Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
31～60 item / All 339 items
Please leave everything from extraction to the final process to us.
We provide a system that meets our customers' needs through various ideas and high-level manufacturing technologies, without being constrained by the concept of die-casting peripheral equipment.
Selectable specialized manufacturer for screw tightening! Dual-stage compatible dual-arm robot screw tightening system.
The "SSC-T2020" is a screw tightening system that adopts a human coexistence-type robot (Kawasaki Heavy Industries) and achieves efficient operation using two arms in a compact space. The tip shape can be selected according to the screws. If it is difficult to accommodate commercially available products, our company can design and manufacture it. Additionally, it is equipped with a camera unit (positioning function) that can detect errors during positioning inspection for mixed varieties. 【Features】 ■ Option to choose a screw tightening specialist manufacturer ■ Dual-arm scara robot adopted ■ High-precision positioning through image processing ■ Continuous operation of screw tightening actions ■ Changeable screw supply section and hand according to product size *Optional ■ Support for operational monitoring and predictive maintenance integration *Optional *For more details, please refer to the PDF document or feel free to contact us.
Infrastructure Inspection Robot System
Topy Industries, Ltd. Equipment Inspection Robot "AnyLite" ■ One of the smallest in the world Can smoothly enter and inspect even in narrow and hard-to-reach places ■ High mobility even on uneven ground such as rubble (Applies technology from construction machinery parts) ■ Can quickly investigate environments that may adversely affect human health, such as mold, dust, humidity, and toxic gases ■ Equipped with a high-performance camera (made by Panasonic), providing clear images that allow for inspection even in dark conditions ■ Choose a robot that suits your needs from two types: a standard model with a different camera and a low-profile model Kyoei Sangyo Co., Ltd. Tablet Inspection Tool "KBL/Kit-H2A" ■ Easily remotely operate and control AnyLite using an iPad (via Wi-Fi) ■ Equipped with various functions such as integration with AnyLite's camera, handwritten input, and automatic creation of inspection reports ■ Allows for the creation of inspection reports on-site and saving them to the cloud, significantly improving work efficiency ■ Excellent operability that anyone can easily master, enhancing work efficiency
No need for safety barriers! Introducing a robotic system that can work side by side with people on-site.
The "Collaborative Robot System" is easy to program, can be quickly implemented, and is safe to use. With intuitive operation, even those without experience in robotics can get started. It can immediately adapt to changes in equipment layout. Regardless of company size, it solves challenges in the manufacturing processes of various businesses. 【Features】 ■ Collaborative robots do not require safety fences (risk assessment needed) ■ Intuitive operation allows even those without robotics experience to get started ■ Can immediately adapt to changes in equipment layout ■ Easy programming ■ Quick implementation *For more details, please refer to the PDF document or feel free to contact us.
This is an industrial robot system manufactured by Mitsubishi Electric that performs automatic mold attachment and detachment.
It is an industrial mold automatic loading and unloading robot system.
It is a robotic system that can automatically perform everything from picking up a cup to pouring a drink. Since it is a collaborative robot, safety barriers are not necessary.
It is a collaborative robot system for providing beverages in industrial settings.
It is an industrial robot system made by Denso Wave that can accurately grasp and insert bolts. Since it is a collaborative robot, safety fences are not required.
It is an industrial bolt insertion collaborative robot system.
This is an industrial robot system manufactured by Mitsubishi Electric, equipped not only with cable cutting and terminal crimping but also with automatic product inspection using AI.
It is an automatic manufacturing robot system for industrial multi-core wire harnesses.
It is an industrial robot system manufactured by Yaskawa Electric that can grasp and transport meat of different shapes and sizes.
It is an industrial meat transfer collaborative robot system.
This is a robotic system that not only accurately holds cables and automatically applies flux and solders, but also enables product inspection through image processing.
It is an automatic soldering robot system for industrial cables.
This is an industrial robot system manufactured by Mitsubishi Electric that automatically performs surface processing of cables.
It is an industrial cable automatic etching robot system.
It is an industrial robot system made by Mitsubishi Electric that automatically performs everything from the insertion of marker tubes to the crimping of terminals.
It is an automatic manufacturing robot system for industrial single-core wire harnesses.
With a gate! This is an industrial robot system manufactured by Kawasaki Heavy Industries that can determine whether passage is possible while simultaneously measuring temperature.
It is an industrial automatic temperature measurement collaborative robot system.
This is an industrial robot system manufactured by Kawasaki Heavy Industries that can pick fruits of different shapes, sizes, and types.
It is an industrial fruit bulk-picking robot system.
It is a palletizing robot system manufactured by Kawasaki Heavy Industries, wrapped in easily breakable packaging paper for heavy objects.
It is a palletizing robot system for heavy items with industrial packaging.
This is a palletizing robot system manufactured by Kawasaki Heavy Industries, packaged using a commercially available stretch wrapping machine.
It is an industrial stretch wrapping machine with a palletizing robot system.
It is a FANUC industrial robot system that picks up ping pong balls using 3D vision.
It is a bulk picking robot system for industrial ping pong balls.
This is an industrial robot system that performs rough wood carving using a KUKA robot with high rigidity.
It is an industrial wood carving processing robot system.
This is an industrial robot system manufactured by Yamaha Motor for low-cost screw fastening processing using a nut runner.
It is an industrial screw tightening processing robot system.
This is the world's first industrial robot system developed by Mitsubishi Electric that enables aligned winding, which has traditionally been considered difficult in the cable and wire industry.
It is an industrial cable automatic alignment and winding robot system.
This is the "ultimate smart factory"! It is an Omron industrial robot system that performs picking and assembly without human intervention.
It is an industrial demo cell line collaborative robot system.
This is an industrial robot system that performs the fitting of molded parts using Kawasaki Heavy Industries' Dualo. It excels in cost performance.
It is an industrial molding parts fitting collaborative robot system.
600kg large capacity loading
■600kg large capacity loading ■Rack group recognition function ■Two types available for free selection ■Compatible with VDA5050 protocol ■Priority for available elevators, scheduling support ■Flexible implementation *For more details, please download the PDF or feel free to contact us.
Selection of inner diameter and outer diameter gripping is possible according to the work!
We will perform the extraction and insertion of workpieces using a robotic arm. We support operations around processing machines with greater accuracy and safety than human hands. *For more details, please feel free to contact us.*
Possible to change various sizes of cardboard boxes without re-arranging.
This is a robotic system that automatically creates cardboard boxes. It can produce boxes of different sizes without any setup changes, eliminating time loss during exchanges and significantly contributing to operational efficiency. *For more details, please refer to the catalog or feel free to contact us.*
![Automation from pre-welding processes to inspection! Robot system [Yamazen TFS]](https://image.mono.ipros.com/public/product/image/7f5/2000474505/IPROS26844981089420836728.jpeg?w=280&h=280)
Introducing a robotic system that achieves automatic teaching self-correction according to work variability and automates the full inspection of welding beads. *Catalog available.
LinkWiz's software utilizes proprietary three-dimensional shape processing technology to achieve welding and inline full inspection tailored to the variations of workpieces, which was difficult for conventional industrial robots. It contributes to improving welding quality and maintaining and standardizing inspection levels. ★ 'L-ROBOT' This system automatically generates and corrects teaching without stopping the robot line. It automatically adjusts the teaching to match the subtle shape differences of the target workpieces, achieving zero processing defects. ★ 'L-QUALIFY' By integrating a 3D scanner and 'L-QUALIFY' into industrial robots, we have realized a robotic system that inspects the 3D shapes of workpieces. By digitizing the workpiece shapes, it enables inspections based on "data representation of shapes" rather than "human sensory" inspections. *For more details and features of the products, please download the PDF or contact us.
![Polishing Robot System "Narauno" [Yamazen TFS]](https://image.mono.ipros.com/public/product/image/fbf/2000653814/IPROS76226758553987793911.png?w=280&h=280)
Digitalizing 'artisan skills'! A future-type robotic system that enables the transmission of techniques to robots.
"Narauno" is a polishing robot system that achieves mirror polishing through hybrid control using a 6-axis force sensor mounted on the robot. By maintaining a constant "holding force" and "holding direction" of the tool, it enables uniform mirror polishing even on wide flat surfaces and freeform surfaces, which are difficult for skilled workers. The robot trajectory program is automatically created using dedicated 3D/CAD/CAM for "Narauno." 【Features】 ■ Digitalization of the mirror polishing artisan ■ Suitable for mirror polishing of freeform surfaces ■ Improvement of the working environment through technology transfer ■ Stable quality ■ Standard equipped with robot automatic programming software *For more details, please refer to the PDF materials or feel free to contact us.
![[Case Study] "Chemical Analysis Robot System"](https://image.mono.ipros.com/public/product/image/7cc/2000423798/IPROS12627294381434257598.jpg?w=280&h=280)
Achieve low costs! There is no need to engage experienced engineers in simple tasks!
The "Chemical Analysis Robot System" is a robot system that drops the chemical to be tested onto a wafer and conducts component analysis. By simply pressing the start button, the system performs the designated pretreatment unattended, conducts the analysis, and automatically handles post-processing such as result storage. 【Introduction to Implementation】 ■ Key Points and Lessons for Successful Implementation - Contributes not only to labor reduction and cost reduction but also to quality improvement. - Allows for flexible changes and additions to tasks that are difficult with dedicated machines. ■ Background of Implementation - In the field of chemical manufacturing, analysis work relied on manual labor. - Analysis work requires skilled workers due to its reliance on expertise, but it involves repetitive simple tasks that need to be performed around the clock, leading to high costs. ■ Effects of Implementation - Eliminates the need to engage experienced technicians in simple tasks, achieving cost reduction. - Increases uniformity of work, achieving homogenization of analysis data and safety, contributing to quality improvement. - Capable of operating 24/7 without breaks, thus improving productivity. *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study] "Hot Forging Robot System"](https://image.mono.ipros.com/public/product/image/288/2000423799/IPROS1434497244597942269.jpg?w=280&h=280)
The position can be subtly changed due to thermal expansion, allowing for easy adjustments to molds and processes!
The "Hot Forging Robot System" is a robotic system composed of a heating furnace, a melting furnace, and a heat treatment furnace handling system. [Introduction to Implementation] ■ Key Points and Lessons for Successful Implementation - Having a long-standing relationship with a forging manufacturer allowed for a deeper understanding of automation in forging, contributing to the robotization. ■ Background of Implementation - Work in hot forging involves harsh environments such as high temperatures, vibrations, and dust, leading to low willingness to work and a high demand for automation and robotization. ■ Effects of Implementation - Automating dangerous and harsh tasks improves the working environment. - Simultaneously achieves efficiency in operations. - Human variability factors are eliminated, resulting in stabilized quality. *For more details, please refer to the PDF document or feel free to contact us.
Robots are effective for streamlining production and improving quality.
When introducing a robot system for the first time, there are many concerns such as: 1. not knowing where to consult, 2. whether our production can be automated with robots, 3. how much it will actually cost, and 4. whether we can effectively utilize it. However, large companies are increasingly adopting robots and advancing efficiency, widening the gap with small and medium-sized enterprises. Our company is working day and night to provide optimal robot systems for small and medium-sized enterprises. For more details, please contact us or refer to our catalog.
