日本キャリアサーチ List of Products and Services

Introducing the "Fixed Rack" that can be assembled without welding. It features a button-type fitting structure that utilizes the interlocking of the plate's uneven surfaces, known as the "Mechanical Joint Device," and employs a non-welded cable tray called "PosMAC Tray," which uses PosMAC steel plates known for their excellent corrosion resistance and is joined using bolt fastening. Additionally, since there is no use of open flames, it addresses on-site issues such as the risks associated with fire use and fire prevention measures. 【Features】 ■ Can be assembled without welding ■ Labor-saving / Efficiency / Safety and environmental considerations ■ Cost reduction ■ Reduction of man-hours *For more details, please feel free to contact us.

In the telecommunications industry, especially at the site of base station installations, rapid and safe equipment construction is required. Cable wiring is essential for the stable operation of communication equipment, and high reliability and efficiency are emphasized in its installation. Improper installation can lead to communication failures and increased maintenance burdens. Our fixed racks address these challenges with a non-welded structure. 【Usage Scenarios】 - Cable wiring for base stations - Installation work for communication equipment - Maintenance tasks 【Benefits of Implementation】 - Improved efficiency of assembly work - Enhanced safety on site - Cost reduction

In the entertainment industry, particularly in the installation of audio equipment, stable fixation of the equipment, safety during installation and removal, and quick work are essential. Audio equipment is heavy, and depending on the installation location, frequent movement or adjustments may be necessary. In these tasks, methods involving welding pose risks associated with the use of fire and require fire prevention measures, which can lead to delays in the work process and increased costs. Additionally, reliable fixation is crucial for the safe operation of the equipment. Our fixed racks address these challenges by enabling assembly without welding, contributing to safety and efficiency on site. 【Usage Scenarios】 - Installation of audio systems in live venues and event spaces - Equipment fixation in recording studios and broadcasting stations - Cable management in permanent audio installations 【Benefits of Implementation】 - Improved safety on site due to the absence of fire - Reduction in labor hours and increased efficiency in assembly and disassembly - Contribution to cost reduction and shortened construction periods - Long-term durability with corrosion-resistant PosMAC steel plates

In the energy industry, securing equipment is essential for ensuring safety and improving work efficiency. Particularly in facilities such as plants and power stations, reliable securing is crucial for the stable operation of the equipment. Work involving the use of open flames can pose risks and lead to challenges on-site, such as safety measures and protective measures. Our securing racks have been developed to address these challenges. 【Usage Scenarios】 - Securing equipment in plants and power stations - Maintenance of infrastructure equipment - Securing work during the installation of new equipment 【Benefits of Implementation】 - Reduction of risks associated with the use of open flames and protective measures - Ensuring safety on-site - Improvement of work efficiency

In the agricultural sector, the storage of materials requires the safe and efficient management of a wide variety of items, such as agricultural tools, fertilizers, and harvested crops. Particularly in outdoor or warehouse storage, durability, weather resistance, and ease of installation and removal are crucial. Our fixed racks address these challenges and contribute to the efficiency and safety of material storage. 【Usage Scenarios】 - Organization and storage of agricultural tools and materials - Classification and management of items within a warehouse - Securing temporary storage space outdoors 【Benefits of Implementation】 - Improved work efficiency through organized materials - Reduction of dead space and maximization of storage capacity - Decreased risk of item damage and realization of a safe storage environment

In research and development settings, the installation and modification of experimental equipment occur frequently, requiring safe and efficient operations each time. Particularly in the installation of racks that support wiring and piping for experimental devices, it is crucial to avoid the use of open flames while ensuring the safety of workers and enabling swift construction. Our fixed racks are designed to address these challenges by allowing for assembly without welding, thereby contributing to a reduction in the burden on-site. 【Usage Scenarios】 - Support for wiring and piping around experimental equipment - During layout changes in laboratories - In experimental environments where safety is a priority 【Benefits of Implementation】 - Improved safety by eliminating the need for open flames - Reduced assembly time and labor costs - Durability due to materials with excellent corrosion resistance

In the educational field, safety and efficiency are required for the organization and storage of teaching materials. Particularly when handling a large number of materials, inadequate organization can make it difficult to find necessary resources and can pose challenges in securing storage space. Additionally, managing teaching materials in a safe environment is crucial for protecting the safety of both students and teachers. Our company offers the "Fixed Rack," which features a non-welded assembly structure that streamlines the organization and storage of teaching materials. By utilizing a "Mechanical Joint Device" that combines the uneven surfaces of plates and a bolt-fastened "PosMAC Tray" made from corrosion-resistant PosMAC steel, a safe and robust rack can be constructed. Since it does not use fire, it also contributes to ensuring safety on-site. 【Usage Scenarios】 - Storage of teaching materials in classrooms - Organization of books and materials in libraries - Organization of laboratory equipment and supplies - Storage of items for school events 【Benefits of Implementation】 - Improved ease of finding materials through better organization - Effective utilization of storage space - Realization of a safe environment for managing teaching materials - Increased efficiency in assembly and installation tasks

In medical settings, stable placement of precision equipment and the maintenance of a safe and hygienic environment are required. Particularly during the installation or relocation of equipment, ensuring safety and prompt response is crucial. Additionally, the arrangement of equipment affects the movement of medical staff and patient care, making efficient layout design essential. Our fixed racks contribute to addressing these challenges by enhancing safety through a non-welded structure and improving efficiency by reducing labor costs. 【Usage Scenarios】 - Installation of medical equipment in operating rooms, examination rooms, and patient rooms - Prompt response during equipment relocation or layout changes - Securing and organizing wiring space 【Benefits of Implementation】 - Improved safety on-site as no fire is used - Easy assembly and disassembly, contributing to labor cost reduction and improved work efficiency - High corrosion resistance with PosMAC steel plates, supporting the maintenance of a hygienic environment - Non-welded structure helps suppress loosening due to vibrations or shocks, contributing to stable equipment installation

In the IT industry, server installation sites require stable equipment installation and organized wiring. In particular, flexible layout design that considers future expandability and maintainability is crucial. Additionally, improving work efficiency in limited spaces and ensuring safety are also challenges. Our fixed racks address these issues, enabling efficient and safe server installations. 【Usage Scenarios】 - Server expansion and replacement in data centers - Layout changes in server rooms within offices - Consolidation of network equipment 【Benefits of Implementation】 - Faster installation work - Easier wiring management - Effective use of space

In the retail industry, it is essential to maximize the appeal of products and create an environment that makes it easy for customers to pick them up. In particular, it is important to ensure the stability and safety of display shelves while accommodating frequent product changes and layout adjustments. Inadequate display equipment can increase the risk of product damage and compromise customer safety. Our fixed racks address these challenges through a non-welded structure. 【Usage Scenarios】 - Product display within stores - Inventory organization in the backroom - Temporary displays at event venues 【Benefits of Implementation】 - Increased efficiency in product display tasks - Realization of safe and stable product displays - Flexible response to changes in store layout

In the logistics industry, efficient and safe storage space management is essential. Flexibility to accommodate frequent layout changes and expansions, as well as stable operations over long periods, are particularly important. Traditional construction methods involving welding often lead to challenges such as the risks associated with the use of fire, the necessary safety measures that accompany it, and prolonged construction periods. Our fixed racks were developed to address these challenges. 【Usage Scenarios】 - Construction of inventory storage areas within warehouses - Improvement of picking routes - Organization of workspaces 【Benefits of Implementation】 - Increased efficiency in assembly work - Reduced risks associated with the use of fire - Quick installation and adaptability to layout changes

In construction sites, it is essential to establish an efficient and safe transportation system for materials. Particularly during the installation and movement of materials, quick assembly and secure fastening are crucial. Traditional methods have faced challenges such as the use of fire during welding operations, associated safety measures, and delays in construction schedules. Our fixed racks were developed to address these issues. By employing a non-welded structure that features a "mechanical joint device" that interlocks the uneven surfaces of plates and a bolt-fastened "PosMAC tray" made from corrosion-resistant PosMAC steel plates, we facilitate assembly work on-site, contributing to shortened construction periods and cost reductions. Additionally, since no fire is used, the risk of fire is reduced, providing a safe working environment. 【Usage Scenarios】 - Transportation of materials at construction sites - Installation of temporary materials - Organization of materials within the site 【Benefits of Implementation】 - Labor-saving in assembly work - Increased efficiency due to shortened construction periods - Improved safety due to the absence of fire - Cost reductions

In manufacturing production management, stable operation of equipment and efficient layout are required. Particularly in environments where changes or expansions to production lines are frequent, quick and safe installation of equipment becomes crucial. Improper installation can lead to decreased productivity and safety risks. Our fixed racks can be assembled without welding, contributing to solving on-site challenges. 【Usage Scenarios】 - Changing the layout of production lines - Supporting wiring and piping during equipment expansion - Infrastructure development within factories 【Benefits of Implementation】 - Increased efficiency in assembly work - Reduced risks associated with the use of open flames - Cost reduction through shortened construction periods

In the operation of data centers, seismic measures to maintain the stable operation of servers are extremely important. Particularly in environments where precision equipment is densely packed, the use of open flames is often restricted, making traditional welding construction difficult. Additionally, the risk of damage to the supports of cable trays and piping during an earthquake directly correlates with the risk of server downtime. Our "Mechanical Joint Device" does not use open flames and ensures the rigidity of joints through a unique "button-type insertion structure," thereby achieving safe seismic reinforcement for data centers. 【Usage Scenarios】 - Seismic reinforcement in server rooms where the use of open flames is restricted - Ensuring seismic performance at the supports of cable trays and piping - Installation of additional seismic support for existing equipment 【Benefits of Implementation】 - Construction is possible even in server operating environments as no open flames are used - Shortened construction periods and reduced costs due to construction that does not require specialized qualifications - Improved reliability of structural support during earthquakes due to the unique insertion structure

In maintaining the clean room of a semiconductor factory, strict environmental management is required. In particular, the use of open flames is severely restricted during equipment maintenance and expansion work, making it essential to ensure a safe and clean construction environment. Traditional welding operations pose fire risks and generate dust, which imposes significant constraints on work within clean rooms. Our non-welding seismic support can securely support cable trays and piping without the use of open flames, enabling efficient seismic reinforcement while maintaining the clean room environment. 【Usage Scenarios】 - Expansion and reinforcement of piping and cable trays within clean rooms - Seismic measures in precision equipment areas where open flame use is restricted - Equipment maintenance or layout changes within a short period 【Benefits of Implementation】 - Safe construction without contaminating the clean room environment due to the absence of open flames - Contribution to reduced construction time and costs by eliminating welding processes - Efficient construction possible with general tools, as no special qualifications are required

In critical infrastructure facilities such as power plants, it is extremely important to prevent equipment damage during earthquakes and maintain stable operations. Particularly in the support of cable trays and piping, a balance of high rigidity and a safe construction environment is required. However, in sites where the use of open flames is restricted, conventional welding methods are often difficult, posing challenges for construction efficiency and safety. Our "Mechanical Joint Device" ensures seismic performance without the use of flames, making it ideal for equipment maintenance and seismic reinforcement work within power plants. 【Application Scenarios】 - Supporting cable trays within power plants where the use of open flames is restricted - Seismic reinforcement work for piping in plant facilities - Labor-saving and improved construction efficiency for on-site work 【Benefits of Implementation】 - Safe construction is possible in an environment without the use of flames - The patented embedded structure ensures joint rigidity without welding - Usable with standard tools, eliminating the need for specialized qualifications and reducing construction time

In automated transport routes within logistics warehouses, strong fixation of structures is required to ensure operational stability and safety. Particularly in environments where open flames are prohibited or in situations where construction must be carried out without halting operations, a safe and rapid installation method that does not involve welding is essential. Traditional welding methods can pose challenges such as fire risks, the need for specialized personnel, and securing construction time. Our non-welding seismic support, the "Mechanical Joint Device," ensures reliable rigidity with its unique "button-type insertion structure" using standard tools, thereby supporting efficient equipment construction in logistics sites. 【Usage Scenarios】 - Fixing automated transport routes within logistics warehouses - Installing equipment in areas where the use of open flames is restricted - Seismic reinforcement work on existing equipment 【Benefits of Implementation】 - Reduces fire risks as welding work is not required - No specialized qualifications needed, allowing for construction with standard tools - Improves operational efficiency on-site by shortening construction time - Ensures joint rigidity with a combination of a few bolts

In food factories, strict hygiene management is required, which often leads to severe restrictions on the use of open flames during equipment construction. When adding or reinforcing piping and cable trays, the sparks, smoke, and dust generated by welding pose a risk to the hygienic environment. Our non-welding seismic support can be installed without the use of open flames, ensuring that seismic performance is secured safely while maintaining a hygienic environment even in operating factories. 【Usage Scenarios】 - Piping support in food manufacturing areas where hygiene management is crucial - Expansion of cable trays in factories where the use of open flames is restricted - Seismic reinforcement work for existing equipment 【Benefits of Implementation】 - Maintains the hygienic environment within the factory by not using open flames - Reduces construction time and costs by eliminating the welding process - Promotes efficiency in construction with no specialized qualifications required for installation

In chemical plants, due to the nature of handling flammable materials, the use of open flames is strictly restricted, and maintaining the safety of piping requires the utmost attention. Particularly, the shaking of pipes during an earthquake increases the risk of damage at connection points and piping leaks, making reliable seismic reinforcement essential. Our non-welding seismic support, the "Mechanical Joint Device," can be installed without the use of flames, enabling safe piping support while maintaining the operational environment of the plant. 【Usage Scenarios】 - Piping support within chemical plants where the use of open flames is restricted - Prevention of damage and leaks at piping connection points due to shaking during earthquakes - Seismic reinforcement work on existing piping 【Benefits of Implementation】 - Allows for construction that complies with plant safety standards since no flames are used - Eliminates welding work, resulting in reduced construction time and costs - Enables efficient site management as no special qualifications are required

In the railway and transportation infrastructure industry, ensuring stable operation of equipment and avoiding service interruptions are top priorities. Especially in environments where the use of open flames is restricted, such as inside stations and tunnels, seismic reinforcement work requires safe and rapid execution. Traditional methods involving welding raise concerns about fire risks and the impact of prolonged work on operations. Our "Mechanical Joint Device" can be installed without the use of flames and with standard tools, efficiently enhancing the seismic performance of infrastructure equipment and contributing to planned maintenance and emergency reinforcement work. 【Usage Scenarios】 - Seismic reinforcement of cable trays and piping inside stations and tunnels - Installation work in infrastructure areas where the use of open flames is restricted - On-site construction aimed at minimizing service interruption time 【Benefits of Implementation】 - Reduces the safety management burden on-site due to the absence of open flames - Minimizes the impact on operations through shortened construction time - Achieves improved construction efficiency and cost reduction without requiring specialized qualifications

Ensuring evacuation routes in commercial facilities is extremely important for protecting the safety of visitors. In environments where the use of open flames is restricted for supporting piping and cable trays in ceilings and backyards, safe and reliable seismic measures are required. Traditional welding methods can pose challenges such as fire risks and construction time constraints, but our non-welding seismic support achieves strong support without the use of flames, contributing to the maintenance of safety standards in facilities. 【Usage Scenarios】 - Seismic reinforcement of piping and cable trays in evacuation routes of commercial facilities - Equipment renovation work in existing facilities where the use of open flames is restricted - Nighttime work or short-term maintenance requiring reduced construction time 【Benefits of Implementation】 - Safe construction during facility operation is possible as no open flames are used - Efficient construction is achieved with general tools, eliminating the need for special qualifications - Reduced construction time minimizes the impact on facility operations