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Delivery Product List and Ranking from 58 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jun 17, 2026～Jul 14, 2026
This ranking is based on the number of page views on our site.

Delivery Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jun 17, 2026～Jul 14, 2026
This ranking is based on the number of page views on our site.

  1. シュマルツ Kanagawa//Machine elements and parts
  2. トーア電子 Aichi//Electronic Components and Semiconductors
  3. 東邦大信 Aichi//equipment
  4. 4 三共精機 本社 Kyoto//Trading company/Wholesale
  5. 4 ミワ Aichi//Industrial Machinery
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Delivery Product ranking

Last Updated： Aggregation Period:Jun 17, 2026～Jul 14, 2026
This ranking is based on the number of page views on our site.

  1. Roll-to-roll (RtoR) plating equipment トーア電子
  2. Transportation of construction material glass! Vacuum lift "Vacuum Master Glass" シュマルツ
  3. Improve the suction collet to ensure reliable transport of semiconductor chips. オルテコーポレーション 本社
  4. 4 Automated transport device "Gantry Loader" enables various workpiece transportation. 技研株式会社、株式会社GKM
  5. 4 FlexLink conveyor system 3D transport ジーディー自動機械 フレックスリンク事業部

Delivery Product List

91～107 item / All 107 items

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Automated transport device "Gantry Loader" enables various workpiece transportation.

Automated transport device "Gantry Loader" enables various workpiece transportation.

Our company's "Cableless Gantry Loader" contributes to reducing production costs by streamlining and labor-saving at the work site.

Our company's cable-less gantry loader utilizes cable-less communication using light (optical data transmission device), achieving higher speed, lower noise, and improvements in productivity and maintenance! We have realized faster operation and simplified maintenance. It can accommodate flexible loader beam extensions and carrier additions, control via NC devices, airless operation with motorized hands, and hand changers. Additionally, the incorporation of a temperature correction function ensures stable stopping positions, solving the issue of work position shifts caused by temperature changes. With the cable-less design, we achieve overall improvements in productivity and cost reduction. 【Benefits of Cable-less Design】 ・ ・Higher speed & lower noise ・Improved maintenance due to cable-less operation ・Significant reduction in running costs by minimizing the need for parts replacement such as cables ・Easy extension of loader beams and addition of carriers due to line layout changes *We also offer gantry loaders with cable wiring specifications (with cables). *For more details, please refer to the PDF or feel free to contact us.

  • Other conveying machines
  • Delivery

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Robot transport (loader) system 'GRL-25-Y'

Robot transport (loader) system 'GRL-25-Y'

By equipping a gantry loader with the performance of a 6-axis multi-joint robot, a flexible and multifunctional robot loader is realized.

We would like to introduce our robot transport loader device, the 'GRL-25-Y'. With the robot's free positioning and posture, we have achieved compactness of surrounding devices and space-saving overall layout. This has also made it possible to reduce the overall costs during equipment installation. Additionally, with a slim design, we have significantly reduced the overall height compared to conventional gantries. By limiting the movable range of the robot's first axis, we can minimize hazardous areas, allowing installation with the same footprint as traditional gantry loaders. 【Features】 ■ Realizes a flexible and multifunctional robot loader ■ Achieves compactness of surrounding devices and space-saving overall layout by utilizing the robot's degrees of freedom ■ Significantly reduces overall height compared to conventional gantry loaders with a slim design ■ Enables suitable position correction according to the workpiece in collaboration with a vision system ■ Allows for high-precision work, minimizing human errors that occur in production environments *For more details, please refer to the PDF materials or feel free to contact us.

  • Transport and handling robots
  • Delivery

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StarLift150 achieves efficient transportation with advanced AI technology.

StarLift150 achieves efficient transportation with advanced AI technology.

The highly advanced AI-equipped autonomous transport robot StarLift150 is transforming warehouse logistics. It enhances efficiency through task control and accommodates a wide variety of transport items.

StarLift150 is equipped with advanced AI technology and routing design algorithms, autonomously navigating by utilizing environmental recognition through sensors and cameras. Even when multiple units are added, the task control system adjusts routes and prevents interference, ensuring smooth operation even during busy times. Additionally, it features a lifting function that automatically raises and transports items, from precision parts to general products, to their destinations. It can automate not only the transportation tasks in factories and warehouses but also the management of the transported items.

  • Transport and handling robots
  • Delivery

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[For Hospitals] AGV Σone100: Safe Transportation of Medical Supplies

[For Hospitals] AGV Σone100: Safe Transportation of Medical Supplies

Streamlining the transportation of medical supplies within the hospital to improve efficiency and safety.

In the hospital industry, the rapid and safe transport of medical supplies is essential. In particular, the handling of pharmaceuticals and medical devices requires strict adherence to time and a clean environment. Manual transport can lead to an increased risk of human error and infection. The AGV Σone100 can move in all directions, accommodating the complex layouts within hospitals and ensuring the safe transport of medical supplies. 【Usage Scenarios】 - Transport of pharmaceuticals and medical materials - Transport of inspection specimens - Transport of medical instruments to the operating room 【Benefits of Implementation】 - Reduced transport time - Decreased human error - Lowered infection risk - Reduced burden on staff

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Chip transportation using link conveyors for shipbuilding.

Chip transportation using link conveyors for shipbuilding.

A safe working environment at the shipyard! Solve chip problems with link conveyors.

In the shipbuilding industry, safe disposal of metal shavings generated from machining is essential. In particular, ensuring the safety of workers and improving the working environment are important issues. The scattering of shavings and manual transportation increase the risk of injury and can reduce work efficiency. Link conveyors transport shavings in a sealed space, protecting worker safety and maintaining a clean environment within the factory. 【Usage Scenarios】 - Metal processing areas in shipyards - Grinding and cutting processes with high shavings generation - Sites where worker safety is the top priority 【Benefits of Implementation】 - Reduces the risk of worker injuries - Improves the working environment - Beautifies the entire factory - Achieves labor savings

  • Conveyor
  • Other conveying machines
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【For automobile manufacturing】 "Cross roller type" right-angle transport that eliminates time loss.

【For automobile manufacturing】 "Cross roller type" right-angle transport that eliminates time loss.

Small workpieces and items weighing less than 10 kilograms can be turned and connected at right angles without changing height.

In the automotive manufacturing industry, the parts supply line requires efficient transportation in limited space and precise positioning of components. Particularly in the transfer of parts between complex processes, losses in transportation time and readjustments due to changes in the orientation of parts directly lead to decreased production efficiency. Additionally, the risk of damage to the bottom surface of transported items must also be considered. Our patented new product, the "Cross Roller Transfer Device," addresses these challenges by achieving right-angle transportation without changing height, thereby reducing time loss. Unlike curved conveyors, it does not change the orientation of the workpieces, allowing for smooth transfers in subsequent processes. Furthermore, its simple mechanism and design that reduces the risk of damage to the bottom surface compared to conventional products ensure safe usage. 【Application Scenarios】 - Right-angle transfer of parts on production lines - Optimization of transportation routes in narrow spaces - Transfer of parts between multiple lines - Transportation of small to medium-sized components 【Benefits of Implementation】 - Increased productivity through reduced transportation time - Simplification of processes due to unchanged orientation of parts - Reduced risk of damage to transported items - Flexible integration into existing lines

  • Conveyor
  • Delivery

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[For Semiconductor Manufacturing] New Patent Product "Cross Roller Type Transfer Device" Right Angle Conveying

[For Semiconductor Manufacturing] New Patent Product "Cross Roller Type Transfer Device" Right Angle Conveying

A great item that connects small workpieces or loads under 10 kilograms at a right angle without changing their height!

In the semiconductor manufacturing industry, particularly in wafer transport, precise positioning and smooth transfer are required. Wafers are delicate, so even slight vibrations or changes in orientation during transport can affect product quality. Additionally, building efficient lines in limited space and coordinating with existing equipment are also important challenges. Our patented new product, the "Cross Roller Transfer Device," provides a right-angle transport solution that minimizes time loss in addressing these challenges. 【Usage Scenarios】 - Right-angle transfer in wafer manufacturing lines - Precise transport in clean rooms - Integration into existing conveyor lines - Layout changes in limited spaces 【Benefits of Implementation】 - Capable of converting direction at a 90-degree angle without changing the orientation of the transported items - Unlike curved conveyors, the orientation of the workpieces remains unchanged - Supports 64 patterns of right-angle transfer - Flexibly adapts to the speed and size of existing conveyors, reducing cycle time - Reduces the risk of bottom surface damage and breakage compared to conventional products

  • Conveyor
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[Aerospace] "Cross Roller Type Transfer Device" for Right-Angle Transport without Time Loss

[Aerospace] "Cross Roller Type Transfer Device" for Right-Angle Transport without Time Loss

For the aerospace industry: eliminating time loss with right-angle turns for aircraft component transportation.

In the aerospace industry, the transportation of aircraft components requires precise positioning and efficient line construction. In particular, accurately transferring parts at a right angle without changing their orientation directly impacts the accuracy and speed of the assembly process. Traditional curved conveyors posed a risk of changing the orientation of the workpieces, but our "cross roller transfer device" allows for transfer at a 90-degree angle without altering the orientation of the workpieces. This enables smooth and accurate transfer even for complex-shaped aircraft components, contributing to the reduction of time loss across the entire production line. [Usage Scenarios] - Inter-line transfer of aircraft components - Right-angle transportation of precision parts without changing orientation - Layout changes in limited spaces [Benefits of Implementation] - Reduced cycle time of the transport line - Prevention of errors caused by changes in part orientation - Lower risk of bottom surface damage compared to conventional products

  • Conveyor
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[For Food Processing] Perpendicular transport of heavy items on pallets - Kanta 1000 model

[For Food Processing] Perpendicular transport of heavy items on pallets - Kanta 1000 model

For the transportation of raw materials in food processing and the right-angle turning of heavy objects, leave it to the Kantarou 1000 model.

In the food processing industry, both hygiene management and work efficiency are required for raw material delivery. Especially when handling heavy raw materials, safe and smooth transportation is essential, and efficient layout design in limited space becomes important. Traditional transportation methods often require a lot of space and time for direction changes, leading to complications in work processes. The Kantarou 1000 model addresses these challenges by achieving right-angle transportation on the same plane, contributing to space-saving and efficiency in transportation lines. 【Usage Scenarios】 - Receiving and transporting raw material pallets - Feeding into the manufacturing line - Moving pallets within the warehouse - Layout changes in limited space 【Benefits of Implementation】 - Increased productivity through reduced cycle times - Space-saving in transportation lines - Safe and efficient transportation of heavy items - Simplification of work processes

  • palette
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【For the steel industry】Right-angle transportation of heavy objects and pallets on the same plane - Kantarou

【For the steel industry】Right-angle transportation of heavy objects and pallets on the same plane - Kantarou

For the movement of steel materials in the steel industry. For 90-degree turns in heavy cargo transport, the Kantarou 1000 model.

In the steel industry, efficient and safe transportation of heavy steel materials is essential. In particular, changing direction in limited spaces poses challenges that can complicate operations and lead to time loss. Traditional transportation methods often require processes such as stopping and lifting, which can increase cycle times and hinder space-saving efforts. Our product, the "Kantarou 1000 Type," addresses these challenges by enabling right-angle transportation on the same plane, contributing to the efficiency and space-saving of transportation lines. 【Usage Scenarios】 - Moving steel pallets within factories - Transferring steel materials between manufacturing lines - Rearranging steel materials within warehouses 【Benefits of Implementation】 - Reduced cycle time for transportation lines - Efficient layout construction in limited spaces - Safe and smooth direction changes for heavy items

  • palette
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AMR TUSKROBOTS for Manufacturing Industry Pallet Transport

AMR TUSKROBOTS for Manufacturing Industry Pallet Transport

Achieving logistics efficiency and labor reduction through the automation of parts supply.

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

  • TUSKロボット 画像?.jpg
  • TUSKロボット 画像?.jpg
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Pallet Transport AMR for Food and Beverage - TUSKROBOTS

Pallet Transport AMR for Food and Beverage - TUSKROBOTS

Automating the transportation of raw materials in the food and beverage industry, achieving labor reduction and improved logistics efficiency!

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

  • TUSKロボット 画像?.jpg
  • TUSKロボット 画像?.jpg
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Pallet Transport AMR TUSKROBOTS for the Pharmaceutical Industry

Pallet Transport AMR TUSKROBOTS for the Pharmaceutical Industry

AMR that realizes the automation and labor-saving of pharmaceutical transportation.

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

  • TUSKロボット 画像?.jpg
  • TUSKロボット 画像?.jpg
  • TUSKロボット 画像?.jpg
  • TUSKロボット 画像?.jpg
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Pallet Transport AMR TUSKROBOTS for Retail and Store Replenishment

Pallet Transport AMR TUSKROBOTS for Retail and Store Replenishment

Automating the transportation of replenishment pallets for stores to achieve labor reduction and improved efficiency.

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

  • TUSKロボット 画像?.jpg
  • TUSKロボット 画像?.jpg
  • TUSKロボット 画像?.jpg
  • TUSKロボット 画像?.jpg
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AMR autonomous transport for cases, pallets, shelves, and heavy objects.

AMR autonomous transport for cases, pallets, shelves, and heavy objects.

An advanced robot equipped with AI machine learning and high-precision sensors that autonomously transports items. It enhances efficiency in movement between processes, reduces labor, and improves productivity and safety.

The method of autonomous driving (AMR) that maps the environment using lasers or cameras, either in conjunction with or without a code, automatically calculates the optimal route using AI technology and, when it detects obstacles or congestion, automatically selects a detour or adjusts speed and distance, allowing for collaborative work with humans. It is an autonomous transport device that can slide under transported items (fixed shelves or pallets) in a low-profile (underneath) manner and lift them up for transport. Thanks to seamless integration with upstream systems such as WMS (Warehouse Management Systems), implementation can be completed in a short period. By entrusting simple transport tasks to AGVs/AMRs, it demonstrates flexibility and high performance in small-lot and diverse transport. AGVs, which are suitable for "transporting fixed items along a fixed route accurately," and AMRs, which are suitable for "transporting flexibly and autonomously according to the situation," can adapt flexibly to the types of transported items and work environments, ranging from heavy to lightweight items and collaborative work with humans.

  • Other conveying machines
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  • Other industrial robots
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