レンタルのニッケン List of Products and Services

"Kamo-on" is a cart equipped with an operator automatic following function that realizes labor-saving in transportation work. It can carry up to 600 kg, making it easy to transport heavy items. Additionally, there are two types of driving modes: automatic following and manual control mode operated via a controller, allowing you to choose based on your needs. 【Features】 ■ Operator automatic following function ■ Simultaneous automatic following function for multiple units ■ Rechargeable with AC100V ■ Maximum load capacity of 600 kg ■ Maximum travel speed of 4.5 km/h *For more details, please download the PDF or feel free to contact us.

■Kento: X45UX Product Use: This is a high-altitude work vehicle for indoor tasks such as construction work, equipment installation, electrical work, interior work, painting, and plumbing. Product Features: It is a high-altitude work vehicle equipped with various detection functions, allowing it to operate with the work platform raised (up to 4.5m). Detection Functions: - Rear step detection function - detects steps of approximately 25mm or more - Front and rear obstacle detection function - detects a variation of about 15mm in the collision damper - Upper obstacle detection function - detects contact with limit switches (4 locations) ⇒ stops operation/alarm sounds - License and qualification information - Special education information: Special education for high-altitude work vehicles - Regular self-inspection: Specific self-inspection ■TO Gather: TOG 'TO Gather®' is an autonomous cleaning robot that automatically collects debris that has fallen on the floor of construction sites, contributing to labor-saving cleaning operations. It recognizes four installed reflective markers with laser sensors and automatically generates cleaning areas and routes. It can collect debris in an area of 100m² within 30 minutes. 【Main Equipment】 ■ Laser Sensor ■ Control Panel ■ 7-inch Monitor ■ Warning Light ■ Battery Level ■ Controller ■ Safety Devices - Emergency Stop Switch - Collision Prevention Sensor

In the warehouse industry, there is a demand for improved efficiency and safety in product storage. In particular, debris and foreign objects on the floor caused by movement, such as forklifts, can not only threaten the safety of workers but also lead to product damage and a decrease in inventory management accuracy. The autonomous cleaning robot 'TO Gather(R)' automates floor cleaning within warehouses, addressing these challenges. 【Usage Scenarios】 - Aisles within the warehouse - Inventory storage areas - Shipping and receiving areas - Forklift travel areas 【Benefits of Implementation】 - Reduction in cleaning time - Improved safety for workers - Enhanced accuracy in inventory management - Improvement of the working environment

In the energy industry, equipment monitoring requires improvements in operational efficiency and reductions in environmental impact. Particularly for large-scale facilities such as plants and power stations, understanding operational status and accurately calculating associated CO₂ emissions are crucial. Inadequate management can lead to decreased energy efficiency and delays in responding to environmental regulations. CASICA supports the resolution of these issues by automatically calculating and visualizing CO₂ emissions from construction machinery operational data. 【Use Cases】 - Monitoring the operation of equipment such as plants and power stations - Understanding energy consumption and tracking CO₂ emissions - Visualizing environmental impact for each piece of equipment 【Benefits of Implementation】 - Accurate understanding of CO₂ emissions and streamlined reporting processes - Identification of opportunities for improving energy efficiency - Strengthened response to environmental regulations

In the transportation industry, there is a demand for balancing vehicle operational efficiency with reducing environmental impact. In particular, understanding and reducing CO₂ emissions is considered an important aspect of corporate social responsibility. However, accurately calculating CO₂ emissions for each vehicle and monitoring operational conditions in real-time presents a challenge that requires significant effort and time. Our service "CASICA" addresses these issues by automatically calculating and visualizing CO₂ emissions simply by installing sensors on vehicles, while also centrally managing operational status and location information. 【Usage Scenarios】 - Management of CO₂ emissions for long-distance transport vehicles - Improvement of fuel efficiency through delivery route optimization - Understanding the operational status and CO₂ emissions of the entire fleet of company vehicles 【Benefits of Implementation】 - Accurate understanding of CO₂ emissions and setting of reduction targets - Reduction of fuel costs through improved operational efficiency - Streamlining vehicle management tasks and reducing the burden of reporting duties

In the fishing industry, efficient operation of fishing vessels and reduction of environmental impact are required. In particular, understanding the location and operational status of fishing boats is essential for safe operations and optimization of fuel consumption. This also leads to a reduction in CO₂ emissions. Our service "CASICA" automatically collects and visualizes this information by simply installing sensors on fishing vessels, and calculates CO₂ emissions. 【Use Cases】 - Real-time tracking of fishing vessel locations - Management of fishing vessel operating hours and fuel efficiency - Automatic calculation and recording of CO₂ emissions 【Benefits of Implementation】 - Improved operational efficiency of fishing vessels - Cost reduction through optimization of fuel consumption - Promotion of environmental measures through visualization of CO₂ emissions - Streamlining of reporting tasks

In the logistics industry, there is a demand for reducing CO₂ emissions through the optimization of delivery routes and the management of vehicle operations. Particularly in delivery operations with high fuel consumption, accurately understanding emissions and implementing reduction measures are crucial for both reducing environmental impact and cutting costs. Our service "CASICA" automatically calculates and visualizes CO₂ emissions from vehicle operation data, supporting the resolution of these challenges. 【Usage Scenarios】 - Management of delivery vehicle operations - Understanding fuel consumption - Aggregation and reporting of CO₂ emissions 【Benefits of Implementation】 - Promotion of environmental measures through the visualization of CO₂ emissions - Optimization of delivery routes through the analysis of operation data - Reduction of operational burden through the efficiency of aggregation and reporting tasks

At event venues, the establishment of a temporary network environment is required. In particular, a stable internet connection is essential for providing information to attendees and ensuring smooth operations within the venue. In locations where ground infrastructure is lacking or where sudden increases in bandwidth are needed, traditional wired connections can be slow to respond. The connected network "Starlink Business" can be utilized simply by installing an antenna and power supply, eliminating the need for construction and enabling rapid network deployment at event venues. 【Usage Scenarios】 - Providing Wi-Fi at outdoor event venues - Internet connection at temporary offices - Ensuring communication at event venues during disasters 【Benefits of Implementation】 - Providing a stable communication environment during the event period - Increasing attendee satisfaction - Cost reduction through rapid network setup

In the media industry and location shooting, a stable internet connection is required regardless of the location. Particularly in mountainous areas where communication infrastructure is lacking or in cases where urgent setup is needed, it is often difficult to rely on traditional wired connections. Ensuring a rapid and reliable communication environment is crucial for uploading video data, real-time sharing, and collaboration with remote locations during production. Our company, "Starlink Business," can be used without relying on ground infrastructure like fiber optic lines; it only requires the installation of an antenna and power, allowing for quick deployment without construction. This enables stable, high-speed, low-latency communication in any location, solving communication challenges in location shooting. 【Usage Scenarios】 - Location shooting in mountainous areas or remote islands - Use at event venues or temporary studios - Emergency shooting bases during disasters - Rapid uploading of video data 【Benefits of Implementation】 - Internet connection that is not location-dependent - Real-time information sharing at shooting sites - Prevention of delays in production schedules - Reduction of costs and time associated with developing communication infrastructure

In the logistics industry and warehouse collaboration, real-time information sharing and reliable communication that is not location-dependent are essential. Particularly in inventory management between multiple warehouses and coordination with vehicles in transit, a stable network connection is indispensable. In areas where ground infrastructure is lacking or in the event of sudden communication failures, the role of a backup line that allows business continuity becomes crucial. The connected network "Starlink Business" provides a reliable communication environment as a satellite broadband service that can be quickly implemented without the need for construction, addressing these challenges. 【Use Cases】 - Real-time inventory collaboration with remote warehouses - Backup communication means during disasters - Securing networks at temporary event venues or makeshift bases 【Benefits of Implementation】 - Elimination of delays in information transmission between warehouses - Improvement of business continuity - Rapid network establishment at new locations

In the warehouse industry, efficient space utilization and improved work efficiency are required. Accurate marking is essential when changing layouts, but manual work is time-consuming and labor-intensive, making human errors more likely. Delays in marking work can lead to stagnation in overall operations and may result in decreased productivity. The marking robot 'SUMIDAS' addresses these challenges and streamlines warehouse layout tasks. 【Usage Scenarios】 * Arrangement of shelves and equipment within the warehouse * Marking of picking area sections * Displaying forklift travel routes 【Benefits of Implementation】 * Reduction in work time * Decrease in labor costs * Improvement in work accuracy

In the construction industry, progress management requires ensuring the safety of workers and efficient operations. Various risks, such as heatstroke and falls, exist on-site, which can lead to delays and accidents. NIKKEN's Gajumaru monitors workers' vital data in real-time and detects changes in health conditions early, preventing accidents and creating a safe working environment. This enables improved work efficiency and more reliable progress management. 【Usage Scenarios】 - Monitoring the health status of workers on construction sites - Identifying hazardous areas and raising awareness - Optimizing worker placement for efficiency 【Effects of Implementation】 - Ensuring worker safety and reducing accident risks - Improving work efficiency and optimizing progress management - Enhancing motivation through health management of workers

"TO Gather®" is an autonomous cleaning robot that automatically collects debris that has fallen on the floor of construction sites, contributing to the labor-saving of cleaning operations. It recognizes four installed reflective markers with a laser sensor, automatically generating the cleaning area and cleaning route. It efficiently travels within the area to gather debris. It can collect waste within a 100m² space in under 30 minutes. 【Main Equipment】 ■ Laser sensor ■ Control panel ■ 7-inch monitor ■ Warning light ■ Battery level indicator ■ Controller (built into the rear storage compartment) ■ Safety devices ・ Emergency stop switch ・ Collision prevention sensor *For more details, please download the PDF or feel free to contact us.

In warehouse management, tasks such as inventory checks, organization, and picking products frequently occur at heights. Particularly in warehouses with high ceilings or a wide variety of products, safe and efficient high-altitude work is required. Traditional work vehicles necessitate storing the work platform each time they move, which decreases work efficiency. The Ken-Tun 4.5m allows for travel with the work platform raised, significantly improving the efficiency of high-altitude tasks in inventory management. 【Usage Scenarios】 - Inventory checks within the warehouse - Picking products from high locations - Stocktaking - Replacing lighting fixtures 【Benefits of Implementation】 - Reduction in work time - Improvement in work efficiency - Enhanced safety - Reduction in labor costs

In the air conditioning equipment industry, quick construction responses are required. Especially for work at heights, it is important to balance safety and efficient operations. If it takes too long to move aerial work platforms, it can lead to extended construction periods and increased costs. The construction platform at 4.5m can travel while the working floor is elevated, allowing for quick installation and maintenance of air conditioning equipment. 【Usage Scenarios】 * Air conditioning equipment work in attics * Piping work at heights * Replacement work for ventilation fans 【Benefits of Implementation】 * Reduction in work time * Cost savings due to shortened construction periods * Improvement in work efficiency

In electrical work sites, working at heights is essential, and ensuring the safety of workers is the top priority. Especially when access to electrical wires and equipment is necessary, it is required to secure safe scaffolding and perform tasks efficiently. There is a need to reduce the risks of overturning or falling from aerial work platforms and to improve work efficiency. The next-generation aerial work platform UX 'Kento 4.5m' allows for movement while the work platform is elevated, enhancing safety in high-altitude electrical work. [Usage Scenarios] - Indoor electrical wiring work - Installation and maintenance of lighting fixtures - Wiring work in ceilings - Equipment inspection at heights [Benefits of Implementation] - Enables movement with the work platform elevated, reducing travel time - Improves safety through various detection functions - Ensures the safety of workers during high-altitude tasks

In the event setup industry, there is a demand for increased efficiency in venue setup. Particularly in venues with high ceilings, the installation of lighting fixtures and the attachment of decorations require safe and swift operations. The selection of aerial work platforms significantly affects work efficiency and contributes to shortening construction periods. The Kento 6.1m can elevate the work platform up to a maximum height of 6.1m, and it is also possible to extend the work platform using a sliding deck. 【Usage Scenarios】 - Installation of lighting at event venues - Setup of exhibition booths - Installation of signage - Interior construction 【Benefits of Implementation】 - Improved safety for high-altitude work - Reduction in work time - Enhanced work efficiency

In the aircraft maintenance industry, safe and efficient aircraft inspections are required. Particularly in high-altitude work, ensuring the safety of workers and reducing work time are crucial. An inadequate working environment can lead to a decline in inspection quality and accidents among workers. The building lift can raise the work platform to a maximum height of 6.1 meters, making it easier to perform inspection tasks on the upper parts of the aircraft. 【Usage Scenarios】 - Aircraft body inspections - Work inside hangars - Parts replacement at high altitudes 【Benefits of Implementation】 - Improved safety for high-altitude work - Reduced work time - Enhanced inspection accuracy

In the shipbuilding industry, confined workspaces often limit the available area for tasks due to the structural design of the hull, making work efficiency at heights a challenge. Particularly in situations that require precise work, such as welding, painting, and outfitting, it is crucial to balance the safety of workers with efficient operations. The construction of the 6.1m platform enables safe high-altitude work even in tight spaces, contributing to improved work efficiency. 【Usage Scenarios】 - Painting work on the interior and exterior of the hull - Welding work - Outfitting work - Inspection and maintenance work 【Benefits of Implementation】 - Securing workspaces by expanding the work floor - Enhanced safety through various detection functions - Improved work efficiency in high-altitude tasks - Ensuring the safety of workers

In warehouse picking operations, moving products can take time and effort, leading to decreased work efficiency. In particular, transporting heavy items can increase the burden on workers and potentially raise the risk of workplace accidents. The automatic follow cart "Himoon Type 2" follows the operator's movements, making it easy to transport heavy items. Route setting is also simple, contributing to the efficiency of picking operations. 【Usage Scenarios】 - Product picking within the warehouse - Transportation of materials - Inspection tasks 【Benefits of Implementation】 - Reduced burden on workers - Shortened work time - Decreased risk of workplace accidents

In the supply chain of the manufacturing industry, accurate and efficient transportation of parts and materials is required. In particular, delays in supplying the production line can lead to a decrease in production efficiency. The transportation of heavy items increases the burden on workers and can also heighten safety risks. The automatic follow-up cart "Himoon Type 2" addresses these challenges by following the operator's movements and safely and efficiently transporting heavy items. 【Usage Scenarios】 * Supply of parts within the factory * Transportation of materials between the warehouse and the production line * Movement of heavy items 【Benefits of Implementation】 * Labor-saving in transportation tasks * Reduction of worker burden * Improvement in production efficiency

In the surveying industry, the creation of accurate topographic maps is required. Especially in areas with rugged terrain or urban environments, where traditional surveying methods are challenging, high-precision positioning technology is essential. GNSS surveying addresses these challenges and enables rapid and accurate data acquisition. The high-precision GNSS dynamic observation system "GeoLoc" contributes to the efficiency and accuracy of surveying operations. 【Usage Scenarios】 - Topographic map creation - Current condition surveying - 3D surveying 【Benefits of Implementation】 - Accurate data acquisition through high-precision positioning - Rapid surveying operations - Reduction of operational costs

In factories, proper management and organization of waste are essential for improving work efficiency and ensuring safety. In particular, construction waste tends to be bulky and can take up valuable storage space. If not properly managed, it can lead to a reduction in workspace and, in some cases, pose safety risks. The new compacting machine, Zip, contributes to reducing storage space and disposal costs by compressing construction waste. 【Usage Scenarios】 - Waste storage areas within the factory - Areas that require organization - When wanting to reduce waste disposal costs 【Benefits of Implementation】 - Reduces the volume of waste, effectively utilizing storage space - Lowers waste collection and transportation costs - Alleviates the workload of workers

In the maintenance and management of the infrastructure industry, it is important to accurately grasp the displacement of structures and ground movements, and to detect abnormalities early. In aging infrastructure structures, it is crucial not to overlook even slight changes and to take appropriate measures, as this leads to the prevention of accidents and prolongs lifespan. GeoLoc captures the subtle movements of infrastructure structures with positioning accuracy of a few millimeters to a few centimeters, supporting safe maintenance and management. 【Usage Scenarios】 - Bridge displacement monitoring - Dam behavior monitoring - Tunnel deformation monitoring - Retaining wall displacement measurement 【Benefits of Implementation】 - Early detection of structural abnormalities - Reduction of maintenance and management costs - Improvement of safety

In the manufacturing industry, ensuring the safety of workers and improving equipment operational efficiency are important challenges. In particular, unexpected accidents or health issues can lead to decreased productivity and quality problems. NIKKEN's Gajyu Maru contributes to solving these challenges by monitoring the health status of workers in real-time and detecting abnormalities early. 【Usage Scenarios】 - Monitoring the health status of workers on the production line - Identifying hazardous areas and raising awareness - Assigning tasks based on the health status of workers 【Benefits of Implementation】 - Increased safety awareness among workers - Reduced risk of accidents - Improved productivity

In the industrial waste disposal sector, reducing waste volume and lowering processing costs are important challenges. In particular, construction waste has a large volume and requires significant effort for transportation and storage, making volume reduction essential. The new volume-reducing compressor "ZIP" facilitates the compression of construction waste and contributes to solving these issues. 【Usage Scenarios】 - Construction sites - Demolition sites - Industrial waste disposal facilities 【Benefits of Implementation】 - Reduces the volume of waste, lowering transportation costs - Effective use of storage space - Reduces the burden on workers

In the logistics industry, managing the health of workers and ensuring safety are crucial. In particular, working in temperature-controlled warehouses increases the risk of heat-related illnesses. It is essential to quickly identify changes in workers' health and take appropriate measures. NIKKEN's Gajyu Maru monitors the health status of workers in real time, supporting a safe working environment. 【Use Cases】 - Health management of workers in temperature-controlled warehouses - Monitoring the health status of long-distance truck drivers - Safety management of hazardous materials handlers 【Benefits of Implementation】 - Reducing the risk of heat-related illnesses - Enhancing workers' safety awareness - Optimizing working hours

"Position + Plus (R)" is a location information system that adds location data to people and objects both indoors and outdoors, allowing for easy centralized management of information necessary for construction management. By installing beacon devices that emit radio waves at various locations on the site and registering them on a server, the closest beacon serves as a reference point. The responsible person's iPad or log collection device communicates with the radio waves from the nearest beacon. This information is sent to the server, indicating that "the responsible person is in the vicinity of this beacon," and is shared accordingly. Unlike GPS, it can be used indoors, and this information can be utilized in various applications. 【Features】 ■ Can be used for regular corrective instructions and construction records ■ Reduces the hassle of searching for pre-completion photos ■ Cuts down the effort to find construction personnel and aerial work platforms ■ Allows management of aerial work platform reservation status on an iPad *For more details, please download the PDF or feel free to contact us.