三共精機 Product Lineup

In the field of agriculture, understanding the condition of equipment to properly manage temperature, humidity, and CO2 concentration is crucial for environmental control. Accurately grasping these values and detecting anomalies early directly contributes to maintaining an optimal growth environment for crops, stabilizing yield and quality. Inadequate management can increase the risk of poor growth and pest outbreaks. WIZIoT smartens these inspection tasks through AI-based automatic meter reading and cloud management, supporting the efficiency of agricultural management. 【Usage Scenarios】 - Inspection of temperature and humidity meters in greenhouses - Checking meters for irrigation equipment - Monitoring water level gauges in storage tanks 【Benefits of Implementation】 - Reduction in inspection and recording time - Improved management accuracy by preventing recording errors - Mitigation of crop impact through early detection of anomalies

• Other information systems

In the energy industry, accurate monitoring of meter values and early detection of anomalies are required to ensure stable operation and safety of equipment. In particular, verifying the values of widely dispersed equipment and complex meters carries the risk of human error and oversight, which can lead to an increased burden on inspection tasks. In response to these challenges, WIZIoT supports the digitalization of equipment inspection tasks through AI-based automatic meter reading and cloud management, achieving improved accuracy and efficiency in anomaly detection. 【Use Cases】 - Automatic meter reading for energy infrastructure equipment - Early detection of anomalies in remote equipment - Streamlining the recording of meter values during regular inspections 【Benefits of Implementation】 - Up to 80% reduction in inspection and recording time - Approximately 47% reduction in inspection management tasks - Improved accuracy by preventing errors during meter reading

• Other information systems

In the food service industry, strict hygiene management is required to maintain food safety and quality. In particular, temperature management of refrigerators and freezers, as well as monitoring the operational status of cooking equipment, are important for preserving food freshness and preventing foodborne illnesses. If these inspection records are insufficient or if manual recording takes too much time, the burden of management tasks increases, and the risk of human error also rises. WIZIoT addresses these challenges through automatic meter reading using AI and cloud management, supporting the smart management of hygiene operations. 【Usage Scenarios】 - Automatic reading of temperature meters for refrigerators and freezers - Recording the operational status of cooking equipment - Inspection records for cleaning areas - Confirmation of any abnormalities 【Benefits of Implementation】 - Reduction in inspection and recording time - Improved accuracy by preventing recording errors - Increased efficiency in management tasks through paperless operations - Quick sharing and confirmation of inspection results

• Other information systems

In the infrastructure industry, accurate and prompt inspections are required to maintain stable operation of equipment. Particularly for equipment located in remote or hard-to-access areas, regular checks of meter readings and early detection of anomalies are essential for preventing accidents and reducing maintenance costs. Inadequate inspections can lead to unexpected equipment failures and their widespread consequences. WIZIoT addresses these challenges through AI-powered automatic meter reading and cloud management, supporting the digitalization of equipment inspection tasks. 【Use Cases】 - Monitoring the status of equipment meters in remote locations - Recording meter values during regular equipment inspections - Documenting anomalies such as unusual noises, odors, and liquid leaks - Rapid sharing of inspection results and approval processes 【Benefits of Implementation】 - Up to 80% reduction in inspection and recording time - Approximately 47% reduction in inspection management tasks - Improved accuracy of inspection records and prevention of errors - Increased efficiency in management tasks through paperless operations

• Other information systems

In the manufacturing industry, the stable operation of equipment and the realization of predictive maintenance are directly linked to increased productivity and cost reduction. In particular, the recording of meter values and the confirmation of abnormalities during daily equipment inspections are prone to oversight and recording errors, which burden maintenance operations. To solve these challenges and achieve more accurate predictive maintenance, the digitization and efficiency of inspection tasks are required. WIZIoT addresses these issues through AI-based automatic meter reading and cloud management, supporting the smart transformation of equipment inspection operations. 【Usage Scenarios】 - Inspection of various equipment meters within the factory - Recording of abnormal locations such as unusual noises, odors, and liquid leaks - Acceleration of inspection record reporting on-site - Efficiency improvement in management operations through paperless processes 【Benefits of Implementation】 - Up to 80% reduction in inspection and recording time - Approximately 47% reduction in inspection management tasks - Improved accuracy of inspection records and prevention of errors - Smoother information sharing through centralized management in the cloud

• Other information systems

WIZIoT is a facility inspection DX service that utilizes AI for meter reading and cloud management to achieve the digitalization of equipment inspection operations. ■ Automatic meter reading with AI By simply holding a smartphone up to the meter, AI automatically recognizes the values. This prevents misreading and recording errors, improving the accuracy and efficiency of inspection operations. ■ Complete equipment inspections with a smartphone Inspection results for unusual sounds, odors, or leaks can be easily entered into the app. Recording and reporting can be done smoothly on-site. ■ Automation of approval and daily report creation After completing the inspection, online approval is supported. Once approved, a signed daily report (PDF) is automatically generated, reducing the burden of reporting tasks. ■ Streamlining management operations with paperless processes By reducing paper inspection sheets and Excel transcription tasks, inspection information is centrally managed in the cloud. This achieves labor-saving in inspection operations and facilitates information sharing. If you are considering improving the efficiency and paperless processes of equipment inspections, please feel free to contact us.

• Other information systems

In the field of plant and equipment maintenance, the accuracy of inspection records and rapid information sharing are essential for stable equipment operation and the realization of predictive maintenance. Records on paper or Excel can lead to issues such as transcription errors, omissions, and delays in information sharing, potentially reducing the efficiency of maintenance operations. i-Reporter addresses these challenges by digitizing paper and Excel forms without changing on-site operations, thereby improving the efficiency of recording, reporting, and approval processes. 【Usage Scenarios】 - Recording during equipment inspections - Reporting on maintenance inspection tasks - Real-time information sharing on-site 【Benefits of Implementation】 - Improved operational efficiency by reducing transcription work - Prevention of input errors and omissions - Rapid information sharing between the field and the office - Promotion of paperless operations

• Electronic documents

In the agricultural sector, it is essential to accurately grasp and manage detailed cultivation records such as crop growth conditions, pesticide application, and harvest yields. In particular, to consistently produce high-quality crops while responding to changes in weather and soil conditions, it is important to have a system in place that allows for the precise recording and analysis of daily work activities. Inadequate records or transcription errors can lead to a review of cultivation plans and a decrease in the accuracy of yield forecasts. i-Reporter digitizes cultivation records that are currently managed on paper or Excel, streamlining the process from on-site input to reporting and approval tasks. 【Usage Scenarios】 - Growth records, pesticide application records, and harvest yield records in the field - Creation of daily work reports and inspection records - Records for quality control and ensuring traceability 【Benefits of Implementation】 - Increased efficiency in record-keeping and reduction of transcription errors - Rapid decision-making through real-time information sharing - Optimization of cultivation plans through centralized data management - Cost reduction and environmental impact reduction through paperless operations

• Electronic documents

In the logistics industry, delivery confirmation tasks require accurate and prompt information recording and sharing. In particular, real-time understanding of delivery status and prevention of misdeliveries and delays are crucial factors that directly impact customer satisfaction. Paper-based records are prone to transcription errors, loss risks, and delays in information sharing, which can lead to decreased operational efficiency. i-Reporter addresses these challenges by digitizing your usual paper or Excel delivery confirmation forms, enabling smooth input on-site and verification in the office. 【Usage Scenarios】 - Delivery route confirmation - Signature recording during package handover - Delivery completion reporting - Situation recording in case of damage or loss 【Benefits of Implementation】 - Improved operational efficiency through real-time sharing of delivery information - Enhanced accuracy by reducing transcription errors and omissions - Cost reduction and easier information management through paperless operations

• Electronic documents

In the construction industry, it is essential to accurately and quickly grasp the on-site situation and share it among stakeholders. In particular, creating work records, photographs, and reports on-site takes time and effort, leading to delays in information transmission and risks of human error due to the need to carry information back to the office or transcribe it. To address these challenges and ensure smooth project progress, the digitization of on-site forms becomes crucial. i-Reporter enables the electronic conversion of paper and Excel forms without changing on-site operations, thereby improving the efficiency of recording and reporting tasks. 【Usage Scenarios】 - Recording progress on construction sites - Creating reports linked with photographs and drawings - Inputting data while on the move or in areas with no connectivity - Real-time information sharing with the office 【Benefits of Implementation】 - Improved operational efficiency by reducing transcription and re-entry tasks - Prevention of input errors and omissions - Faster decision-making through rapid information sharing between the site and the office - Promotion of a paperless environment

• Electronic documents

In quality inspection of the manufacturing industry, accurate recording and rapid sharing of inspection results are required. Particularly in situations where there are many inspection items or real-time understanding of on-site conditions is necessary, paper-based records and manual transcription increase the risk of human error and may lead to delays in operations. In response to these challenges, i-Reporter digitizes the paper or Excel forms you usually use, completing the process from input to reporting on-site, thereby reducing transcription work and supporting the efficiency and accuracy improvement of quality inspection operations. 【Usage Scenarios】 - Product inspection on the manufacturing line - Pre-shipment inspection - Quality confirmation during equipment inspections - Recording and reporting of defective products 【Benefits of Implementation】 - Rapid decision-making through real-time sharing of inspection data - Improved operational efficiency by reducing transcription work - Prevention of recording errors through input assistance features - Cost reduction and easier information management through paperless operations

• Electronic documents

i-Reporter is a field report digitization system that directly converts paper and Excel-based field reports into electronic format, achieving efficiency in recording, reporting, and approval processes. ■ Direct digitization of paper reports Since you can convert the paper reports and Excel forms you regularly use into electronic forms without changing the field operations, you can promote a paperless environment. ■ Input and reporting completed on-site Forms can be filled out using tablets or smartphones and immediately converted into data. This reduces transcription and re-entry tasks, improving operational efficiency. ■ Diverse input support features Supports various input methods such as barcode and QR code scanning, photo attachment, voice input, and integration with Bluetooth-enabled measuring devices. This helps prevent input errors and omissions. ■ Real-time information sharing Entered forms are instantly registered in the database, allowing for real-time information sharing between the field and the office. It also supports integration with external systems. If you are considering digitizing manufacturing sites, equipment inspections, quality inspections, or maintenance tasks, please feel free to contact us.

• Electronic documents

In the construction industry, examining structural considerations can lead to improved design efficiency through the reuse of past similar structures and components. Particularly in complex structural calculations and detailed designs, it is crucial to quickly locate existing design assets and understand their shapes and specifications. However, when drawing numbers or part numbers are unclear, it can take a significant amount of time to find the necessary information from past design data, leading to design delays and duplicated designs. SS4M addresses these challenges through AI-powered 3D shape searches. 【Usage Scenarios】 - Searching for similar shapes of past structural components - Referencing design data of similar structures - Promoting the reuse of components in structural considerations 【Benefits of Implementation】 - Significant reduction in search man-hours for structural considerations - Improved efficiency through effective utilization of design assets - Reduction in new design man-hours and duplicated components

• Other CAD related software

In the robotics industry, efficient selection and reuse of diverse components are required in mechanical design. Particularly during new development or improvements, it is important to make the most of existing component assets to shorten development time and reduce costs. However, when part numbers or drawings are unclear, the task of finding similar components from past design data can be time-consuming and burdensome for designers. Additionally, the personalization of components can lead to challenges in technology transfer. The 3D similar shape search system SS4M solves these issues by allowing AI to instantly search for similar components based on the shapes of 3D CAD data. 【Usage Scenarios】 - Searching for existing mechanical components in new robot arm development - Exploring alternative components for the improvement and maintenance of existing robots - Promoting component standardization across multiple robot development projects - Rapid prototyping utilizing past design assets 【Benefits of Implementation】 - Significantly reduces the man-hours required for searching similar components, shortening design time - Promotes reuse design and controls costs for new component development - Reduces procurement and management costs through component standardization - Supports technology transfer and business standardization with searches that do not rely on the experience of personnel

• Other CAD related software

In the home appliance industry, it is essential to efficiently utilize past product assets to shorten development time and reduce costs. In particular, the ability to quickly identify similar-shaped parts that can be reused in design significantly impacts development speed. If past design data and part information are not organized or if it relies on the experience of personnel, it can take a long time to search for necessary parts, leading to a reliance on individual expertise in design. SS4M promotes reuse design by quickly identifying similar parts based on shape, even when part numbers or drawings are unknown, through AI-powered 3D shape search. 【Usage Scenarios】 - Searching for similar parts from past home appliance casing designs - Considering the reuse of existing parts in new casing designs - Promoting cost reduction through part standardization - Part search that does not rely on the experience of design personnel 【Benefits of Implementation】 - Significantly reduces the labor required for searching similar parts - Reduces new design labor through the promotion of reuse design - Cuts costs by preventing the occurrence of duplicate parts - Supports technology transfer and standardization of operations

• Other CAD related software

In the medical device industry, particularly in implant design, precise shape reproduction and the utilization of past design assets are required. Implant components often have complex shapes that consider biocompatibility and functionality, and the search for similar components and reuse design significantly impacts design man-hours. Finding appropriate parts from past design data leads to reduced development time and cost savings. SS4M promotes reuse design by quickly searching for past implant components based on shape, even when part numbers or drawing numbers are unknown, using AI-powered 3D similar shape searches. 【Usage Scenarios】 - Searching for similar shapes from past implant design data - Considering the reuse of components in new implant designs - Reducing design man-hours and shortening development time - Cost reduction through component standardization 【Benefits of Implementation】 - Supporting the utilization of past assets with high-precision similar shape searches powered by AI - Reducing new design man-hours by promoting reuse design - Cost savings and improved development efficiency through component standardization - Supporting technology transfer with searches that do not rely on the experience of personnel

• Other CAD related software

In the design of molds in the manufacturing industry, it is essential to efficiently utilize past design assets to reduce new design man-hours and duplication of parts. In particular, quickly identifying similar-shaped parts and linking them to reuse design is crucial for shortening development time and reducing costs. However, when part numbers or drawing numbers are unknown, searching by shape becomes difficult, often forcing designers to rely on their experience and memory. The "3D Similar Shape Search System SS4M" addresses these challenges through AI-powered shape searching. 【Usage Scenarios】 - Searching for similar-shaped mold parts designed in the past - Considering the reuse of existing parts in new mold designs - Reducing inventory and optimizing procurement costs through part standardization 【Benefits of Implementation】 - Significantly reducing the man-hours required for searching similar parts - Reducing new design man-hours by promoting reuse design - Suppressing the occurrence of duplicate parts and improving part management efficiency - Contributing to technology transfer and standardization of operations

• Other CAD related software

In the field of aerospace structural analysis, leveraging past design assets and quickly identifying similar parts is essential. Particularly in the analysis of components with complex shapes, shape-based searches are crucial for efficiency. Even when part numbers or drawing numbers are unknown, swiftly locating necessary components based on their shapes can lead to reduced design man-hours and improved analysis accuracy. The 3D Similar Shape Search System SS4M utilizes AI to address these challenges by searching for similar parts based on the shapes of 3D CAD data. 【Usage Scenarios】 - Searching for similar-shaped parts designed in the past - Promoting reuse design in structural analysis - Preventing duplication of parts - Streamlining design and procurement operations 【Benefits of Implementation】 - Reduction of analysis man-hours through rapid identification of similar parts - Containment of new design man-hours by effectively utilizing past assets - Cost reduction through standardization of parts - Prevention of knowledge dependency and promotion of technology transfer

• Other CAD related software

In the automotive manufacturing industry, it is essential to efficiently utilize past design assets to shorten development time and reduce costs in parts design. In particular, the search for similar parts and the reuse of designs significantly impact design man-hours. However, when part numbers or drawing numbers are unclear, searching based on shape becomes difficult, often leading to reliance on the experience and memory of the personnel involved. This can lead to challenges in technology transfer and the emergence of duplicate parts. The 3D similar shape search system SS4M utilizes AI to search for similar parts from 3D CAD data shapes, allowing for the quick identification of necessary parts based on shape, even when part numbers or drawing numbers are unknown. This promotes reuse design and reduces new design man-hours and the occurrence of duplicate parts. 【Usage Scenarios】 - Searching for similar parts designed in the past - Promoting reuse design during new part design - Cost reduction through part standardization - Searching without relying on the experience of design personnel 【Effects of Implementation】 - Significant reduction in search man-hours - Shortened development time through reuse design - Cost reduction through part standardization - Smooth technology transfer and standardization of operations

• Other CAD related software

SS4M is a 3D similarity search system that utilizes AI to search for similar parts based on the shape of 3D CAD data. Even if you do not know the part number or drawing number, you can quickly search for the necessary parts based on their shape. ■ Search for similar parts from shapes By simply dragging and dropping a 3D CAD file, AI automatically determines similar shapes. It allows anyone to easily search for past parts without relying on search keywords. ■ Promote reuse design and part standardization Since you can refer to the drawings and attribute information of similar parts from the search results, it promotes reuse design and reduces the workload for new designs and the occurrence of duplicate parts. ■ Streamline design and procurement operations You can manage drawing information, estimation information, processing information, etc., linked to part data. By utilizing past achievements, it improves estimation accuracy and reduces workload. ■ Prevent reliance on individuals Since anyone can search at the same level without depending on the experience or memory of the person in charge, it also contributes to knowledge transfer and standardization of operations. If you are considering improving design efficiency or utilizing past assets, please feel free to contact us.

• Other CAD related software

In equipment design, accurate management of piping diagrams and rapid information sharing among stakeholders are crucial. Referring to old drawings during design changes or renovation work can lead to delays and increased costs due to rework and mistakes. The drawing and document management system "D-QUICK" enables the management of the latest piping diagrams, efficient searching, and smooth information sharing with relevant departments and partner companies, supporting the improvement of quality and efficiency in equipment design operations. 【Usage Scenarios】 - Management of piping diagrams in equipment design - Updating and sharing drawings during design changes - Information sharing with relevant departments and partner companies - Referencing past drawings and reuse design 【Implementation Effects】 - Reduction of design errors through latest version management - Shortening of drawing search time - Increased efficiency in information sharing and prevention of misunderstandings - Ensuring traceability through change history management

• Other CAD related software
• Document and Data Management

In public works, particularly in infrastructure management, accurate management of drawings and documents over long periods and quick access to necessary information are required. Keeping track of past specification change histories and the consistency between the current situation and design drawings is extremely important for maintenance and renovation work. Inadequate information management can lead to incorrect judgments and rework, potentially resulting in project delays and increased costs. D-QUICK addresses these challenges by centrally managing technical documents such as drawings and specifications, streamlining the management, search, and sharing of the latest versions to support infrastructure management operations. 【Usage Scenarios】 - Management of the latest versions of drawings and specifications in infrastructure facility maintenance - Verification of past change histories and reused designs - Rapid information search and sharing in emergencies - Information collaboration with internal and external stakeholders 【Benefits of Implementation】 - Quick access to the latest drawings and documents - Improved operational efficiency through reduced information search time - Decreased risk of oversight in corrections and reduced management burden - Enhanced accuracy of infrastructure management operations

• Other CAD related software
• Document and Data Management

In the architectural design industry, it is essential to accurately grasp the latest versions of drawings and specifications in design management and share them among stakeholders. In particular, managing changes to drawings and revision histories as the project progresses is crucial to prevent work based on incorrect information and reduce rework. Additionally, designing while referencing past drawings and understanding the relationships between multiple drawings are also indispensable for efficient design management. D-QUICK addresses these challenges and streamlines drawing and document management tasks. 【Usage Scenarios】 - Version management and sharing of design drawings - Document management for specifications, instructions, and completed documents - Sharing drawings and documents with internal and external stakeholders - Searching for past drawings and similar drawings 【Benefits of Implementation】 - Prevention of errors and omissions in corrections through management of the latest versions of drawings and documents - Improved operational efficiency by reducing information search time - Strengthened collaboration through smooth information sharing among stakeholders - Easier reference to past cases and reuse designs

• Other CAD related software
• Document and Data Management

In the real estate industry, accurate management and rapid sharing of property information and related documents are essential. In particular, maintaining the latest versions of specifications, design drawings, and legal documents, and sharing them accurately among stakeholders is crucial for smooth contract processes and preventing disputes. Decisions based on outdated or incorrect information can lead to missed opportunities and loss of trust. D-QUICK supports the efficiency of real estate operations by centralizing the management of these property information, enabling the sharing of the latest versions, and facilitating quick searches. 【Usage Scenarios】 - Centralized management of property drawings, specifications, contracts, etc. - Information sharing with internal and external stakeholders - Searching past property information and drawings - Checking the update history of property information 【Benefits of Implementation】 - Reduced search time for property information - Increased speed and accuracy of information sharing - Reduced burden of management tasks - Shortened lead time until contract signing

• Other CAD related software
• Document and Data Management

In the engineering industry, managing drawings and documents related to design changes can become complex, requiring quick access to the latest versions and rapid sharing with stakeholders. In particular, managing the history of design changes and identifying the scope of their impact are essential for preventing mistakes and improving development efficiency. Inadequate management can lead to rework and delays in delivery. D-QUICK addresses these challenges by centrally managing technical documents such as drawings and specifications, streamlining the management, search, and sharing of the latest versions. 【Usage Scenarios】 - Version management of drawings and documents during design changes - Confirmation and sharing of change history - Reference to past versions in reuse design - Sharing design information with related departments 【Benefits of Implementation】 - Reduction of mistakes and rework during design changes - Improved development efficiency through reduced information search time - Smoother information sharing among stakeholders

• Other CAD related software
• Document and Data Management

In the management of parts in the manufacturing industry, accurate management of drawings and documents associated with specification changes and revisions, as well as quick access to necessary information, is essential. In particular, maintaining the quality of parts and ensuring smooth operation of production lines requires an environment where the latest drawings and documents can always be referenced. Working based on outdated information increases the risk of rework and the occurrence of defective products. D-QUICK addresses these challenges by centrally managing technical documents such as drawings and specifications, streamlining the management, search, and sharing of the latest versions, thereby supporting parts management operations. 【Usage Scenarios】 - Management of the latest version of parts specifications - Review of historical parts drawing records - Management of links between related parts drawings - Sharing parts information with internal and external stakeholders 【Benefits of Implementation】 - Reduction in search time for parts information - Prevention of missed corrections and use of incorrect drawings - Reduction of workload in parts management operations - Strengthening of information collaboration from design to manufacturing

• Other CAD related software
• Document and Data Management

In the construction industry, sharing information between sites and ensuring the reliable transmission of the latest drawings are essential for the smooth progress of projects and maintaining quality. Particularly when changes or modifications to drawings occur frequently, working based on outdated drawings can lead to rework and mistakes, potentially resulting in delays and increased costs. D-QUICK addresses these challenges by centrally managing technical documents such as drawings and specifications, enabling the sharing of the latest versions and quick searches. 【Usage Scenarios】 - Sharing drawings on construction sites - Information coordination with internal and external stakeholders - Comparison and verification with past drawings 【Benefits of Implementation】 - Reduction in drawing search time - Reliable sharing of the latest drawings - Prevention of oversight and mistakes in revisions

• Other CAD related software
• Document and Data Management

D-QUICK is a drawing and document management system that centralizes the management of technical documents such as drawings and specifications, streamlining the management of the latest versions, searches, and information sharing. ■ Automatic management of the latest versions It automatically manages the version numbers of drawings and documents, always sharing the latest version while storing past versions. It can also be used for checking change histories and for reuse design. ■ Quick information search In addition to full-text search and attribute search, it also supports similar drawing searches. You can quickly search for the necessary drawings and documents, significantly reducing the time spent on information exploration. ■ Efficiency in management with link functions Common drawings and documents can be managed through links, so updating the original data automatically reflects changes in related files. This reduces the risk of missing corrections and lowers management burdens. ■ Wide range of system integration It supports integration with various systems such as CAD, PDM/PLM, production management, and ERP. It assists in utilizing information from design to manufacturing. If you are considering improving the efficiency of drawing management or enhancing the sharing of design information, please feel free to contact us.

• Other CAD related software
• Document and Data Management

In the agricultural sector, there is a demand for reducing labor and improving work efficiency in the transportation of harvested crops. Particularly during the busy harvest season, labor shortages can become a serious issue. Additionally, safe and efficient transportation is crucial when loading and transporting harvested crops on pallets. TUSKROBOTS is an autonomous mobile robot (AMR) that can transport pallets directly without the need for a dedicated cart, contributing to solving these challenges. 【Usage Scenarios】 - Transportation of harvested crop pallets within the farm - Transporting harvested crops to the shipping and receiving area - Transporting material and fertilizer pallets to the warehouse 【Benefits of Implementation】 - Labor reduction in crop transportation - Increased efficiency and time savings in transportation tasks - Reduced burden on workers

• Other conveying machines

In the chemical industry, safe and efficient transportation of raw materials is essential for the stable operation of the entire production process. Particularly in handling hazardous materials or those requiring precise management, it is necessary to minimize human errors and maintain consistent quality. Improper transportation can increase the risk of accidents or lead to a decline in product quality. TUSKROBOTS is an autonomous mobile robot (AMR) that can transport pallets directly without the use of dedicated carts, addressing these challenges. 【Usage Scenarios】 - Fixed-point transportation of raw material pallets within chemical plants - Supply of raw materials to manufacturing lines - Movement from warehouses to manufacturing areas 【Benefits of Implementation】 - Reduction of labor in raw material transportation and alleviation of workload - Decreased accident risk through improved transportation accuracy - Increased efficiency of logistics operations

• Other conveying machines

In the retail industry, it is essential to efficiently transport products to display spaces within a limited time frame. In particular, the transportation of pallets from the backroom to the sales floor places a significant burden on workers, and with the worsening labor shortage, improving this efficiency has become a critical issue. TUSKROBOTS can transport pallets directly without the need for specialized carts, making it easy to integrate into existing operations and contributing to the automation and reduction of labor in store replenishment tasks. 【Usage Scenarios】 - Pallet transportation from the backroom to the sales floor - Efficiency improvement in inventory replenishment tasks - Reduction of worker burden 【Benefits of Implementation】 - Labor reduction through automation of store replenishment tasks - Improved efficiency in transportation operations - Reduced worker burden and enhanced safety

• Other conveying machines

In the pharmaceutical industry, maintaining the quality of drugs and ensuring safe transportation are of utmost importance. Particularly in the pallet transportation of pharmaceuticals, where temperature and hygiene management are required, it is essential to minimize human errors and maintain stable operations. Improper transportation can increase the risk of product quality deterioration and contamination. TUSKROBOTS is an autonomous mobile robot (AMR) that can transport pallets directly without the need for dedicated carts, addressing these challenges and achieving automation and labor reduction in logistics operations. 【Usage Scenarios】 - Pallet transportation between pharmaceutical manufacturing lines - Movement of pharmaceutical pallets within warehouses - Transportation in conjunction with automated warehouses and elevators - Transportation in areas requiring strict hygiene management 【Benefits of Implementation】 - Reduction of human errors in pharmaceutical transportation - Stabilization of transportation operations and improvement of efficiency - Cost reduction in labor through automation - Realization of transportation that meets hygiene management standards

• Other conveying machines

In the food and beverage industry, hygiene management and efficient raw material transportation are required. Particularly in environments where small-batch production and strict quality control are demanded, the reliable and swift transport of raw materials is essential for improving productivity and maintaining product quality. Inadequate transportation can lead to the risk of contamination of raw materials and increased burden on workers. TUSKROBOTS is an autonomous mobile robot (AMR) that can transport pallets directly without the use of dedicated carts, achieving automation and labor reduction in logistics operations. 【Usage Scenarios】 - Automatic supply of raw material pallets to the manufacturing line - Transportation of raw material pallets from the warehouse to the manufacturing line - Pallet transportation before product shipment 【Benefits of Implementation】 - Labor reduction and workload alleviation in raw material transportation - Reduction of misdelivery through improved transport accuracy - Hygienic pallet transportation - Increased efficiency in logistics operations

• Other conveying machines

In the metal processing industry, a stable supply system and a reduction in the burden on workers are required for material supply to the manufacturing line. In particular, the pallet transport of heavy metal materials places a significant physical burden on workers, and as labor shortages become more severe, efficient automation has become an important issue. TUSKROBOTS is an autonomous mobile robot (AMR) that can transport pallets directly without the need for dedicated carts, making it easy to integrate into existing logistics operations. This enables the automation and reduction of labor in material supply, contributing to improved logistics efficiency. 【Usage Scenarios】 - Automatic supply of metal material pallets to the manufacturing line - Reduction of worker burden and enhancement of safety - Resolution of labor shortages and establishment of a stable production system 【Benefits of Implementation】 - Increased productivity through automation of material supply - Ensured safety for workers and improved working conditions - Reduction and efficiency of logistics costs

• Other conveying machines

In the automotive industry, timely and accurate supply of parts directly impacts the operational efficiency of the entire production line. Particularly, to accommodate small-batch production and frequent layout changes, a highly flexible transport system is required. It is important to minimize the impact on existing operations while addressing labor shortages and improving productivity. TUSKROBOTS can transport pallets directly without the need for dedicated carts, making it easy to integrate into existing logistics operations and achieve automation and labor reduction in line supply. 【Use Cases】 - Automatic transport of parts pallets to the line side - Supply of parts to the finished vehicle line - Pallet movement between processes - Flexible supply response in multi-product production lines 【Benefits of Implementation】 - Reduction of line downtime - Alleviation of worker burden and labor reduction - Increased productivity due to reduced supply errors - Flexible response to layout changes

• Other conveying machines

In the warehouse and logistics industry, there is a demand for efficient movement of inventory and the accompanying reduction in labor. In particular, frequent movement of pallets can lead to increased burdens on workers and a higher risk of errors during transportation. In response to these challenges, our pallet transport AMR TUSKROBOTS enables the automation and labor-saving of logistics operations by transporting pallets directly without the need for dedicated carts. 【Usage Scenarios】 - Moving pallets to picking locations within the warehouse - Transporting pallets to and from shipping and receiving areas - Moving pallets between storage locations 【Benefits of Implementation】 - Labor savings through the automation of inventory movement tasks - Increased efficiency of transport operations and reduced lead times - Reduced burden on workers and minimized human errors

• Other conveying machines

In the manufacturing industry, timely and accurate supply of parts to the production line is essential. Particularly in environments that adopt a variety of small-batch production or just-in-time production methods, rapid transportation and reliable delivery are crucial for executing production plans and reducing lead times. Delays or errors in supply can lead to production line stoppages and increased waiting times, potentially resulting in decreased productivity. TUSKROBOTS is an autonomous mobile robot (AMR) that can transport pallets directly without the need for dedicated carts, achieving automation and labor reduction in logistics operations. 【Usage Scenarios】 - Automatic supply of parts pallets to the production line - Transportation of pallets from the warehouse to various manufacturing processes - Reducing the burden of movement for workers and promoting focus on core tasks 【Benefits of Implementation】 - Reduction of lead time for parts supply - Support for stable operation of the production line - Labor reduction in logistics and transportation tasks - Alleviation of the burden on workers

• Other conveying machines

TUSKROBOTS is an autonomous mobile robot (AMR) that can transport pallets directly without the use of dedicated carts. It enables compact operations compared to typical AMRs and AGVs, achieving automation and labor reduction in logistics environments. ■ Easy to implement without dedicated carts Since it can slide under pallets and transport them directly, there is no need to prepare dedicated carts. It is structured to be easily integrated into existing logistics operations. ■ High-precision autonomous driving It supports autonomous driving using SLAM and QR codes, achieving high stopping accuracy and stable transport. ■ Extensive lineup We offer models tailored to various applications, such as the E10 and E08 for horizontal transport and the FL10 for storage transport. ■ Compatibility with equipment It can be integrated with automatic warehouses, lifts, palletizers, elevators, and more, supporting the automation of the entire logistics process. If you are considering automating pallet transport in your logistics operations, please feel free to contact us.

• Other conveying machines

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

• Other conveying machines

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

• Other conveying machines

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

• Other conveying machines

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

• Other conveying machines

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

• Other conveying machines

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

• Other conveying machines

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

• Other conveying machines