Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
2161～2175 item / All 3753 items
【For wafers up to 300mm】 Usable in processes that handle moisture! A drip-proof model wafer transport robot that achieves protection class IP64.
■Achieves protection level IP64. A drip-proof model suitable for use in processes involving moisture. ■Compatible with surface coatings that respond to special chemical solutions. *For more details, please refer to the PDF document or feel free to contact us.
Equipped with a direct drive motor for wafers up to 300mm! A high-precision single-arm vacuum robot that significantly reduces vibration.
- By incorporating a direct drive motor and a steel belt within the arm, ultra-high precision transport and significant vibration reduction during arm operation are achieved. - The adoption of a partition-type vacuum seal allows for compatibility in ultra-high vacuum environments. - The endless specification of the swivel axis improves the throughput of the device. - The built-in controller enables miniaturization of the device. - Equipped with a wafer center position deviation correction function. *For more details, please refer to the PDF document or feel free to contact us.
Single-arm vacuum robot for ~300mm wafers, with options for arm length and presence of Z-axis.
■Standard support for two types of arm lengths. You can also choose whether or not to include the Z-axis, allowing for various device layouts. *For more details, please refer to the PDF document or feel free to contact us.*
Low cost and easy implementation! A call wireless Andon system that facilitates communication within the factory.
Currently active as a wireless signal lamp in factories and logistics centers. It is the wireless calling bell "Sonnet-kun." It facilitates smooth communication between the work staff in the factory and the responsible personnel or office, as well as communication with forklifts, significantly reducing both costs and delivery times compared to wired systems. There is no need to interrupt work or worry about delays in the workers' lines, allowing workers to focus on their tasks, ensuring quality stability and improving productivity. 【Features】 ■ Contributes to visualization ■ Significant reduction in capital investment ■ Easy relocation ■ Cost reduction For more details, please refer to the catalog or feel free to contact us.
Active at Toyota Group factories too! 【Wireless Andon System】 Sonnet-kun. Exhibiting at the Design and Manufacturing Solutions Expo!
Easy-to-install wireless Andon system, Sonnet-kun. 【Features】 ★ Call for management from the site. ★ Can be integrated into machinery. ★ Can be linked with a computer. ★ Also useful for predictive maintenance. With just a push of a button, you can call for management. Since it can be linked with machinery, error signals can be automatically sent to the receiver. When linked with a computer, it is also possible to collect and analyze log data. By analyzing data such as where and when calls are made within the factory, and when and where machine errors occur, you can consider efficient personnel allocation and equipment layout, enabling predictive maintenance as well. *For more details about the wireless Andon system, please download the catalog or contact us directly.
[Possible to embed in devices] Emits radio waves with signals from rotating lights and sensors! The radio waves are in the specific low-power radio 426MHz band, so it's safe.
It will be used with the wireless Andon call system, Sonnet-kun. Installation is complete simply by connecting the external contact specifications of the transmitter to a non-voltage contact (a contact). The receiver will display numbers based on error signals from existing machines or signals from sensors. It is also possible to link with mat switches or equipment switches. ★ A "receiver" that receives numbers, such as a single-sided/double-sided receiving display or a portable receiver, is required. A magnet specification that can be attached to metal is recommended. ● Usage examples Connect to a rotating light → Transmit when there is an error in the equipment. Connect to a magnet switch → Transmit when parts are missing. Connect to a PLC → Transmit at the start of a process.
Move things. Carry the era.
Products sent from the lane are automatically loaded onto pallets by a palletizing robot and transported to the pallet surface by a forklift.
We developed a prototype to improve aspects such as ensuring reaction force without putting stress on aging pipes.
It was developed with the concept of being able to pass through sewage manholes and branches (φ150), as well as ensuring that a hole centered around the pipe can be secured and that reaction force can be secured without putting a load on aging pipes.
A small body responds to various situations.
- Compact portable welding robot - Suitable for various applications such as steel frames, bridges, shipbuilding, and steel structures - Easy operation, fully automatic welding - High-quality finish regardless of the operator's skill level - Multiple units can be used simultaneously by one person, increasing productivity
![Knowledge Management [Examples of Sharing Research and Development Information]](https://image.mono.ipros.com/public/product/image/577/2000864276/IPROS90356643199649980856.png?w=280&h=280)
The key to creating new value is the "vacuum-packed" discussions and thought processes [Examples of knowledge creation and sharing].
This is a case study of the introduction of a knowledge board at Honda R&D Co., Ltd., which serves as the research and development institution of Honda Motor Co., Ltd., focusing on the research and development of technologies and products related to automobiles and more. At the Advanced Technology Research Institute of this research institute, "Accela K-Board" is utilized for sharing research and development information. We would like to introduce the initiatives for information sharing and utilization using "Accela K-Board."
Tabletop conveyor. How about for simple verification of fine parts?
It is a tabletop type conveyor. You can set the position, axis speed, and number of transports on the touch panel screen. Since imaging can be done at the same position each time, accurate factor analysis becomes possible, leading to a reduction in imaging time through repeated transport of various measurement points. It can be customized according to the application. It can be modified to suit various applications, such as profile sensors and line cameras.
Using cloud servers, conversations utilizing speech recognition and speech synthesis are possible!
"Sota" is a robot platform developed with the aim of widely popularizing robots that interact with people. Using dedicated software, it is easy to create programs, allowing for the creation of new services that integrate various technologies and devices. We are currently holding workshops in Akihabara, Tokyo, where you can learn about the development experience of this product (reservation required). Beginners are also very welcome! We look forward to your participation. 【Features】 ■ Tabletop size ■ Friendly character design ■ Voice communication ■ Face recognition with a camera ■ Network connectivity *For more details, please refer to the PDF materials or feel free to contact us.
Tabletop-sized plotter robot
The Nano Rover is a shape-drawing robot equipped with a pen up-and-down function. As an educational tool, it can be utilized not only for learning programming but also for studying general subjects like mathematics in a more efficient, enjoyable, and experiential manner. By introducing this product into educational settings, it can serve both as a tool for learning programming and for better understanding general subjects like mathematics. Particularly in mathematics, it is expected to deepen the understanding of robotics as an application of math and the essential knowledge of math that supports robotics, effectively contributing to the acquisition of knowledge and skills that are truly useful in real-world situations. 【Features】 ■ Simply input a mathematical formula to draw it directly as a graph on paper ■ Equipped with a high-precision encoder and pen up-and-down mechanism ■ Features a full-color LED that indicates the operating status ■ Compatible with various programs and control methods
![4WD 100mm Mecanum Wheel Robot [Trolley Robot]](https://image.mono.ipros.com/public/product/image/a4a/2000475641/IPROS75744803509122194818.jpeg?w=280&h=280)
A cart robot equipped with 4-wheel drive mecanum wheels.
By changing the rotation direction and speed of each wheel, stable movement in any direction is possible. By rotating all four wheels simultaneously in the same direction, it can move forward and backward, and by rotating the left and right wheels in opposite directions, it can turn. Additionally, by rotating the front and rear wheels in reverse, it can move sideways. Compared to a three-wheel type, the incorporation of four drive wheels has improved the stability of the vehicle both during operation and when stationary. 【Features】 ■ Simple suspension supports the contact of all four wheels ■ Equipped with an Arduino-compatible board and IO expansion board ■ Development environment available for free using "Arduino IDE" ■ Equipped with a total of four ultrasonic sensors for front, back, left, and right ■ Japanese manual available ■ Body made of aluminum alloy ■ Equipped with encoder-type DC motors ■ Programmable in C and C++ *For more details, please feel free to contact us.
![4WD 60mm Mecanum Wheel Robot [Trolley Robot]](https://image.mono.ipros.com/public/product/image/8e9/2000475652/IPROS84645855095568614765.jpeg?w=280&h=280)
Four-wheel drive small mecanum wheel mobile robot
This is a cart robot equipped with 60mm small mecanum wheels. Despite its compact size, it has specifications that meet the requirements necessary for controlling mecanum wheels. Its simple configuration, without any sensors, allows for focused learning on the control of mecanum wheels. It is equipped with DC motors with encoders, enabling precise control of the rotation speed, which is essential for mecanum wheels. 【Features】 ■ Equipped with 4-wheel drive mecanum wheels ■ Comes with an Arduino-compatible board and IO expansion board ■ Development environment available for free using "Arduino IDE" ■ Japanese manual provided ■ Body made of aluminum alloy ■ Programming possible in C and C++ *For more details, please feel free to contact us.
