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robot Product List and Ranking from 890 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jun 10, 2026～Jul 07, 2026
This ranking is based on the number of page views on our site.

robot Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jun 10, 2026～Jul 07, 2026
This ranking is based on the number of page views on our site.

  1. 因幡電機産業 産機カンパニー Osaka//Trading company/Wholesale
  2. null/null
  3. ABBジャパン Tokyo//Industrial Electrical Equipment
  4. 4 KOYAMA CO., LTD. Head office, Tochigi branch, Tokyo branch, Kawasaki branch, Shizuoka branch, Osaka branch, Nagareyama local office, 4 overseas local companies (the Philippines, Shanghai, Hong Kong, Vietnam) Tokyo//Trading company/Wholesale
  5. 5 ABB ロボティクス＆ディスクリート・オートメーション事業本部 - 産業用ロボット関連製品 Tokyo//robot
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robot Product ranking

Last Updated： Aggregation Period:Jun 10, 2026～Jul 07, 2026
This ranking is based on the number of page views on our site.

  1. Reduce the burden on site! Painting hanger system & inspection and transport robot.
  2. "KachaKa Evo" - the new model of the number one AMR in the domestic market! KOYAMA CO., LTD. Head office, Tochigi branch, Tokyo branch, Kawasaki branch, Shizuoka branch, Osaka branch, Nagareyama local office, 4 overseas local companies (the Philippines, Shanghai, Hong Kong, Vietnam)
  3. All-in-one Smart 3D Sensor "Gocator" 因幡電機産業 産機カンパニー
  4. 4 AMR (Autonomous Mobile Robot) for manufacturing sites 'AspinaAMR' セキュリティデザイン
  5. 5 Autonomous Mobile Robot 'TriOrb BASE (Standard/Weight Carrying)' TriOrb

robot Product List

3211～3240 item / All 3756 items

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3D Random Picking Robot [Ultra-Compact IP65 Equivalent High Durability]

3D Random Picking Robot [Ultra-Compact IP65 Equivalent High Durability]

Proven to have the highest level of dust and water resistance, it can be used in processing sites with oil mist and in forging and casting sites with flying dust.

**Features** - 3D vision is designed to be ultra-compact and lightweight (1kg) with four models available. - Complex peripheral device integration is achieved completely without teaching. - Recognition, action, and gripping are determined and controlled according to the scene. - Equipped with numerous unique features to prevent missed picks and chocolate stalls. - Local setup can be completed in as little as one day. - Adding new varieties is easy. - High-performance 3D vision system prevents missed picks and chocolate stalls. - Capable of handling parts of various shapes. - 3D vision system with laser LED that withstands harsh environments. - Provides six-axis vertical articulated robots equipped with standard options for operation with Mujin controllers. - A dedicated robot hand is designed and manufactured for each project received. - Automatic return to origin. - No robot programming required (programming using a language is not necessary). - Industrial robots from various manufacturers (YASKAWA, FANUC, DENSO, etc.) can be selected. **Supported Robot Manufacturers** Yaskawa Electric / Fanuc / KUKA / DENSO / Universal Robots / ABB / Omron / Mitsubishi Electric / Kawasaki Heavy Industries / NACHI

  • Palletizer
  • Transport and handling robots
  • Picking robot system
  • robot

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Overall coordination of the inter-process transport AGV/AMR system, including both upstream and downstream processes.

Overall coordination of the inter-process transport AGV/AMR system, including both upstream and downstream processes.

It is possible to build a control and operation system that connects the AGV/AMR specified by the customer with the existing production management system. We propose WES and WCS.

Sanmei Co., Ltd. is a technology trading company based in Shizuoka. We can propose all aspects of system development and software construction through our group companies (SIer). ◇Low Cost We serve as an agent for manufacturers of AGV/AMR such as Mujin, Daihen, and Nidec, allowing us to offer proposals at low costs. ◇System construction for manufacturers specified by customers We have numerous adoption records for AGV/AMR products other than those from our agency. ◇Customization of AGV/AMR mounted products Various customizations are possible, including the installation of shelves, racks, and conveyors. ◆Sanmei sells robot + AGV systems◆ Mobile collaborative robot 'AGBOT' 【Work】 Molded products, molds, machine parts, automotive parts, processed parts, pallets, returnable containers, bags, cardboard boxes, etc. 【Industry】 Logistics warehouses, clean environments (inside clean rooms), food factories, laboratories, semiconductor manufacturing plants, pharmaceutical factories, cosmetic factories, etc. 【Pre and Post Processes】 Appearance inspection, deburring processing, palletizing, random picking (3D picking), conveyors, processing machines, machine tools, etc.

  • Trolley
  • Other conveying machines
  • Other FA equipment
  • robot

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Automation proposal for an AMR system including front and rear processes with a capacity of 1000kg.

Automation proposal for an AMR system including front and rear processes with a capacity of 1000kg.

Achieve automation, labor saving, and productivity improvement in transportation with AMR. We also propose solutions for upstream and downstream processes such as palletizing, depalletizing, inspection, image processing, and 3D picking.

Sanmei Co., Ltd. is a technology trading company headquartered in Shizuoka. We can propose all aspects of system development and software construction (SIer) through our group companies. "Numerous achievements in WCS automation." **Features** - Equipped with omnidirectional wheels using proprietary technology, allowing movement in all 360° directions. Easy to navigate narrow aisles and pass through tight spaces, saving space. - Capable of carrying loads up to 1 ton. - Strong performance on slopes and in grooves. - Automatic charging enabled by a wireless charger. - Integration with existing production management systems. - Collaboration with equipment and devices such as elevators, shutters, and processing machines. - Constantly monitored for safety with a safety laser scanner during operation, automatically decelerating and stopping when obstacles are detected in the direction of travel. If the obstacle is removed within the set time, operation resumes automatically. *It is also possible to automatically avoid obstacles. **Work** Molded products, molds, stainless steel, plastics, machine parts, automotive parts, processed parts, castings, iron, plastic bottles, cardboard boxes, returnable containers, pallets, etc. **Industry** Logistics warehouses, factories, etc. **Pre- and Post-Processes** Visual inspection, deburring processing, palletizing, depalletizing, 3D random picking, etc.

  • Trolley
  • Other FA equipment
  • Transport and handling robots
  • robot

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400kg payload AMR can operate in aisles with a minimum width of 1m and run continuously for 24 hours.

400kg payload AMR can operate in aisles with a minimum width of 1m and run continuously for 24 hours.

Omni-wheel all-terrain mobile robot 'AiTran400' with four-wheel drive capable of omnidirectional movement, can be operated unmanned for 24 hours with a wireless power supply system.

The AI-equipped AMR "AiTran400" is a product that features a unique design technology with omni-wheels, enabling movement in all directions—forward, backward, sideways, diagonally, and rotation in place. It can also be integrated with upper systems to work with elevators and automatic doors. 【Features】 ◆ Control of multiple units allows for priority setting ◆ Factory layouts can be registered as CAD data on the server Teaching or changing travel routes is easy with tablet operation ◆ High-precision positioning within ±5 to 20mm ◆ Automatically slows down and stops when detecting obstacles in the direction of travel ◆ Automatically generates routes when a destination is specified Can reconsider routes and detour when detecting people or obstacles not on the map Sanmei Co., Ltd. is an authorized distributor (trading company) of Daihen.

  • Trolley
  • Other FA equipment
  • Transport and handling robots
  • robot

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Surface inspection robot

Surface inspection robot

Adopting Yaskawa Electric's collaborative robot and Dexis camera. Can be installed in a space-saving manner and accommodates various sites. Also contributes to reducing takt time.

The "Curved Surface Inspection Robot" is a scanning inspection system designed for large and curved workpieces, combining a collaborative robot (20kg payload) manufactured by Yaskawa Electric with a line camera from Dexis that features a unique dynamic tracing function. By moving the camera while capturing images, it can simultaneously acquire up to 8 lines of both specular and diffuse reflections, which is characterized by a short tact time. By storing image inspection records, it can be utilized as a traceability system, contributing to enhanced quality assurance and traceability. 【Features】 ■ Utilizes a space-saving collaborative robot from Yaskawa Electric ■ Capable of capturing various defects at once with simultaneous imaging of up to 8 lines ■ Compatible with various curved workpieces such as consumer goods, home appliances, and traffic signal equipment parts ■ Contributes to labor and energy savings in visual inspections and improves inspection quality *For more details, please refer to the materials. Feel free to contact us with any inquiries.

  • Inspection robot
  • Articulated Robot
  • Visual Inspection Equipment
  • robot

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Surface Appearance Inspection Robot [for White Goods and Large Home Appliances]

Surface Appearance Inspection Robot [for White Goods and Large Home Appliances]

Streamlining the appearance inspection of home appliance enclosures with space-saving measures. Also contributes to reducing takt time.

In the home appliance industry, the appearance quality of products greatly influences customer satisfaction. Scratches and distortions on the casing not only diminish the product's value but can also lead to customer complaints. The curved surface inspection robot addresses challenges in the visual inspection of home appliance casings by combining a collaborative robot from Yaskawa Electric with a camera from Dexis. With simultaneous imaging of up to 8 lines, it captures various defects at once, contributing to improved inspection quality. 【Usage Scenarios】 - Inspection of home appliance casings - Inspection of parts with curved surfaces - Automation of visual inspections on production lines 【Benefits of Implementation】 - Reduction of labor in visual inspections - Improvement in inspection accuracy - Strengthening of traceability 【Features】 - Utilizes a space-saving collaborative robot from Yaskawa Electric - Capable of capturing various defects simultaneously with up to 8 lines of imaging - Supports various curved workpieces such as household goods, home appliances, and traffic control equipment parts - Contributes to labor and effort reduction in visual inspections and improvement in inspection quality - Follows the distortion of lighting lines to obtain images with uniform brightness Rice cookers, refrigerators, air conditioners, bathtubs, toilets, washbasins, etc.

  • Inspection robot
  • Articulated Robot
  • Visual Inspection Equipment
  • robot

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Aerospace Curved Surface Inspection Robot

Aerospace Curved Surface Inspection Robot

Supports large and curved workpieces. Contributes to the efficiency of aircraft inspections.

In the aerospace industry, visual inspection of parts with complex shapes is crucial to ensure the safety and reliability of aircraft. Accurately assessing surface scratches, irregularities, and the condition of welds is essential for accident prevention. Traditional inspection methods have been time-consuming for extensive and precise checks, making labor-saving a challenge. Our curved surface visual inspection robot addresses these issues, achieving efficient and high-precision inspections. [Application Scenarios] - Surface inspection of aircraft and similar structures - Inspection of parts with complex curved surfaces - Visual confirmation of welds and joints [Benefits of Implementation] - Reduction of inspection takt time - Standardization and improvement of inspection quality - Cost reduction through labor savings - Strengthening of traceability

  • Inspection robot
  • robot

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Curved Surface Appearance Inspection Robot for Vessels

Curved Surface Appearance Inspection Robot for Vessels

Inspection robot compatible with large and curved work for hull confirmation.

In the shipbuilding industry, extensive and complex curved surface inspections are required for verifying the appearance of the hull. In particular, accurately assessing the condition of surface scratches, foreign objects, and welds on the hull is essential for safe operation and maintenance. Traditional visual inspections have limitations in terms of the range and accuracy of what can be checked, requiring significant time and effort. Our curved surface appearance inspection robot provides an efficient and highly accurate inspection solution to address these challenges. 【Application Scenarios】 - Checking for scratches, dents, and dirt on the hull's outer plates - Inspecting the condition of welds - Detecting paint peeling and cracks - Inspecting curved surfaces of large structures 【Benefits of Implementation】 - Reduced inspection time and improved work efficiency - Enhanced inspection accuracy and reduced oversight - Cost savings through labor reduction - Strengthened quality assurance and traceability

  • Inspection robot
  • robot

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Furniture (chairs, tables, shelves, racks, frames) curved surface appearance inspection robot

Furniture (chairs, tables, shelves, racks, frames) curved surface appearance inspection robot

Streamlining surface evaluation of large and curved workpieces. Contributing to reduced takt time.

In the furniture industry, surface evaluation that does not overlook defects such as surface uniformity, scratches, and dirt is required to maintain the aesthetic and quality of products. Particularly for furniture components with curves and R surfaces, traditional inspection methods may struggle to address these challenges. Our curved surface appearance inspection robot achieves high-precision inspection for such issues. 【Application Scenarios】 - Evaluation of scratches and unevenness on curved surfaces of tables and shelves - Quality maintenance through automated inspection on the manufacturing line 【Benefits of Implementation】 - Stabilization and improvement of inspection quality - Reduction of labor and effort in the inspection process - Increased productivity through shortened takt time

  • Inspection robot
  • robot

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Low-floor AGV capable of carrying 800/1000/1500 kg for logistics warehouses, etc.

Low-floor AGV capable of carrying 800/1000/1500 kg for logistics warehouses, etc.

Supporting picking operations with QR grid-type AGVs that excel in narrow aisles.

In logistics warehouses, efficient picking operations and smooth coordination with subsequent processes such as palletizing are required. Improving work efficiency in limited spaces is a crucial issue directly linked to productivity enhancement. Our low-profile AGV can operate safely and efficiently even in narrow aisles by traveling with high precision while reading QR codes. It contributes to building a series of workflows from supporting picking operations to transporting to the next process. 【Usage Scenarios】 - Transporting from the picking area in the warehouse to the packing and shipping area - Moving products during inventory checks - Streamlining inbound and outbound operations 【Benefits of Implementation】 - Reduced burden on workers by decreasing travel distances - Labor-saving through the automation of transport operations - Improved work accuracy and reduced errors

  • Trolley
  • Trolley
  • Transport and handling robots
  • robot

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Fully Teachless 3D Random Picking Robot for Metal Processing

Fully Teachless 3D Random Picking Robot for Metal Processing

Efficiently transporting parts with scene-adaptive autonomous recognition, motion, and gripping control.

In the metal processing industry, the transportation of parts requires the handling of various shapes and materials accurately and efficiently. Particularly in processes such as loading and unloading to and from processing machines, as well as palletizing, the loss of parts or setup time can impact productivity. The fully teachless 3D random picking robot addresses these challenges by achieving optimal picking through advanced recognition, motion, and gripping control, allowing for autonomous decision-making. [Usage Scenarios] - Loading and unloading parts to and from processing machines - Palletizing tasks - Aligning parts - Transporting metal parts of various shapes and materials [Benefits of Implementation] - Labor reduction through automation of part transportation - Shortened setup times and increased productivity - Prevention of part loss and minor stoppages - Complex peripheral device integration achieved without teaching

  • Transport and handling robots
  • Picking robot system
  • Articulated Robot
  • robot

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Automation and labor reduction in factories with AMR + collaborative robots for building materials manufacturing.

Automation and labor reduction in factories with AMR + collaborative robots for building materials manufacturing.

Streamlining the transportation of materials for building material manufacturing. Reducing takt time with high-precision positioning and omnidirectional movement.

In the building materials manufacturing industry, a stable supply of materials and improved work efficiency are required. In particular, the transportation of heavy and long items, as well as movement between multiple processes, often faces challenges such as labor shortages, increased workload, and the resulting decline in productivity. In response to these challenges, our all-directional mobile AMR combined with collaborative robots achieves autonomous material transportation and automation of multiple processes, contributing to increased productivity. We also offer proposals for AGV/AMR combined with fixed collaborative robots/industrial robots. 【Utilization Scenes】 ■ Transportation of materials (building materials, components, etc.) within factories ■ Automated transportation between manufacturing lines ■ Inbound and outbound operations in warehouses 【Effects of Implementation】 ■ Labor savings through the automation of material transportation ■ Reduction of workload and improvement of safety ■ Increased productivity due to shortened lead times ■ Adaptation to layout changes through flexible route modifications

  • Other industrial robots
  • Transport and handling robots
  • Articulated Robot
  • robot

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Automation and labor reduction with AMR + collaborative robots for logistics warehouses.

Automation and labor reduction with AMR + collaborative robots for logistics warehouses.

Support for the efficiency of picking operations. Shortening takt time with high-precision positioning and omnidirectional movement.

In the logistics warehouse industry, there is a demand for increased efficiency and reduced manpower in picking operations. In particular, movement within vast warehouses, accurate grasp of product information, and swift picking operations are essential for improving productivity. However, manual operations are prone to losses in movement time and human errors, leading to increased workload challenges. Our new AGBOT addresses these issues by combining DAIHEN's AMR with Yaskawa Electric's collaborative robots, contributing to the automation and reduction of manpower in picking operations. We also offer proposals for AGV/AMR combined with fixed collaborative robots/industrial robots. 【Usage Scenarios】 ■ Support for picking operations within the warehouse ■ Automation of inbound and outbound operations ■ Product replenishment to shelves 【Benefits of Implementation】 ■ Reduction in lead time for picking operations ■ Decreased burden on workers and increased productivity ■ Improved quality through reduction of human errors ■ Increased operational rate through unmanned operations at night

  • Other industrial robots
  • Transport and handling robots
  • Articulated Robot
  • robot

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Automation and labor-saving in factories with AMR and collaborative robots for the paper industry.

Automation and labor-saving in factories with AMR and collaborative robots for the paper industry.

Automating the transportation of rolls in the paper industry to contribute to reduced takt time.

In the paper industry, there is a demand for reducing the burden on workers, ensuring safety, and improving production efficiency in the transportation of heavy rolls. In particular, accurate and efficient transport within the limited space of a factory is essential for the smooth operation of the entire production line. Improper transportation can lead to product damage and work delays. Our new AGBOT addresses these challenges by combining DAIHEN's AMR with Yaskawa Electric's collaborative robot, achieving automation in roll transportation. We also offer proposals for AGV/AMR combined with fixed collaborative robots/industrial robots. 【Usage Scenarios】 ■ Inbound and outbound operations for rolls within the factory ■ Roll transportation between production lines ■ Moving rolls to storage locations 【Benefits of Implementation】 ■ Reduced burden on workers and improved safety ■ Reduced risk of product damage due to improved transportation accuracy ■ Increased productivity due to shortened transportation time ■ Improved operational rate through unmanned nighttime operations

  • Other industrial robots
  • Transport and handling robots
  • Articulated Robot
  • robot

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Achieving easy teaching: Welding robot "Cell Robo" for small-batch production of various types.

Achieving easy teaching: Welding robot "Cell Robo" for small-batch production of various types.

Easy teaching is possible with options. A portable and space-saving ALL IN ONE package. Integrates welding machine, robot, and feeding device.

In recent times, with a decrease in the number of welders and skilled workers, leading to labor shortages, automating welding with robots on production lines for small quantities of various products has become an important issue. The Cell Robot is a packaged welding robot product jointly designed and sold by Iwatani Corporation and Daihen to solve such customer concerns. By adding options like the AR teaching-less system and JOYPEN, teaching tasks can be easily performed, making it recommended for customers who are introducing welding robots for the first time. It is expected to be utilized in small-batch production, prototype condition setting, and product repairs. Being a portable packaged product, it can be easily moved around the factory by hand. 【Features】 - Easy teaching with optional additions - Supports small-batch production of various products - Space-saving portable package - Capable of adapting to various welding tasks with one unit *¹ Special training related to the operation of industrial robot teaching, etc., is required. * You can observe the actual machine and conduct welding tests. Please feel free to contact us. * For more details, please check the PDF materials or feel free to contact us. You can also watch product introduction videos from the YouTube screen below.

  • JoyPen写真.jpg
  • キャスターのアップ.JPG
  • 仮採用斜め手押し.JPG
  • Welding robot
  • robot

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Valet parking robot and vehicle transport robot (lateral movement and rotation type)

Valet parking robot and vehicle transport robot (lateral movement and rotation type)

The automatic valet parking robot and the vehicle transport robot for automobile factories have been enhanced with lateral movement and rotation functions.

A robot resembling a tatami mat slides under a vehicle, repeatedly separating and merging while transporting the vehicle. In addition to the previous vertical and lateral turning capabilities, this new model now includes functions for horizontal movement and rotation. The old product had a drive unit only in the front robot, but the new product features drive units in both the front and rear robots, enabling powerful transportation and movement. It can now handle inclines of up to 8% (4.5°). Since there is no need to rev the engine, exhaust fumes will not fill the indoor space, making it ideal for inspection processes within automobile factories and for transporting vehicles to outdoor finished vehicle yards. Additionally, it can be operated remotely with just one unit, making it perfect for changing display vehicles at car dealerships, moving broken down cars, illegally parked vehicles, and abandoned cars. We are also conducting demonstrations of operating one unit remotely and proposals for fully automated types that can control multiple units simultaneously at our parking lot in Tsuzuki Ward, Yokohama City. Contact: (Japan General Distributor) Kantum Ushikata Co., Ltd. info@kantum.co.jp

  • Trolley
  • robot

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A robot capable of transporting heavy objects weighing 3 tons (3000 kg) with a remote control-like feel.

A robot capable of transporting heavy objects weighing 3 tons (3000 kg) with a remote control-like feel.

You can easily transport heavy objects weighing up to 3 tons, including the cart, with a remote control-like feel.

Shenzhen Shanyi Technologies, a venture from Shenzhen, China, has developed and achieved mass production of a robot for transporting automobiles. The robot, resembling a tatami mat, slides under the vehicle and repeatedly separates and combines while transporting it. It can move vertically, turn left and right, as well as move sideways (like a crab) and rotate in place. It can handle inclines of up to 10% (5.6°). Originally developed for transporting cars with four wheels, this robot can also be adapted to transport heavy objects weighing around 2500 kg with a cart that has at least four tires the size of a light vehicle, depending on the weight of the cart. This allows for the liberation from the labor of pushing heavy loads. It is ideal for transporting manufacturing equipment and metal parts weighing over 1000 kg both inside and outside factories. We are the exclusive distributor in Japan. We also provide repair and maintenance services, and demonstrations and experiments can be conducted at our parking lot in Tsuzuki Ward, Yokohama City.

  • Transport and handling robots
  • robot

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Screw Tightening Forgetting Prevention Counter for Medical Device Manufacturing

Screw Tightening Forgetting Prevention Counter for Medical Device Manufacturing

Prevent mistakes and improve quality! A screw tightening management system that works with electric screwdrivers.

In the manufacturing of medical devices, precise screw tightening is a crucial process that affects the quality and safety of the products. Human errors such as forgetting to tighten screws or incomplete tightening can lead to product malfunctions or serious accidents. Our "Screw Tightening Forgetting Prevention Counter" is a groundbreaking control device that works in conjunction with electric screwdrivers to solve these issues. 【Usage Scenarios】 - Assembly processes of precision parts in medical device manufacturing sites - Processes with a high frequency of manual screw tightening - Processes with a high risk of quality defects due to forgotten or incomplete screw tightening - Processes involving multiple workers 【Benefits of Implementation】 - Significant reduction in quality defects caused by forgotten or incomplete screw tightening - Improved work efficiency and reduced work time - Reduced burden on employees and enhanced safety of operations - Stabilization of product quality and increased reliability

  • others
  • robot

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Screw Tightening Forgetting Prevention Counter for Aircraft Manufacturing "Screwster σ"

Screw Tightening Forgetting Prevention Counter for Aircraft Manufacturing "Screwster σ"

Preventing careless mistakes to achieve safe aircraft manufacturing!

In aircraft manufacturing, forgetting to tighten screws is a serious safety issue. Our "Screw Tightening Forgetfulness Prevention Counter" contributes to safe product manufacturing by preventing forgotten or incomplete screw tightening when used in combination with electric screwdrivers. 【Usage Scenarios】 - Screw tightening tasks are critical processes in aircraft manufacturing, including airframe assembly, engine assembly, and interior assembly. - Human errors leading to forgotten or improperly tightened screws can threaten product safety. - Improving efficiency and quality in screw tightening tasks within complex processes. 【Effects of Implementation】 - Prevent accidents and product defects caused by forgotten or improperly tightened screws, enhancing safety. - Reduce manufacturing costs through improved work efficiency and stabilized quality. - Alleviate employee burden and enhance focus on tasks.

  • others
  • robot

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Screw Tightening Reminder Counter for Furniture Manufacturing

Screw Tightening Reminder Counter for Furniture Manufacturing

Improves assembly accuracy in conjunction with an electric screwdriver! Prevents forgetting to tighten screws.

In furniture manufacturing, quality defects and delays in delivery due to forgotten screw tightening are significant challenges. Our "Screw Tightening Forgetting Prevention Counter" helps prevent forgotten or incomplete screw tightening when used in combination with an electric screwdriver, contributing to improved assembly accuracy. 【Usage Scenarios】 - Assembly processes in furniture manufacturing sites - Occurrence of quality defects and delivery delays due to mistakes in screw tightening - Improvement of work efficiency in complex assembly processes 【Effects of Implementation】 - Helps suppress the occurrence of quality defects due to forgotten screw tightening, contributing to improved product quality. - Achieves reduced assembly time and improved work efficiency. - Aids in cost reduction and adherence to delivery schedules by minimizing human errors.

  • others
  • robot

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Screw Tightening Forgetting Prevention Counter for Railways

Screw Tightening Forgetting Prevention Counter for Railways

Prevent mistakes and support safe operations! Screw tightening reminder counter.

The safe operation of railway vehicles requires the secure tightening of each individual component. However, human errors such as forgetting to tighten screws or incomplete tightening can lead to serious accidents. Therefore, our "Screw Tightening Forgetting Prevention Counter," when used in combination with an electric screwdriver, effectively prevents these mistakes and contributes to safe operations. 【Usage Scenarios】 - Manufacturing and repair sites for railway vehicles - Screw tightening tasks on vehicle assembly lines - Decreased safety due to human errors such as forgetting to tighten screws or incomplete tightening

  • others
  • robot

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Commercial Floor Cleaning Robot 'Phantas' for Schools

Commercial Floor Cleaning Robot 'Phantas' for Schools

High-performance AI equipped! Supporting hygiene management in schools.

In school hygiene management, maintaining a clean environment through daily cleaning is essential. In particular, classrooms, hallways, and gymnasiums where children spend time can easily become breeding grounds for various dirt and bacteria, potentially increasing the risk of infections. Efficient and thorough cleaning is crucial for protecting children's health and improving the learning environment. The commercial floor cleaning robot 'Phantas' is equipped with four cleaning modes and autonomous driving capabilities powered by AI, making it suitable for various types of flooring in schools. It streamlines daily cleaning tasks and maintains a hygienic environment. Robot vacuum cleaners are not just machines that clean floors. They can spark children's interest in technology, making them think, "Technology is interesting" and "How does it work?" They are filled with elements that connect to future learning, such as sensors, AI, programming, and robotics, stimulating children's curiosity. 【Usage Scenarios】 - Cleaning classrooms, hallways, and gymnasiums - Cleaning kitchens and staff rooms - Reducing cleaning time 【Benefits of Implementation】 - Improved cleaning quality - Reduced labor costs - Lower risk of infections - A gateway to stimulate students' curiosity

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  • Industrial Vacuum Cleaners
  • Vacuum cleaner
  • Other industrial robots
  • robot

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Commercial Floor Cleaning Robot for Hotels 'Phantas'

Commercial Floor Cleaning Robot for Hotels 'Phantas'

High-performance AI equipped! Streamlining hotel cleaning from guest rooms to the lobby.

In the hotel industry, cleanliness is extremely important to provide guests with a comfortable space. Especially in areas with high foot traffic, such as guest rooms, lobbies, and hallways, it is essential to maintain a consistently clean state. The quality of cleaning directly correlates with the quality of service, making efficient and high-quality cleaning indispensable. The commercial floor cleaning robot 'Phantas' is equipped with four floor cleaning modes, capable of cleaning various surfaces from hard flooring to soft flooring. It contributes to the efficiency of cleaning operations and the improvement of customer satisfaction. 【Usage Scenarios】 - Guest Rooms - Lobbies - Hallways - Banquet Halls 【Benefits of Implementation】 - Reduction in cleaning time - Improvement in cleaning quality - Reduction in labor costs - Increase in customer satisfaction

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  • Industrial Vacuum Cleaners
  • Vacuum cleaner
  • Other industrial robots
  • robot

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Commercial Floor Cleaning Robot for Factories 'Phantas'

Commercial Floor Cleaning Robot for Factories 'Phantas'

High-performance AI equipped! Streamlining floor cleaning in factories.

Improving factory productivity requires the maintenance of the work environment. In particular, cleaning the floor significantly impacts not only safety but also work efficiency. Dust and foreign objects can lead to a decline in product quality and machine malfunctions, and the time spent on cleaning can hinder production activities. The commercial floor cleaning robot 'Phantas' is equipped with four cleaning modes and can handle various floor types, from hard to soft materials, addressing the challenges of floor cleaning in factories. 【Usage Scenarios】 * Manufacturing lines * Warehouses * Aisles * Break areas 【Benefits of Implementation】 * Reduced cleaning time * Decreased burden on workers * Improved product quality * Enhanced safety

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  • Industrial Vacuum Cleaners
  • Vacuum cleaner
  • Other industrial robots
  • robot

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Commercial Floor Cleaning Robot for Data Centers 'Phantas'

Commercial Floor Cleaning Robot for Data Centers 'Phantas'

High-performance AI equipped! Supporting temperature management in data centers.

In data centers, temperature management is crucial for the stable operation of precision equipment. Dust on the floor can reduce air conditioning efficiency and may lead to overheating or failure of the equipment. Phantas indirectly supports temperature management in data centers through floor cleaning. 【Usage Scenarios】 - Server rooms - Network equipment installation areas - Surroundings of air conditioning equipment 【Benefits of Implementation】 - Improved air conditioning efficiency - Stable operation of equipment - Reduced operational costs

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  • Industrial Vacuum Cleaners
  • Vacuum cleaner
  • Other industrial robots
  • robot

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Commercial Floor Cleaning Robot 'Phantas' for Sports Facilities

Commercial Floor Cleaning Robot 'Phantas' for Sports Facilities

High-performance AI equipped! Floor cleaning robot that maintains the cleanliness of sports facilities.

In sports facilities, it is important to maintain a clean environment at all times to protect the health and safety of users. In particular, floors are prone to various types of dirt, and if proper cleaning is not performed, it can lead to a decline in the facility's image and discomfort for users. The commercial floor cleaning robot 'Phantas' is equipped with four floor cleaning modes, allowing it to handle cleaning various types of flooring, from hard surfaces to soft materials. This ensures that the floors of sports facilities are kept clean at all times, providing users with a comfortable environment. 【Usage Scenarios】 - Floor cleaning in gyms, training rooms, locker rooms, etc. - Floor cleaning in stadiums, spectator areas, etc. - Selection of cleaning modes according to the size of the facility and type of flooring 【Benefits of Implementation】 - Reduction and efficiency of cleaning time - Improvement in cleaning quality - Enhancement of the facility's image and increased user satisfaction

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  • Industrial Vacuum Cleaners
  • Vacuum cleaner
  • Other industrial robots
  • robot

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Tabletop Robot: JR3000 Series / Coating, Screw Tightening, and More

Tabletop Robot: JR3000 Series / Coating, Screw Tightening, and More

Automation for coating, screw tightening, soldering, board splitting, inspection, pick and place, and more!

This is our top-of-the-line tabletop robot with a variety of features. Depending on the application, it can be used as a dedicated machine for coating, screw tightening, soldering, circuit board separation, and more. ○ Versatile standard system software: It can be used to automate various tasks such as circuit board separation, pick and place robots, and inspection devices. ○ Dedicated system software: Specialized software for coating and screw tightening applications. Even beginners can easily perform teaching. ○ Standard LAN port included ○ Support for fieldbus (optional) ○ By combining the "auxiliary axis function to control up to two external motors (optional)" and the "position correction function using a camera system (optional)," the range of applications for more complex and precise tasks expands. ◎ For more details, please download the catalog or contact us using the information below.

  • Other assembly machines
  • robot

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