooth profile measurement• Tooth contact pattern inspection• Transmission error testing• Gear meshing accuracy inspection Among these inspections, tooth contact pattern analysis is one of the most important for hypoid gears. Since hypoid gears transmit force through large-area tooth surface contact, the uniformity and stability of the contact pattern directly affect operational performance.Transmission error is also a critical indicator. By measuring variations during rotation, it is possible to verify whether the gear can maintain stable and smooth operation under high-speed or high-load conditions.Especially in precision equipment, even very small errors can affect positioning accuracy and overall system performance.  Advantages of Hypoid Gears  The greatest advantage of hypoid gears is their ability to combine high rigidity, high precision, and low noise performance at the same time.Because they have a larger tooth surface contact area, loads can be distributed more evenly during power transmission, reducing localized stress and vibration. Even under high-load operating conditions, hypoid gears can still maintain stable and smooth performance. Compared with other transmission systems, hypoid gears offer several significant advantages:1. High RigidityThe offset design combined with large-area tooth surface contact improves overall structural rigidity, making hypoid gears suitable for high-load applications.2. High PrecisionStable tooth surface engagement helps maintain excellent positioning accuracy and transmission stability.3. Low NoiseThe smoother tooth meshing process effectively reduces vibration and operating noise.4. Stable Torque OutputEven under increased loads, hypoid gears can still maintain smooth and stable power transmission.5. Suitable for Precision EquipmentThey are especially suitable for equipment requiring high-precision control and long-term operation.  Common Applications of Hypoid Gears  In recent years, hypoid gears have become increasingly common in automation equipment and robotic arms.During operation, robotic arms must simultaneously maintain load capacity, positioning accuracy, and smooth motion. As a result, the transmission system requires high rigidity and stable torque output—both of which are key advantages of hypoid gears.Compared with ordinary gears, hypoid gears provide a larger tooth surface contact area, allowing them to maintain smooth operation, low vibration, and low noise even under high-load conditions. This makes them especially suitable for precision control equipment. In addition to robotic arms, hypoid gears are also widely used in:• Precision positioning platforms• CNC machine tools• Automation equipment• Semiconductor equipment• High-precision rotary tables• Industrial robots Especially in equipment that requires long-term, high-precision operation, hypoid gears can effectively improve overall stability and transmission performance.  Conclusion: Why Are Hypoid Gears Becoming More Important?  With the rapid development of automation and smart manufacturing, transmission systems are no longer expected to simply "move." Today, the industry places greater emphasis on:• High precision• High rigidity• Low noise• Operational stability• Long-term operating capability ( Related Reading How to Install Large Worm Gear Rotary Tables? | Knowledge Sharing EP.11 – Installation and Technical Considerations for Large Rotary Tables ) Herbao Machinery will continue driving technological innovation and providing customers with more professional and reliable solutions.If you have any technical questions, feel free to contact us! https://www.herbao.com.tw/en/hot_533876.html Knowledge Share #12 – Why Are Robotic Arms So Precise? Understanding Hypoid Gears: Principles, Advantages, and Applications 2026-05-21 2027-05-21
HER BAO MACHINERY CO., LTD. 1 F., No. 10-59, Yuangang, 2nd Neighborhood, Yuangang Vil., Yuanli Township, Miaoli County 35852, Taiwan (R.O.C.) https://www.herbao.com.tw/en/hot_533876.html
HER BAO MACHINERY CO., LTD. 1 F., No. 10-59, Yuangang, 2nd Neighborhood, Yuangang Vil., Yuanli Township, Miaoli County 35852, Taiwan (R.O.C.) https://www.herbao.com.tw/en/hot_533876.html
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TIMTOS 2027！Coming Soon！敬請期待！
Home Information TMTS 2026 Taiwan International Machine Tool Show | 5-Axis Machining and Automation Integration Applications [2026-04-07]

Herbao Machinery Exhibits at TMTS 2026

Showcasing High-Precision Rotary Tables and 5-Axis Machining Applications


Herbao Machinery participated in TMTS 2026 – Taiwan International Machine Tool Show, held from March 25 to 28, 2026, at the Taichung International Convention & Exhibition Center. At Booth H0211, we presented the versatile applications of our high-precision rotary positioning tables across multiple industries.

This year’s exhibition highlighted applications in automotive component machining, electronics manufacturing, consumer product processing, and automation integration, demonstrating the critical role of rotary positioning technology in modern smart manufacturing.



Rotary Positioning Tables: The Precise Integration of Force and Angle

The core of a rotary positioning table lies in the precise integration of force and angular control, enabling stable and accurate machining performance.

As industry demand continues to grow for multi-angle machining, complex surface processing, and high-cycle production, rotary positioning tables have become essential components in CNC machining, automated production lines, and 5-axis applications.



Automotive Industry: Micron-Level Machining of Ball Joints

In vehicle wheel systems, drivetrain assemblies, and steering mechanisms, the ball joint is a critical component. By combining a lathe with rotary positioning functionality, one-time turning can be achieved, allowing the spherical surface to reach micron-level precision and ensuring smooth motion and long-term durability.



Electronics Industry: Multi-Angle Bonding in Smartphone Manufacturing

Modern smartphones feature complex internal structures that require precise multi-angle bonding processes. Through the integration of 5-axis synchronization and dispensing equipment, adhesive volume and bonding angles can be accurately controlled, improving assembly precision and yield rates.


Consumer Products: Embossing and Roller Engraving for Face Masks

The text and embossed patterns on face masks are produced using a machining center equipped with a 4th-axis rotary device for roller engraving. Combined with high-temperature and high-pressure continuous rolling production, this process achieves both precision and high-speed, cost-effective mass production.




Versatile Applications Enhancing Overall Production Efficiency

At TMTS 2026, we not only showcased individual equipment capabilities but also emphasized the extensive application potential of rotary positioning tables across multiple industries, processes, and equipment integrations.

With high-rigidity structural design, stable positioning accuracy, and multi-angle operational capability, rotary positioning tables help manufacturers：

  • Improve machining precision
  • Enhance production efficiency
  • Reduce process errors
  • Increase production line flexibility
  • Support automation integration

In an era where smart manufacturing and energy efficiency are increasingly important, efficient and stable rotary control technology has become a key driver in industrial upgrading.

Looking Ahead

Herbao Machinery will continue to focus on the research and innovation of high-precision rotary positioning table technology, assisting customers in responding to dynamic market demands and building more competitive machining solutions.

We sincerely appreciate all visitors who stopped by our booth at TMTS 2026. We look forward to future collaborations and to continuously creating greater efficiency and precision value for the industry.

 

 

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