SUPCON JAPAN List of Products and Services

The AI-equipped humanoid robot "NAVIAI" features high-precision walking control and intelligent operation, achieving efficiency in industrial, research, and service sectors. With 41 degrees of freedom for precise movements and nonlinear model predictive control, it can walk stably and perform intricate tasks even in complex environments. Equipped with multifunctional intelligent navigation, it utilizes RGB/Depth cameras, force sensors, and IMUs for environmental recognition, enabling flexible responses. Its high-precision arm with a payload of 5 kg and a highly sensitive hand with a fingertip force of 10 N allows it to handle precision tasks at sub-millimeter levels. Leveraging AI for autonomous learning and motion imitation capabilities, it accelerates the efficiency of repetitive tasks and hazardous operations. Additionally, it is equipped with a swappable battery that enables long hours of operation, making it adaptable to various tasks.

We would like to introduce a case study of the implementation of a "wheeled patrol inspection robot" as an unmanned inspection solution in data centers. 【Current State of Manual Patrol Inspections】 ■ Heavy burden of inspections ■ Primarily reactive responses ■ Lack of unified scheduling ■ Presence of safety risks ■ Complex and harsh environments ■ Strong subjectivity 【Test Requirements (Partial)】 ■ Identification of indicator lights and switches ■ Device operational sounds ■ Environmental temperature and humidity, etc. The patrol inspection robot can perform tasks such as meter identification, indicator light identification, infrared temperature detection, environmental monitoring, and voice interaction. By combining it with fixed surveillance cameras, it enables patrol inspections without any blind spots in all directions. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where a "rail-type patrol inspection robot" was implemented as an unmanned inspection solution in a data center. 【Current Status of Manual Patrol Inspections】 ■ High burden of inspections ■ Mainly reactive responses ■ Lack of unified schedule setting ■ Presence of safety risks ■ Complex and harsh environments ■ Strong subjectivity 【Test Requirements (Partial)】 ■ SF6 pressure gauges and various meters ■ Temperature detection of contacts and key equipment ■ Status of various switches and knife gates The patrol inspection robot can identify meters, recognize indicator lights, perform infrared temperature detection, monitor the environment, and engage in voice dialogue. By combining it with fixed surveillance cameras, patrol inspections without blind spots in all directions can be achieved. *For more details, please download the PDF or feel free to contact us.

Equipped with various instruments and cameras, it monitors and records the outdoors. It is compliant with explosion-proof areas (Europe).

We would like to introduce a case study of the implementation of an "Explosion-Proof Patrol Inspection Robot" as an unmanned inspection solution in a plant. 【Current Status of Manual Patrol Inspections】 ■ Heavy burden of inspections ■ Mainly reactive responses ■ Lack of unified scheduling ■ Presence of safety risks ■ Complex and harsh environments ■ Strong subjectivity 【Inspection Needs (Partial)】 ■ Tank temperature monitoring ■ Identification of level gauges and pressure gauges ■ Pump condition monitoring The explosion-proof patrol inspection robot completes patrol inspections of equipment, including monitoring temperature and leaks, and is equipped with devices such as OGI and thermal smoke fire three-phase. It monitors the operational status of the equipment from all directions and effectively warns of dangerous emergencies such as fires and smoke. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of the "Aerial Dual-Mode Robot" implemented as an unmanned inspection solution for infrastructure. 【Current Status of Population Patrol Inspections】 ■ Heavy burden of inspections ■ Mainly reactive responses ■ Lack of unified scheduling ■ Presence of safety risks ■ Complex and harsh environments ■ Strong subjectivity Features include aerial dual-mode, quick assembly and disassembly, and rapid flight, making it suitable for highway tunnel patrol inspections and mining box culvert investigations. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of the implementation of an "outdoor wheeled inspection robot" as an unmanned inspection solution at a substation. 【Current Status of Automated Patrol Inspections】 ■ Heavy burden of inspections ■ Mainly reactive responses ■ Lack of unified scheduling ■ Presence of safety risks ■ Complex and harsh environments ■ Strong subjectivity 【Test Requirements (Partial)】 ■ Identification of oil level gauges and pressure gauges ■ Transformer temperature detection ■ Surge arrester status detection By utilizing technologies such as untracked navigation, image recognition and analysis, and multi-sensor integration, routine patrol inspection tasks such as meter readings, switch positions, and equipment temperatures within outdoor substations can be completed by artificial means. *For more details, please download the PDF or feel free to contact us.

■S100B Pipeline Inspection Robot A 6-wheel drive robot compatible with a diameter of 100mm. It features a 360° rotating and ±90° tilting HD camera for detailed inspection. With a height-adjustable lift, IP68 waterproof rating, and capability to operate at -20°C, it enables immediate inspections even in harsh environments. ■P50F Pipeline Inspection Camera A push-type camera compatible with DN50 to 600mm. It supports 360° rotating imaging and high-resolution recording, and can smoothly handle long-distance piping with a highly durable fiber cable. ■E25C Pipeline Periscope Observes up to 100m away with 300x zoom and laser distance measurement. It allows tablet operation via Wi-Fi connection. This enables safe and precise remote inspections in high places and hazardous areas.

The pipeline inspection robot "S100B" is a compact and portable high-definition inspection device for small pipelines. It can detect small pipes with a diameter of DN100. It consists of the robot body, a portable robot control cable reel, and a robot control terminal. This robot is mainly used for real-time image inspection as a replacement for manual inspection in small pipelines such as community pipelines, pipelines in bridges and tunnels, and other confined spaces. 【Features】 - Portable design - 210W digital high-definition camera system - Front-mounted battery - Portable tablet control device - Equipped with a minimum of 70 rotating parts *For more details, please download the PDF or feel free to contact us.

The pipeline inspection camera "P50F" consists of a high-resolution camera, a controller, a fiberglass push rod cable, and a reel. It is suitable for inspecting pipelines with diameters ranging from DN50 to 600mm, demonstrating high applicability for drainage systems. Please feel free to contact us when you need assistance. 【Benefits】 ■ 360° rotating high-resolution camera ■ High-brightness LED light with adjustable illumination ■ Camera protection rating IP68, dustproof and waterproof ■ Fiberglass push rod cable, excellent wear resistance and corrosion resistance, achieving high image quality *For more details, please download the PDF or feel free to contact us.

This system is a smart monitoring and management solution for belt conveyor corridors developed for the thermal power generation, steel, and energy industries. Utilizing AI, robotics, and IoT technologies, it enables real-time anomaly detection, remote monitoring, and emergency response. Its main features include eight safety measures (deviation prevention, overheating and smoke detection, automatic watering, AI image recognition, etc.) that accurately monitor belt wear, dust, and abnormal vibrations. Through robotic inspections and AI analysis, it reduces the workload and minimizes accident risks. Integrated data management optimizes the equipment lifecycle and reduces downtime. This innovative system enhances safety, efficiency, and cost-effectiveness, supporting smart equipment management.

We would like to introduce our automatic guided forklift, the 'FOLA-QN1416'. Its performance specifications include a rated load of 1400 kg, a standard lift height of 1600 mm, a load center distance of 500 mm, a right-angle stacking aisle width of 2410 mm, and a repeat working accuracy of ±10 mm/1°, with a pallet recognition accuracy of ±10 mm. The battery is a 24V/180Ah lithium-ion battery, providing a full load operating time of 6 hours and a charging time of 2 hours. 【Basic Specifications (Partial)】 <Body> ■ Weight: 1890 kg ■ Dimensions (L×W×H): 2027×1200×2236 mm ■ 7-inch touch panel *For more details, please download the PDF or feel free to contact us.

The "EMMA-K Series" is an autonomous mobile robot that supports a payload capacity of 400 to 1500 kg, integrating various positioning and navigation methods based on laser SLAM. The design of the internal modules allows for quicker battery replacement. The touch screen UI design is intuitive, featuring easy-to-understand real-time visual mapping and user-friendly graphic programming. 【Features】 ■ Positioning accuracy of up to ±2mm ■ Ensured safety using multiple safety sensors ■ Excellent scalability for easy maintenance ■ A wide range of functional options ■ Friendly HCI *For more details, please download the PDF or feel free to contact us.

The "EMMA-L Series" is an autonomous mobile robot that supports a payload capacity of 400 to 1500 kg, integrating various positioning and navigation methods based on laser SLAM. It adopts a uniquely developed chassis suspension design that adapts well to floor surfaces, maintains vehicle stability, and provides sufficient driving power. It effectively reduces vehicle vibrations and possesses excellent passability. 【Features】 ■ Positioning accuracy of up to ±2mm ■ Ensures safety using multiple safety sensors ■ Highly extensible applications ■ Excellent environmental adaptability ■ Wide payload range *For more details, please download the PDF or feel free to contact us.

The "Towing Attachment for Transport Robot EMMA400L" is a towing attachment for the transport robot "EMMA400L" with a load capacity of 400kg and a turning diameter of 942mm. The driving performance features differential drive with two wheels, a maximum speed of 1.5m/s when unloaded, and 1.2m/s when fully loaded. The maximum transportable weight is 300kg, and the stopping accuracy is ±10mm. The battery is a lithium-ion battery of 48V/31.5Ah, with a charging time of 2 hours and an operating time of over 8 hours. 【Safety Features】 ■ Front and rear dual sensors ■ 3D camera ■ Emergency switch ■ Bumper ■ Light and sound alarms *For more details, please download the PDF or feel free to contact us.

The explosion-proof AGV is an unmanned transport vehicle that enables safe automatic transportation in hazardous areas. It is optimized for use in environments with explosion risks, such as the storage and transportation of petrochemicals, paints, pharmaceuticals, food, and hazardous chemicals. 【Main Features】 - Explosion-proof design: Complies with explosion-proof grade Ex d e ib mb II.B T4 Gb / Ex ibD tD A21 IP65 T135°C, ensuring high safety. - Diverse navigation methods: Utilizes laser, magnetic stripes, QR codes, and visual navigation to achieve high-precision autonomous driving. - Intelligent control: Minimizes accident risks with an obstacle avoidance system, emergency stop function, and real-time monitoring. - Long operating time: Equipped with a large-capacity battery, allowing for over 8 hours of continuous operation. - Flexible customization: Customizable for various applications such as pallet transport and forklift types. Would you like to build a safe and efficient transportation system with explosion-proof AGVs? We also offer explosion-proof lifts, explosion-proof cleaning vehicles, and explosion-proof battery vehicles. *For more details, please download the catalog or feel free to contact us.

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Are you facing challenges with labor shortages and work efficiency? This solution utilizes unmanned forklifts, shuttle robots, and AGVs to achieve overall optimization of warehouse operations. It reduces warehouse space by up to 80% while decreasing picking errors by 30%. It simultaneously realizes labor reduction and improved work quality. Additionally, the investment payback period is only 3 to 5 years, making it an attractive high ROI. The catalog includes successful case studies from companies like chemical manufacturers that have implemented this solution, as well as examples of configurations for automated warehouses and transportation. Please take a look at this material filled with tips for on-site improvements.

We propose a solution that combines an inspection robot capable of automatically detecting anomalies such as temperature, sound, gas, and leakage using AI, with an inspection platform for integrated management of these factors. The materials include features of wheel-type, rail-type, and quadruped robots, as well as case studies of their implementation in substations, dams, and plants, and the effects of automating inspections. This is a valuable resource for sites struggling with labor shortages and the personalization of safety operations, serving as a reference for solving these challenges. [Contents (excerpt)] ■ Functions and applications of wheel-type robots ■ Functions of the smart inspection platform and system network configuration diagram ■ Case studies (inspection of power cable tunnels, substations, etc.) *Please first take a look at the PDF materials and check the examples of inspection DX.