三共精機 Product Lineup

In the semiconductor industry, the calibration of precision measuring instruments is directly linked to product quality and yield. Oversights in managing calibration deadlines and the dispersion of equipment information can lead to unexpected troubles and production losses. Ensuring accurate traceability and executing calibration tasks swiftly are essential for the stable supply of high-quality semiconductor products. The equipment calibration DX system NAVINECT addresses these challenges and contributes to yield improvement through the digitalization of calibration operations. 【Usage Scenarios】 - Calibration management of various measuring instruments in semiconductor manufacturing lines - Ensuring traceability in the quality assurance department - Calibration management of standard materials in the research and development department - Centralized management of calibration status for equipment across multiple locations 【Benefits of Implementation】 - Prevention of calibration oversights through thorough management of calibration deadlines - Reduction of management workload through the aggregation of equipment information - Improvement of quality assurance systems through enhanced traceability - Increased productivity through the efficiency of on-site operations

In the aerospace industry, accurate calibration of measurement instruments used is essential to ensure product safety and reliability. Particularly in inspections and measurements that require high precision, any oversight or deficiency in calibration poses a risk of serious accidents. Ensuring the traceability of instruments and maintaining the most up-to-date calibration status directly contributes to strengthening the quality assurance system. NAVINECT addresses these challenges by achieving reliable calibration management and operational efficiency through the digitalization of calibration operations. 【Usage Scenarios】 - Management of calibration deadlines for various measurement instruments in aircraft manufacturing - Ensuring traceability and usage records of precision measuring instruments in the field of space development - Centralized management of calibration certificates and related documents to meet safety standards 【Benefits of Implementation】 - Reduction of risks due to missed or expired calibrations - Increased efficiency in equipment management operations and reduction of human errors - Strengthening of the quality assurance system and support for compliance with regulations

In the medical device industry, maintaining the accuracy of equipment is extremely important for patient safety and accurate diagnosis and treatment. Delays or deficiencies in calibration can lead to equipment malfunctions and a decrease in diagnostic accuracy, potentially affecting the quality of healthcare. Therefore, thorough management of calibration deadlines and reliable recording of calibration history are essential. NAVINECT addresses these challenges by digitizing the calibration operations of medical devices, supporting both accuracy maintenance and operational efficiency. 【Usage Scenarios】 - Management of calibration deadlines for medical devices - Centralized management of calibration certificates and related documents - Ensuring equipment usage records and traceability - On-site management of equipment location 【Benefits of Implementation】 - Reduction of risks due to missed or expired calibrations - Strengthening of quality assurance systems - Reduction of time and costs associated with calibration operations - Support for compliance adherence

To maintain the operational accuracy of robots, precise calibration of the measuring instruments used is essential. Particularly in robots performing complex movements or precise tasks, even slight errors in the equipment can impact overall performance. Forgetting to calibrate or lapses in management can lead to unexpected troubles or a decline in quality. NAVINECT addresses these challenges by centrally managing calibration deadlines, usage records, and related documents, supporting the digitalization of calibration tasks and contributing to the stable maintenance of robot operational accuracy. 【Usage Scenarios】 - Calibration of sensors for robotic arms - Calibration of navigation systems for automated transport robots - Calibration of image recognition cameras for inspection robots - Verification of robot operations on manufacturing lines 【Benefits of Implementation】 - Prevention of oversights through management of calibration deadlines - Increased efficiency in management tasks through visualization of equipment information - Strengthened quality assurance systems through ensured traceability - Reduced workload through smart operations in the field

The Projection Assembly System is a work support system that utilizes projection mapping technology to prevent mistakes and improve efficiency in assembly tasks. ■ Visualization of Work Instructions The positions and quantities of parts to be retrieved, as well as work instructions, are projected onto the workbench to intuitively support the tasks. This helps prevent errors and mix-ups of parts. ■ Data Recording of Work Results The results of part retrieval and work videos are automatically saved, accumulating work history as digital data. This achieves automation of work records. ■ Visualization of Problem Areas By analyzing work data and videos, bottlenecks and waste are visualized, leading to continuous process improvement and increased productivity. ■ Human Resource Development and Skill Transfer By visualizing work procedures, even less experienced workers can perform tasks reliably, supporting the transfer of know-how from skilled workers. If you are considering improving the quality of assembly work or reducing labor, please feel free to contact us.

In the automotive manufacturing industry, precise retrieval of parts and adherence to instructions are required for the assembly of complex components. Particularly in cases of low-volume production with a wide variety of products and frequent specification changes, accurate communication of instructions to workers and prevention of associated errors are essential for maintaining product quality and improving production efficiency. Inappropriate part instructions or mix-ups can lead to rework and the occurrence of defective products. The Projection Assembly System utilizes projection mapping technology to project the location, quantity, and work instructions of the parts to be retrieved onto the workbench, supporting intuitive work and preventing mistakes and part mix-ups. 【Usage Scenarios】 - Part picking instructions on assembly lines - Prevention of part mix-ups in diverse production - Guidance on work procedures for less experienced workers 【Benefits of Implementation】 - Reduction of part retrieval errors - Shortening of work time - Reduction of management workload through automation of work records

In the pharmaceutical industry's packaging inspection, adherence to accurate work procedures and prevention of mistakes are essential to ensure product quality and safety. Particularly when dealing with a wide variety of components and requiring meticulous work, human errors can lead to significant issues affecting product reliability. The projection assembly system utilizes projection mapping technology to project the position, quantity, and work instructions of the components to be retrieved onto the workbench, supporting intuitive work and effectively preventing mistakes and mix-ups. 【Usage Scenarios】 - Picking instructions for components on pharmaceutical packaging lines - Verification of package inserts and enclosed items - Assistance in checking lot numbers and expiration dates - Maintaining stable work quality regardless of the operator's skill level 【Benefits of Implementation】 - Reduction of work errors in the packaging process - Increased productivity through shortened work time - Enhanced traceability through automatic recording of work history - Accelerated integration of new operators and promotion of skill transfer

In the semiconductor manufacturing industry, inspection assistance requires the precise placement of tiny components and the reliable execution of complex procedures. In particular, errors during the inspection process directly affect product quality and can lead to significant defects. It is crucial for even inexperienced workers to perform tasks accurately as instructed. The projection assembly system supports the improvement of inspection assistance accuracy and efficiency by visualizing work instructions and digitizing work results. 【Usage Scenarios】 - Assistance in inspecting semiconductor components - Accurate placement instructions for tiny components - Navigation of complex inspection procedures 【Benefits of Implementation】 - Reduction of inspection errors - Shortening of work time - Stabilization of work quality

In robot motion teaching, accurate positioning and reproducibility of procedures are required. Particularly in complex assembly tasks or the handling of precision parts, even slight deviations can affect product quality. As automation with robots progresses, clarifying work instructions and confirming that the robot operates according to those instructions becomes crucial. The projection assembly system prevents work errors by projecting motion teaching instructions for the robot, thereby achieving greater efficiency and improved quality in assembly tasks. [Usage Scenarios] - Projection of position and procedures during robot motion teaching - Streamlining teaching tasks - Reducing work errors [Effects of Implementation] - Improved accuracy of robot motion teaching - Reduced teaching time - Stabilization of overall assembly quality

In the electronics industry, particularly in precise soldering tasks, the accurate placement of components and adherence to reliable work procedures are directly linked to the product's reliability. Incorrect component installation or insufficient soldering can lead to product failures or performance degradation. The projection assembly system addresses these challenges by projecting work instructions in real-time onto the workbench, eliminating confusion for operators and reducing errors. This enables even less experienced workers to perform stable quality soldering tasks and supports the transfer of expertise from skilled workers. 【Usage Scenarios】 - Mounting electronic components onto circuit boards - Installing connectors - Soldering small components - Low-volume production lines with a variety of products 【Benefits of Implementation】 - Prevention of component mix-ups or omissions during soldering - Reduction of work time - Labor cost reduction through automation of work records - Accelerated development of new workers into effective team members

The SC-20 work inspection camera is an inspection system designed for work processes that inspects operational errors in real-time during the assembly process, achieving quality improvement. ■ Real-time inspection during work By linking image recognition with work instructions, it automatically checks whether tasks are being performed according to the prescribed procedures. It prevents mistakes by not allowing progress to the next step until the correct state is achieved. ■ Automatic detection of assembly errors It automatically identifies issues such as the mixing up of similar parts, missing components, and mistakes in work order through image recognition. Differences in color, shape, and texture can also be recognized. ■ Ensuring traceability with image logs Work results and OK/NG judgments are saved as image data, which can be used for tracking and analyzing work history. ■ Easy implementation and PC-free operation It can be configured with just a camera, monitor, and input devices, allowing for installation without a computer. Digital inspections can be started immediately on-site. If you are considering stabilizing work quality or preventing careless mistakes, please feel free to contact us.

In quality control within the manufacturing industry, accurate inspection and recording during the work process are required to enhance product reliability. In particular, human errors during the assembly process can lead to product defects and rework. To address these challenges, it is crucial to have a system that can confirm in real-time whether work is being carried out according to instructions and automatically detect assembly mistakes. The work inspection camera SC-20 meets these needs, achieving quality improvement and ensuring traceability. 【Usage Scenarios】 - Detection of part mix-ups, shortages, and sequence errors in the assembly process - Confirmation of adherence to work procedures - Prevention of careless mistakes - Recording and tracking of work history 【Benefits of Implementation】 - Stabilization of work quality - Reduction of defective products - Quality assurance through improved traceability - Early detection and improvement of work mistakes

In the electronics industry, the accuracy of the placement and connection of tiny components during circuit board checks is directly linked to the reliability of the product. In particular, the mix-up of similar components, missing parts, and mistakes in the order of operations can lead to a decline in product performance or failures. It is crucial to prevent these mistakes and ensure stable quality. The SC-20 work inspection camera is an inspection system designed for work processes that addresses these challenges and achieves quality improvement. 【Usage Scenarios】 - Confirmation of component mounting status on the circuit board - Checking for the presence, orientation, and type of components - Verification of adherence to work procedures 【Benefits of Implementation】 - Reduction of operational errors in circuit board mounting - Stabilization of quality and prevention of defective products from being released - Improved traceability through the visualization of work history

In the automotive industry, accurate inspection of parts is required to ensure product quality and safety. In particular, mix-ups of similar parts, shortages, and mistakes in the order of operations can lead to a decrease in product reliability and potential recalls. To prevent these mistakes and maintain stable quality, real-time verification during the work process and tracking in case of emergencies are essential. The work inspection camera SC-20 addresses these challenges with automatic checks through image recognition and reliable recording. 【Usage Scenarios】 - Prevention of mix-ups of similar parts - Detection of part shortages - Confirmation of work order - Quality checks in the assembly process 【Benefits of Implementation】 - Reduction of work errors - Stabilization of quality - Improvement of traceability - Prevention of defective products from being released

In the medical device industry, precise work is required in the assembly process to ensure product safety and reliability. In particular, the assembly of fine components and adherence to established procedures are essential, with even minor mistakes being unacceptable. These errors can lead to product malfunctions and, ultimately, serious issues concerning patient safety. The work inspection camera SC-20 links image recognition with work instructions, automatically checking whether tasks are being performed according to the procedures, thereby preventing assembly errors in real time. By implementing a system that does not allow progression to the next step until the correct state is achieved, it helps prevent careless mistakes and contributes to the improvement of medical device quality. 【Usage Scenarios】 - Checking the presence of parts, selecting the correct components, and confirming assembly order on the medical device assembly line - Inspecting the installation position and orientation of fine components - Verifying the condition after assembly 【Benefits of Implementation】 - Quality improvement through the reduction of assembly errors - Ensuring traceability through image logs of work history - Stabilization of work quality

SHO-XYZ is an IoT-based inventory management system that centralizes the management of product and equipment locations and stock, achieving greater efficiency in warehouse operations. ■Automatic Location Recording By utilizing RF tags and sensors, the system automatically acquires the location information of items. This allows for real-time tracking of item locations without relying on manual labor. ■Significant Reduction in Search Time The storage locations within the warehouse are intuitively visualized, making it easy for anyone to find items. This reduces the time spent searching for goods and improves work efficiency. ■Easy and Low-Cost Implementation Available at a low cost through a subscription model, it can be operated using an Android smartphone and implemented immediately without special equipment. ■Reduction of Human Error and Loss Risk By automatically recording location information, the system reduces the risk of misplacement and loss, contributing to improved accuracy in warehouse management. If you are considering improving inventory management efficiency or reducing the time spent searching for items, please feel free to contact us.

In the manufacturing industry, accurately tracking the location of a wide variety of parts and managing inventory is essential for maintaining and improving production efficiency. In particular, the loss or misplacement of parts can lead to serious issues such as production line stoppages and delays in delivery. In response to these challenges, the location and inventory management system SHO-XYZ visualizes the whereabouts of parts in real-time, achieving improved accuracy and efficiency in management tasks. 【Usage Scenarios】 - Confirming the location of parts on the production line - Conducting inventory checks of parts in the warehouse - Ensuring traceability of defective products - Preventing incorrect allocation of parts by workers 【Benefits of Implementation】 - Improved work efficiency by reducing the time spent searching for parts - Cost reduction by lowering the risk of lost parts - Optimization of production planning through improved accuracy in inventory management - Stabilization of quality by reducing human errors

In the retail industry, accurate inventory management and efficient stocktaking contribute to preventing lost opportunities and improving customer satisfaction. Particularly when dealing with a wide variety of low-volume products or when store layouts are frequently changed, accurate stocktaking can become a time-consuming and labor-intensive task. Incorrect inventory information can lead to lost sales opportunities due to stockouts or increased costs due to excess inventory. SHO-XYZ centralizes the management of product and equipment locations and inventory, contributing to the efficiency and accuracy of stocktaking operations. 【Usage Scenarios】 - Management of product locations within the store - Understanding inventory status in the backroom - Streamlining regular stocktaking operations 【Benefits of Implementation】 - Reduction in time and effort required for stocktaking - Mitigation of stockouts and excess inventory through improved accuracy of inventory information - Reduction of employee workload

In the logistics industry, accurately tracking the location of cargo and managing inventory are essential for improving operational efficiency and customer satisfaction. Particularly in warehouses and distribution centers that handle a large volume of cargo, quick identification of shipments and precise inventory counts are required. Incorrect location information or inventory shortages can lead to delivery delays and lost opportunities. SHO-XYZ supports the resolution of these challenges by utilizing IoT technology to automatically record the location of cargo. 【Use Cases】 - Cargo search within the warehouse - Inventory confirmation during shipping and receiving - Cargo tracking between multiple locations - Identification of lost cargo 【Benefits of Implementation】 - Reduction in time spent searching for cargo - Streamlining of inventory management tasks - Decrease in human errors and risk of cargo loss - Improvement in warehouse management accuracy

At construction sites, the accurate placement of materials and quick location verification are crucial for adhering to schedules and managing costs. Loss or misplacement of materials can lead to work delays and additional costs. Our system, SHO-XYZ, contributes to solving these challenges by automatically recording the location information of materials and visualizing the overall material status on site. 【Usage Scenarios】 - Management of material placement locations at construction sites - Prevention of material loss and location verification - Reduction of search time for materials by workers 【Benefits of Implementation】 - Improved work efficiency through reduced time spent searching for materials - Decreased risk of material loss - Enhanced accuracy in site management

In the automotive parts industry, smooth operation of the supply chain and reliable supply to production lines are essential. Particularly in environments that adopt small-batch production and just-in-time methods, accurate location tracking of parts and real-time inventory status checks are indispensable. Loss of parts or incorrect storage locations can directly lead to production delays and increased costs. SHO-XYZ addresses these challenges by automatically recording the location of items and significantly reducing the time spent searching, thereby improving inventory management efficiency and reducing the risk of loss. 【Usage Scenarios】 - Management of parts inbound and outbound in automotive parts warehouses - Location management for supplying parts to production lines - Streamlining inventory counting tasks - Ensuring traceability of defective products 【Benefits of Implementation】 - Improved work efficiency through reduced time spent searching for parts - Enhanced accuracy of inventory management and reduced human errors - Cost reduction due to decreased risk of loss - Optimization of production planning through real-time inventory information

In the apparel industry, accurate inventory management and quick picking are essential for managing a wide variety of products and sizes. Particularly, being able to grasp the inventory status by size in real-time and preventing stockouts and excess inventory is crucial for avoiding lost sales opportunities and enhancing customer satisfaction. Picking the wrong size of a product or having unclear inventory locations can lead to decreased work efficiency and inconvenience for customers. SHO-XYZ supports the resolution of these challenges by centrally managing the locations and inventory of apparel products by size. 【Usage Scenarios】 - Size-based inventory management in apparel warehouses - Size-based product searches in stores - Size confirmation during shipments from e-commerce sites 【Benefits of Implementation】 - Visualization of inventory status by size - Improved accuracy and reduced time in picking operations - Increased efficiency in inventory management tasks

In the medical and pharmaceutical industry, strict drug management and ensuring traceability are required. Particularly for drugs that require temperature control or pharmaceuticals that demand precise inventory counts, accurate location tracking and rapid inventory checks are essential for maintaining quality and compliance. Inadequate management can lead to risks of quality deterioration, supply delays, and even violations of regulations. SHO-XYZ supports the resolution of these challenges by centrally managing the location and inventory of pharmaceuticals. 【Usage Scenarios】 - Accurate location management of drugs in pharmaceutical warehouses - Inventory and location management of reagents in research and development departments - Confirmation of the location of drugs requiring temperature control - Ensuring traceability of drugs linked to lot management 【Benefits of Implementation】 - Improved work efficiency by reducing the time spent searching for drugs - Reduced risk of misplacement or loss of drugs due to human error - Appropriate ordering and replenishment through real-time inventory status understanding - Accurate drug management contributing to compliance adherence

In the IT and electronics industry, particularly in serial management, there is a demand for accurate tracking of individual products and visualization of inventory status. Managing products by their serial numbers is essential for quality assurance, recall response, and asset management, making quick and accurate information access crucial. Improper management can lead to product loss, untraceability, operational delays, and even a decrease in reliability. SHO-XYZ addresses these challenges by utilizing RF tags and sensors to automatically record location information linked to product serial numbers. 【Use Cases】 - Inbound and outbound management of electronic components by serial number - Location confirmation and loss prevention of high-value products - Location management of parts trays on the manufacturing line - Product tracking for maintenance and repair history management 【Benefits of Implementation】 - Reduction in product search time by serial number - Improvement in inventory accuracy and reduction of loss risk - Decrease in misplacement due to human error - Enhanced operational efficiency within the warehouse

In the agricultural sector, accurate tracking of harvest quantities and management in appropriate storage locations is essential. Particularly during peak harvest times or when handling a variety of items, quickly understanding where and how much of each item is located is crucial for maintaining quality and preventing lost sales opportunities. Relying on manual management can lead to errors and oversights, which may result in unclear inventory and increased risk of loss. SHO-XYZ addresses these challenges by automatically recording the location of items, supporting the efficiency and accuracy of management tasks. 【Use Cases】 - Recording the intake and storage locations of harvested goods - Picking and preparing harvested goods for shipment - Confirming the location of agricultural tools and materials 【Benefits of Implementation】 - Faster understanding of the location of harvested goods - Labor-saving in inventory management tasks - Reduced risk of loss

Kachaka Pro is a small autonomous mobile robot (AMR) that docks with dedicated shelves to transport necessary items to required locations. ■ Easy to introduce with a compact and low-cost design It can operate in narrow aisles (minimum 550mm) with its compact body. It can be introduced for under 1 million yen, making it easy to automate logistics within factories. ■ Simple operation for immediate deployment Settings can be configured via a smartphone app or button operation, with no programming required. It can be operational on the same day by simply following the guide. ■ Flexible transport operations It docks with dedicated shelves to automatically transport parts and products. With the API made public, it can also integrate with higher-level systems and equipment. ■ Flexible response to layout changes Using SLAM technology, it does not require markers or magnetic tape. It can flexibly adapt to changes in factory layouts. If you are considering labor reduction and transport automation in your factory logistics, please feel free to contact us.

In manufacturing facilities, the reliable and efficient transportation of parts is essential for the smooth operation of production lines. In particular, working in limited spaces and relying on manual transportation can lead to decreased productivity and increased burdens on workers. Kachaka Pro offers solutions to these challenges through the automation of transportation using small AMRs. [Use Cases] - Supplying parts to the production line - Collecting and transporting finished products - Moving parts between tasks [Benefits of Implementation] - Labor reduction through the automation of transportation tasks - Improved work efficiency - Reduction of human errors

In the warehouse industry, accurate inventory management and efficient stocktaking operations are required. In particular, picking and replenishment tasks in vast spaces demand time and effort, and carry the risk of human error. In response to these challenges, the small autonomous transport robot "kachaka Pro" automates the transportation of necessary items to the required locations, achieving efficiency and labor reduction in inventory management tasks. 【Usage Scenarios】 - Picking and replenishment of parts and products within the warehouse - Transportation tasks during stocktaking - Inspection and sorting tasks during inbound and outbound shipments 【Benefits of Implementation】 - Reduction of work time through automation of transportation tasks - Improvement of inventory management accuracy by reducing human errors - Alleviation of employee burden and increased productivity

In the medical field, the rapid and reliable transport of specimens is directly linked to the speed of diagnosis and treatment. In particular, efficiently and safely transporting multiple specimens is important for reducing the burden on healthcare workers and improving operational efficiency. Inappropriate transport can lead to specimen damage or loss, as well as an increased risk of infection. The small autonomous transport robot kachaka Pro provides a low-cost and easy-to-implement automation solution for these challenges in the medical field. 【Usage Scenarios】 - Transporting specimens from the ward to the laboratory - Sorting and transporting specimens within the laboratory - In-house transport of medications and medical supplies 【Benefits of Implementation】 - Reduction of time and effort required for specimen transport - Decrease in the risk of specimen mix-ups and losses due to human error - Creation of an environment where healthcare workers can focus on their primary tasks.

In the caregiving field, staff members are required to ensure time is allocated to support each individual user, which necessitates the streamlining of operations. In particular, tasks such as transporting and moving items can become burdensome for staff and may encroach on the time available for attending to users. In such situations, a system that can quickly and safely transport items to the necessary locations contributes to reducing the burden on the field. Kachaka Pro is a small autonomous mobile robot (AMR) that docks with dedicated shelves to transport necessary items to required locations, supporting the automation of item transportation in caregiving settings. 【Usage Scenarios】 - Transporting items (towels, meals, medications, etc.) within the facility - Assisting staff with mobility (transporting necessary items in advance) - Non-contact transportation of items as an infection control measure 【Benefits of Implementation】 - Reduction in staff movement and transportation task time - Creation of more time for attending to users - Streamlining of operations and reduction of burden

In the food and beverage industry, smooth service delivery to customers and reducing the burden on staff are essential. In particular, the transportation of food and drinks can become challenging due to labor shortages and increased workload. Therefore, rapid and accurate delivery is crucial in addressing these issues. Kachaka Pro is a small autonomous delivery robot that meets these needs. 【Usage Scenarios】 - Serving food and drinks in restaurants and cafes - Smooth transportation from the kitchen to the dining area - Reducing staff burden during peak times 【Benefits of Implementation】 - Improved customer satisfaction through more efficient serving processes - Reduced workload for staff, allowing them to focus on core tasks - Contribution to alleviating labor shortages

In research and development settings, the transportation of samples and reagents necessary for experiments occurs frequently, often taking up the time of the personnel involved. In particular, the rapid transport of samples that require temperature control between multiple laboratories can impact the progress of experiments. To address these challenges, the small autonomous transport robot kachaka Pro provides an environment where researchers can focus on their core experimental tasks by automatically transporting necessary items to the required locations. 【Usage Scenarios】 - Transporting samples and reagents between laboratories - Moving research equipment and components - Rapid transport of samples requiring temperature control 【Benefits of Implementation】 - Improved operational efficiency by reducing researchers' travel time - Decreased transportation errors and enhanced accuracy of experiments - Flexible transport operations in limited spaces

In educational institutions, a significant amount of time and effort can be spent on transporting teaching materials and resources. Particularly, moving between classrooms and distributing to multiple locations can become a burden for faculty and staff, raising concerns about the impact on educational activities that should be prioritized. The swift and reliable transport of teaching materials is essential for the smooth operation of educational settings. The small autonomous transport robot kachaka Pro offers a low-cost and easy-to-implement automation solution for these challenges. 【Usage Scenarios】 - Transporting teaching materials and resources to classrooms - Transporting books and materials from the library - Moving experimental equipment and supplies - Transporting setup materials to event venues 【Benefits of Implementation】 - Reduction of time and effort spent by faculty and staff on transporting teaching materials - Increased efficiency in lesson preparation through rapid distribution of materials - Resolution of labor shortages and improvement of operational efficiency - Reduced risk of damage to teaching materials through safe transport

In an office environment, a significant amount of time may be spent on routine transportation tasks such as moving documents between departments and distributing materials to meeting rooms. These tasks can hinder employees' focus on their core responsibilities and may contribute to decreased productivity. The small autonomous transport robot kachaka Pro addresses these transportation challenges within the office and improves operational efficiency. 【Usage Scenarios】 - Transporting documents and supplies between departments - Distributing materials to meeting rooms - Sorting and transporting mail 【Benefits of Implementation】 - Reducing the burden of transportation tasks on employees - Improving operational efficiency - Reducing human errors

In the hotel industry, the prompt and reliable delivery of amenities and linens to guest rooms leads to increased customer satisfaction. In particular, reducing staff travel time and effort is a crucial challenge for maintaining and improving service quality. In response to these challenges, the small autonomous delivery robot "kachaka Pro" offers an efficient delivery solution. 【Usage Scenarios】 - Restocking amenities in guest rooms - Transporting linens - Moving in-house supplies 【Benefits of Implementation】 - Reduction in staff travel time - Streamlining delivery operations - Acceleration of service provision

In the retail industry, there is a demand for improved efficiency in store operations and increased customer satisfaction. In particular, the task of restocking products places a significant burden on store staff, and labor shortages are often a challenge. Accurate and prompt restocking is crucial to prevent stockouts and reduce lost purchasing opportunities for customers. Kachaka Pro contributes to addressing these challenges in retail stores through automation of transportation using small AMRs. 【Usage Scenarios】 - Restocking products from the backroom to the sales floor - Quick replenishment of shelves that have run out of stock - Reducing the burden of transporting heavy products 【Benefits of Implementation】 - Labor-saving in product restocking tasks - Reduced burden on staff and improved operational efficiency - Decreased stockout rates leading to reduced opportunity losses

The Star series is an autonomous mobile robot (AMR) designed for transporting heavy loads of up to 600 kg. It enables the automation of transportation in a wide range of environments, including factories, logistics warehouses, and medical facilities. ■ Wide Range of Models Multiple models are available according to application, including 150 kg, 300 kg, and 600 kg options. This allows for the selection of the most suitable robot based on the transportation conditions at the site. ■ High-Precision Autonomous Navigation With positioning accuracy of ±3 cm, it achieves stable transportation and can operate in narrow paths (minimum 60 cm wide). ■ High Mobility It can handle steps and inclines (up to about 8°) and operates stably in various environmental conditions. ■ Long Operating Time and Stable Operation It can operate continuously for about 8 to 10 hours. With 4G/Wi-Fi communication, it supports the management of multiple units and remote operation. If you are considering the automation or labor reduction of heavy load transportation, please feel free to contact us.

In the supply of parts for the manufacturing industry, it is essential to supply the necessary parts at the right time, accurately and quickly, to ensure the smooth operation and efficiency of the production line. Delays in parts supply or incorrect deliveries can lead to production line stoppages and rework, potentially resulting in decreased productivity. The Autonomous Mobile Robot (AMR) Star series provides solutions to these challenges through the automation of transportation tasks. 【Usage Scenarios】 - Timely supply of parts to the manufacturing line - Transportation of tools and materials to workers - Conveyance of finished products to the collection area 【Benefits of Implementation】 - Reduction of production line stoppage risks through stabilization of parts supply - Promotion of focus on core tasks by reducing workers' travel time - Cost control of labor through the reduction of manpower in transportation tasks

In the warehouse and logistics industry, there is a demand for increased efficiency and labor reduction in picking operations. In particular, moving within vast warehouses and picking numerous products are tasks that require significant time and effort. Accurate and swift picking directly contributes to improved customer satisfaction. The Star series addresses these challenges by contributing to automation of transportation through autonomous driving. 【Usage Scenarios】 - Efficiency improvement in picking operations within warehouses - Automation of transportation for products and materials - Reduction of labor costs through labor-saving measures 【Benefits of Implementation】 - Shortening of picking operation time - Improvement in work accuracy - Reduction of employee burden

In the automotive industry, accurate and efficient supply of parts is required for line transportation. Particularly, to prevent production line stoppages and achieve just-in-time parts supply, stable transportation capacity and flexible operation in limited space are crucial. Improper transportation can lead to delays in the production line and damage to parts. The Autonomous Mobile Robot (AMR) Star series addresses these challenges and automates the transportation tasks in automotive production lines. 【Usage Scenarios】 - Supply of parts to the production line - Movement of parts between processes - Transportation of finished vehicles within the factory 【Benefits of Implementation】 - Labor reduction through automation of transportation tasks - Stable operation of the production line and increased productivity - Reduced burden on workers and improved safety

In the food industry, hygiene management and efficient transportation of raw materials are required. Particularly in the transportation of heavy raw materials or those requiring temperature control, reducing the burden on workers and maintaining quality during transport are crucial. Improper transportation can lead to contamination of raw materials, degradation of quality, and fatigue for workers. The autonomous mobile robot (AMR) Star series can handle the transportation of heavy items up to 600 kg, automating the movement of raw materials in food factories and warehouses. 【Usage Scenarios】 - Transportation of raw material pallets within the factory - Supply of raw materials from the warehouse to the production line - Safe transportation in hygienic areas 【Benefits of Implementation】 - Reduction of worker burden and labor savings - Increased efficiency of transportation tasks and shortened lead times - Reduction of human errors and improved safety - Stable operation in a hygienic environment

In the electronics industry, high positioning accuracy and stable operation are required for precise substrate transport. Particularly in processes that handle delicate electronic components, even slight vibrations or shocks can affect product quality. Additionally, efficient transport in limited spaces is essential for the optimization of the entire production line. The autonomous mobile robot (AMR) Star series addresses these challenges and enables the automation of substrate transport. 【Usage Scenarios】 - Substrate transport within clean rooms - Parts supply between production lines - Transport to the shipping area for finished products 【Benefits of Implementation】 - Labor reduction through automation of substrate transport - Stable transport with a positioning accuracy of ±3cm - Space efficiency achieved with a minimum passage width of 60cm

In the retail industry, efficient and rapid transportation operations are required for inventory movement within stores and product replenishment in the backroom. Particularly when handling a large number of products with limited personnel, the burden of transportation tasks is significant, and there are risks of human error and work delays. To address these challenges, automating operations for efficiency is crucial. The Autonomous Mobile Robot (AMR) Star series meets these needs and supports transportation operations in retail environments. 【Usage Scenarios】 - Inventory movement for product display within the store - Product replenishment from the backroom to the sales floor - Support for picking operations within the warehouse - Movement of returned products 【Benefits of Implementation】 - Streamlining and reducing manpower in inventory movement operations - Reducing misdeliveries due to human error - Smoothing store operations by shortening work time - Reducing employee burden and promoting focus on core tasks

In airport baggage transportation, it is essential to transport large and heavy luggage quickly and safely. In particular, reducing passenger wait times and ensuring efficient operations with limited personnel are crucial. An inadequate transportation system can lead to delays and increased burdens on workers. The Autonomous Mobile Robot (AMR) Star series addresses these challenges and enables the automation of baggage transportation at airports. 【Usage Scenarios】 - Baggage transportation from check-in counters to boarding gates - Baggage sorting and aggregation in the cargo area - Baggage delivery to VIP lounges 【Benefits of Implementation】 - Increased passenger satisfaction through faster baggage transportation - Reduction of manpower in transportation operations and alleviation of worker burdens - Establishment of a flexible operational system with 24-hour operation

In the hotel industry, a significant amount of personnel and time is allocated for transporting linens between guest rooms and laundry. Particularly, efficiently and hygienically transporting large quantities of linens is essential for maintaining and improving service quality. Inadequate linen management can lead to decreased customer satisfaction and increased burden on staff. The autonomous mobile robot (AMR) Star series automates linen transportation tasks within hotels, addressing these challenges. 【Usage Scenarios】 - Restocking linens in guest rooms - Transporting linens from laundry to each floor - Collecting used linens 【Benefits of Implementation】 - Reduction in manpower for linen transportation tasks - Alleviation of staff burden and focus on core operations - Improvement in service quality through enhanced transportation efficiency