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robot Product List and Ranking from 893 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jun 10, 2026～Jul 07, 2026
This ranking is based on the number of page views on our site.

robot Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jun 10, 2026～Jul 07, 2026
This ranking is based on the number of page views on our site.

  1. 因幡電機産業 産機カンパニー Osaka//Trading company/Wholesale
  2. null/null
  3. ABBジャパン Tokyo//Industrial Electrical Equipment
  4. 4 KOYAMA CO., LTD. Head office, Tochigi branch, Tokyo branch, Kawasaki branch, Shizuoka branch, Osaka branch, Nagareyama local office, 4 overseas local companies (the Philippines, Shanghai, Hong Kong, Vietnam) Tokyo//Trading company/Wholesale
  5. 5 ABB ロボティクス＆ディスクリート・オートメーション事業本部 - 産業用ロボット関連製品 Tokyo//robot
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robot Product ranking

Last Updated： Aggregation Period:Jun 10, 2026～Jul 07, 2026
This ranking is based on the number of page views on our site.

  1. Reduce the burden on site! Painting hanger system & inspection and transport robot.
  2. "KachaKa Evo" - the new model of the number one AMR in the domestic market! KOYAMA CO., LTD. Head office, Tochigi branch, Tokyo branch, Kawasaki branch, Shizuoka branch, Osaka branch, Nagareyama local office, 4 overseas local companies (the Philippines, Shanghai, Hong Kong, Vietnam)
  3. All-in-one Smart 3D Sensor "Gocator" 因幡電機産業 産機カンパニー
  4. 4 AMR (Autonomous Mobile Robot) for manufacturing sites 'AspinaAMR' セキュリティデザイン
  5. 5 Autonomous Mobile Robot 'TriOrb BASE (Standard/Weight Carrying)' TriOrb

robot Product List

1021～1050 item / All 3757 items

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Delivery Robot "Geniant"

Delivery Robot "Geniant"

"Streamlining sorting operations" Using autonomous robots that calculate travel routes in real-time. Irregularly shaped packages can also be transported!

Our company offers a sorting system called "Geniant," which utilizes transport robots to contribute to labor-saving and operational efficiency in logistics sites. The transport robots are "autonomous driving types" that calculate the optimal travel route in real-time based on traffic volume, obstacles, and distance to the destination. In addition to automatic loading, they excel in versatility, allowing for manual loading of packages and direct sorting into carts or cases, as well as transporting standard products, small items, and irregularly shaped packages. 【Features of the Transport Robot】 - The robot calculates the appropriate route and travels without waste. - It supports careful sorting with a top belt conveyor. - Battery charging is possible while in motion, achieving efficient operation. ★ It attracted a lot of attention at the "International Logistics Comprehensive Exhibition 2020" held in February. A video showcasing the demonstration is currently available for viewing. (Also accessible via related links) *For details on the robot's features and system, please refer to the PDF materials.

  • Other industrial robots
  • Transport and handling robots
  • Sorting machine
  • robot

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Self-Driving Mobile Robot (AMR) Sorting Solution Genient

Self-Driving Mobile Robot (AMR) Sorting Solution Genient

[Video available] Compact installation area! Easy to rearrange the layout while charging the battery during operation.

Introducing our sorting solution using Autonomous Mobile Robots (AMR). This product supports both automatic induction and manual induction, allowing for accurate sorting while in motion, with a compact installation footprint. Reconfiguring layouts is easy, and the robot can charge its battery while operating. ■ Continuous operation is achieved with a smart recharging system ■ Capable of accommodating various layouts, robot expansions, and area extensions ■ Built-in high-performance traffic management system that constantly calculates optimal routes ■ Supports standard items as well as small and difficult-to-handle irregular items ■ The number of robots can be adjusted based on current performance and future growth forecasts for continuous operation *For more details, please refer to the related link page or feel free to contact us.

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Weight Work Handling Robot Implementation Case Study

Weight Work Handling Robot Implementation Case Study

Quickly move heavy work! Significantly reduce non-processing time.

This catalog is a case study catalog for the "Heavy Work Handling Robot" with a work weight of 200kg, designed and manufactured by Proceed Co., Ltd., which specializes in robot systems, industrial machinery, and various dedicated devices, including transport equipment. By introducing a robot with a load capacity of 210kg and a dedicated stocker, non-processing time has been significantly reduced to about one-tenth. [Results After Implementation] - Operators are freed from dangerous crane operations. - Significant reduction in labor costs has been achieved. *For more details, please download the PDF or feel free to contact us.

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Mobile robot

Mobile robot

Automatic supply to multiple processing machines with one robot.

During tool changes and stage transitions, the robot does not occupy the entire processing machine. Multiple processes can be automated. Removing from the stocker → Process 1 → Inversion → Process 2 → Discharge, etc., can also be done without human intervention. Time-consuming processes can be automated and sped up. Removing from the stocker → Process 1 × 2 → Discharge, etc., can also be done without human intervention.

  • Articulated Robot
  • Transport and handling robots
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Communication Robot "Robocot"

Communication Robot "Robocot"

Friendly and exceptional in attracting customers and hospitality!

"Robocott" is a communication robot that provides easy-to-understand guidance and explanations using four interfaces: screen, touch operation, voice output, and voice recognition. It is possible to set up and control Robocott from the cloud, allowing management of this product installed in multiple remote stores from the headquarters. Additionally, it excels in multilingual speech and listening, and the expected Q&A (AI learning) can be registered and set up only in Japanese. The product can also automatically respond in multiple languages. 【Features】 ■ Possible to set up and control Robocott from the cloud ■ Can manage this product installed in multiple remote stores from the headquarters ■ Can automatically respond in multiple languages ■ Can integrate with other systems and display other web pages ■ Various automation is possible through integration with RPA *For more details, please refer to the PDF materials or feel free to contact us.

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Industrial LTE Router 'R800'

Industrial LTE Router 'R800'

Industrial LTE router capable of simultaneously connecting serial devices and Ethernet devices.

The industrial LTE router 'R800' can transmit long-distance wireless data to users over public 4G/3G networks as an IoT wireless communication industrial router. It can simultaneously connect one console (also S485/RS422) and two Ethernet LANs, allowing for the connection of serial devices and Ethernet devices, functioning as a data transmission and routing device. Additionally, we offer a lineup of cellular modules such as "FDD /Cat.1" and "LPWA/Cat.M." 【Features】 ■ Capable of transmitting long-distance wireless data to users over public 4G/3G networks ■ Embedded real-time operating system using a high-performance industrial 32-bit communication processor and industrial wireless module ■ Can simultaneously connect one console (also S485/RS422) and two Ethernet LANs, allowing for the connection of serial devices and Ethernet devices ■ Functions as a data transmission and routing device *For more details, please refer to the PDF materials or feel free to contact us.

  • Routers, Switches, and Hubs
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[Design Case] Automated Transport Robot Prototype Logiee

[Design Case] Automated Transport Robot Prototype Logiee

Considering driving on public roads! The chassis is constructed with an aluminum frame based on an electric wheelchair.

We would like to introduce a design case of our "Automated Transport Robot Prototype Logiee." We supported the development and manufacturing of the vehicle for the automated transport robot prototype. With a focus on transporting items, a module for carrying goods can be attached to the top of the vehicle. It is equipped with remote monitoring and control functions, and if certain conditions are met, it can also operate on public roads. [Case Overview] ■ Challenges - Development and manufacturing of the automated transport robot prototype ■ Proposal - We enabled the attachment of a module for carrying goods to the top of the vehicle with a focus on transporting items. - We equipped it with remote monitoring and control functions, allowing it to operate on public roads if certain conditions are met. *For more details, please refer to the PDF materials or feel free to contact us.

  • Contract manufacturing
  • robot

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Collaborative Robot "Universal Robot" Comprehensive Catalog

Collaborative Robot "Universal Robot" Comprehensive Catalog

Even with a collaborative robot for the first time, you can feel at ease! In just one hour, you can unpack and set up the robot → program the initial tasks.

Collaborative robots," which are gaining attention due to the review of production processes and work style reforms. You may be interested, but think that you can't program because you don't have a robotics engineer, right? With Universal Robots, setting up the program is easy, and even those without experience in robot implementation can use it easily. 【Features】 - Compared to conventional products, the placement and programming of the robot are easier than ever. - In just one hour, you can unpack, install the robot, and program the first task. - During servicing, all six joints of the robot can be replaced in 2 to 6 minutes. With 17 types of safety features, including newly added customizable stop times and stop distances, automation through collaboration is easier than ever. *For more details, please download the catalog or feel free to contact us.

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What are the key points to avoid failure when introducing collaborative robots? [Guidebook available]

What are the key points to avoid failure when introducing collaborative robots? [Guidebook available]

To avoid failing in the introduction of collaborative robots! We explain cases suitable for introduction and cases where barriers to introduction become high, divided into 10 steps! [Case study presentation]

Do you want to introduce collaborative robots but worry about whether "the implementation might not go well," "the expected benefits might not be realized," or "what if it ends up being unused after implementation"? The "10 Steps for Implementing Collaborative Robots" for first-time users provides an introductory explanation of what collaborative robots are and what can be automated with them. It also outlines cases suitable for implementing collaborative robots and cases where the barriers to implementation are higher, all explained in 10 steps. Real-world implementation examples are included at the end! 【Please read this guidebook if you are:】 ■ Unsure about what collaborative robots are… ■ Considering how to automate your current manual processes… ■ Looking into robot implementation but unsure what can be automated… ■ Finding robot implementation complex? Searching for robots that can be easily started… ■ Feeling anxious about implementing collaborative robots… 　and more. *For more details about the guidebook, please view the PDF available for download.

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[UR10 Robot Implementation Case] Nissan Motor Corporation

[UR10 Robot Implementation Case] Nissan Motor Corporation

Introducing Universal Robot's collaborative robots to reduce labor costs for assistant workers!

The "UR10 Robot" provides a solution to the aging workforce and has reduced the labor costs of auxiliary workers for a global automotive manufacturer. Nissan Motor Co., one of the world's famous automotive brands, was facing a problem. In its large factory in Yokohama, there was a need for a more streamlined production process, along with the reality of an aging workforce and the loss of critical skills. One of the challenges in the factory was related to the "takt time" level concerning the cycle time of specific processes, which sometimes exceeded the target. Due to this issue, auxiliary workers were needed, which meant more labor and, consequently, higher labor costs for the company. [Challenges] - A more streamlined production process is needed - Aging workforce and loss of critical skills - Need for auxiliary workers (labor, labor costs) *For more details, please watch the video below. *For additional information, please check the catalog and materials for implementation available for PDF download.

  • Other industrial robots
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Collaborative Robot Implementation Case: Contributing to Productivity Improvement in Pick & Place

Collaborative Robot Implementation Case: Contributing to Productivity Improvement in Pick & Place

Achieving automation and productivity improvements in the mountain cutting line without changes to the production process [Video available].

Alpha Corporation, a global comprehensive lock manufacturer. Faced with labor shortages and rising labor costs, there was a need to continuously improve productivity. At the same time, we wanted to maintain our existing production lines as much as possible, so we introduced the collaborative robots "UR3" and "UR5" from Universal Robots, which are lightweight, flexible, and do not require safety fences. [Challenges] ■ We want to improve productivity through automation without making changes to the existing lines. ■ The space available for robot installation is limited, and we have given up on introducing industrial robots. *For more details, please see the video and PDF below.

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Collaborative robot examples: Automation of workpiece loading and unloading, screw fastening, and welding.

Collaborative robot examples: Automation of workpiece loading and unloading, screw fastening, and welding.

Maintain competitiveness by keeping or reducing manufacturing costs! Also reduce potential risks in the manufacturing process.

The ASSA ABLOY factory in Bucharest was struggling with a significant skills gap compared to the low unemployment rate in the capital. Due to the difficulty in attracting new workers to the factory, it was necessary to explore various automation solutions such as robots, automated guided vehicles, bin-picking systems, and sorting equipment. As a result, the company introduced UR robots for various applications including welding, stamping, riveting, screw fastening, and grinding. This allowed them to provide the flexibility needed to meet customer demands quickly, while maintaining quality and offering effective pricing. **Overcoming Automation Challenges** - Maintaining and reducing manufacturing costs to remain competitive - Implementing automation technology to support the established automation plan - Automating various machine tending tasks - The necessity for standard and specific end effectors - Reducing potential risks in hazardous manufacturing processes within the factory - Investment payback period: 3 years (based on the comprehensive automation plan) - Robots used: 4 UR3s and 6 UR5s *For more details, please refer to the PDF document or feel free to contact us.*

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Collaborative Robot Examples for the Food Industry: Box Packing, Labeling

Collaborative Robot Examples for the Food Industry: Box Packing, Labeling

Thanks to collaborative robots, the amount of materials used in the packaging department has been optimized, reducing cardboard waste!

ATRIA SCANDINAVIA mainly deals with products for convenience stores and food chains that operate 24 hours a day. The company's goal was to acquire a reliable product line that can be produced efficiently and effectively while keeping labor costs low. To achieve this, they purchased UR robots from the local distributor Edstrom’s. Thanks to the collaborative robots, they were able to optimize material usage in the packaging department, reducing cardboard waste by 25 percent since the first robot was implemented. [Goal] ■ We want to acquire a reliable product line that can be produced efficiently and effectively while keeping labor costs low. *For more details, please refer to the PDF document or feel free to contact us.

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Collaborative robot examples: Automation of workpiece loading and unloading, screw fastening, and inspection.

Collaborative robot examples: Automation of workpiece loading and unloading, screw fastening, and inspection.

Precision of 0.1mm repeatability! A case study on the introduction of collaborative robots with extremely low power consumption.

AUROLAB is a non-profit medical organization in India that exports products to over 130 countries worldwide. The overall production process of intraocular lenses, as well as the precision and accuracy in tasks such as material handling of components and pick-and-place, are extremely important, and the robots must allow staff to work safely and comfortably. 【Overcoming Automation Challenges】 ■ Addressing critical tasks that require flexibility, productivity, and reliability ■ Improving productivity and quality ■ ROI in less than 2 years *For more details, please refer to the PDF document or feel free to contact us.

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Collaborative Robot Case: Automation of Work Movement and Pick & Place

Collaborative Robot Case: Automation of Work Movement and Pick & Place

Adopting collaborative robots to stay ahead in the competition!

Betacom develops lighting solutions for roads, arenas, and tunnels. In preparation for the launch of a new lineup of LED road lighting products, the company requested DESIGN ENERGY to develop a universal robot-based solution. The collaborative robot solution enables the handling of a larger volume of work with unparalleled precision and accuracy. [Challenges addressed in automation] ■ Solutions for the installation and assembly of LED lighting to high-quality standards *For more details, please refer to the PDF document or feel free to contact us.*

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Collaborative Robot Case Study: Automation of Screw Tightening and Assembly Work | PSA

Collaborative Robot Case Study: Automation of Screw Tightening and Assembly Work | PSA

The UR10 from Universal Robots has been adopted for the "Factory of the Future" project!

The SOCHAUX plant of the French automotive manufacturer Group PSA has begun efforts towards the continuous optimization of industrial processes in response to technological advancements, customer expectations, and market pressures. To enhance the plant's capacity and reduce production costs, two UR10 cobots have been introduced for the screw fastening operations on the white body assembly line at the SOCHAUX plant. As a result, not only was there a reduction in costs, but also improvements in geometric tolerances and the ergonomic working environment for operators were observed. 【Overcoming Automation Challenges】 ■ Cost reduction ■ Improvement of geometric dimensioning and tolerancing (GD&T) ■ Improvement of working conditions *For more details, please refer to the PDF document or feel free to contact us.

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Collaborative Robot Case Study: Automation of Pick and Place / Screw Tightening

Collaborative Robot Case Study: Automation of Pick and Place / Screw Tightening

Reduce annual operating costs by $80,000 while improving productivity and performance quality!

PT JVC Electronics Indonesia (JEIN) is a member of the JVC Kenwood Group, which handles electronics and entertainment products. The company heavily relied on manual processes but needed to automate operations to maintain competitiveness. As a result, they introduced the Universal Robot UR3, reducing annual operating costs by $80,000 while improving productivity and performance quality. 【Overcoming Automation Challenges】 - Easy implementation - Supplementing existing facilities and infrastructure without major changes - Flexibility in choosing support tools - Unbeatable pricing - Return on investment period: 30 months - Number of robots used: 7 UR3s *For more details, please refer to the PDF document or feel free to contact us.

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Collaborative Robot Examples: Automation of Assembly, Inspection, and Pick & Place

Collaborative Robot Examples: Automation of Assembly, Inspection, and Pick & Place

Introducing case studies of automated solutions implemented for monotonous tasks.

At ATTL A SPOL. S.R.O., it was found that the designed mechanical solutions had very low reliability, leading to the decision to purchase robots. The three lightweight UR5 robots that were introduced replaced human operators in performing monotonous manual labor at Attl a spol. s.r.o. [Challenges Addressed in Automation (Excerpt)] ■ The three lightweight UR5 robots replaced human operators in performing monotonous manual labor. ■ The robots on the production line operate six days a week, 20 hours a day, without needing downtime for maintenance or stoppages. ■ Return on investment period: 12 months. *For more details, please refer to the PDF document or feel free to contact us.

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Collaborative Robot Case Study: Automation of Assembly and CNC

Collaborative Robot Case Study: Automation of Assembly and CNC

Improving the operational efficiency of the production line. Case study of introducing easily programmable robotic arms to support employees.

BOOG MACHINING COMPANY, which operates in the automotive and automotive-related industries, was looking for automation solutions that could improve the daily work environment for employees while being quickly and easily programmable and applicable to various processes on the production line. The company chose a UR5-based solution equipped with flexibility and an intuitive touchscreen interface. Initially, there was one UR5, but now two additional units have been added, enhancing productivity across all aspects of the business and improving workplace safety. 【Overcoming Automation Challenges】 - Freeing employees from high-stress repetitive tasks to improve operational efficiency on the production line - Return on investment period: 365 days *For more details, please refer to the PDF document or feel free to contact us.

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Collaborative robot examples: Automation of soldering, drilling, and silicone dispensing.

Collaborative robot examples: Automation of soldering, drilling, and silicone dispensing.

Universal Robots solves the problems faced on the assembly line!

Creating Revolutions Inc. manufactures customer service pager systems used in the hospitality industry. The company was struggling with a defect rate in the pagers it produced for the hospitality industry that was in double digits. To address this, they introduced the Universal Robots collaborative robot UR3. The defect rate, which was in double digits, has now fallen below 1%, overhead costs have significantly decreased, and production volume has expanded several times. 【Overcoming Automation Challenges (Partially)】 ■ Employees can now be assigned to more complex tasks ■ Quality, efficiency, and production volume have improved *For more details, please refer to the PDF document or feel free to contact us.

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Collaborative Robot Case: Automation of Potting (Assembly) for Electronic Circuits

Collaborative Robot Case: Automation of Potting (Assembly) for Electronic Circuits

Potting of electronic substrates using collaborative robots! Automating manual work in a limited workspace.

Life Elettronica, located in the city of Modena, is a manufacturer that produces electronic substrates for third parties. The company decided to replace machines that always required operators with robots to automate the potting process. It was also essential that the solution could be used in extremely tight spaces and offered high quality and excellent reproducibility. As a result, they adopted the Universal Robots UR3 cobot for the potting work. By automating with the Universal Robots cobot, they achieved improvements in revenue, efficiency, and productivity, while maintaining high quality and reproducibility, resulting in perfect quality potting processing. The high reproducibility has also led to a reduction in defects and defective products. 【Overcoming Automation Challenges】 ■ Automating manual work in limited workspace ■ High-quality processing and excellent reproducibility *For more details, please refer to the PDF document or feel free to contact us.

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Collaborative Robot Case: Automation of Pick and Place / Assembly

Collaborative Robot Case: Automation of Pick and Place / Assembly

Introduction of case studies on the implementation of collaborative robots that respond with accuracy and reliability.

MARKA is a chemical products company that manufactures detergents. The company has adopted the Universal Robots UR3 for the task of tightening caps on its own brand consumer goods. This decision has responded with accuracy and reliability, and the investment made in this machine was recouped within a year. 【Overcoming Automation Challenges】 ■ Bottle Cap Tightening ■ The collaborative robot utilizes built-in power control to ensure that the correct power is applied consistently every time. *For more details, please refer to the PDF document or feel free to contact us.

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Collaborative Robot Case: Automation of Screw Tightening and Assembly Tasks

Collaborative Robot Case: Automation of Screw Tightening and Assembly Tasks

Quality and production efficiency have improved! Integrated into the facility, the production line has been optimized.

SHAD, which handles accessories for motorcycles, has been steadily growing over the past few years and was looking for robotic solutions to respond to the increasing demand. The solution the company sought was not to work on reducing the production process, and since the company's production range was always changing, "single-function" robots were not cost-effective. Therefore, they integrated the UR5 into their facility in Moller del Valles to optimize the production line and improve the working environment for employees. [Challenges addressed by automation] ■ Improved overall product quality ■ Freed employees from repetitive tasks *For more details, please refer to the PDF document or feel free to contact us.

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Collaborative Robot Example: Pick and Place in the Packaging Process

Collaborative Robot Example: Pick and Place in the Packaging Process

Eliminated the laborious tasks that were repeated on the process line. Reduced both setup and costs.

Scandinavian Tobacco Group, one of the largest pipe tobacco production factories in the world, wanted to avoid having employees perform tedious repetitive tasks. As a clear solution, they installed robots to automate ergonomically unfavorable tasks, but there was a problem: there was no space in the factory for the robots. Therefore, the company chose Universal Robots, which significantly simplified both setup and costs. **Key Factors** - Easy programming - Quick setup - Flexible implementation - Collaborative and safe - Rapid capital recovery *For more details, please refer to the PDF document or feel free to contact us.*

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Collaborative Robot Case: Automation of Machine Tending Tasks

Collaborative Robot Case: Automation of Machine Tending Tasks

The payback period is 15 months! Collaborative robots solve machine tending tasks.

Due to rising wages and difficulties in hiring experienced workers, Sky Engineering, a precision engineering company based in Singapore, faced the challenge of maintaining production costs at a competitive level. Struggling to reduce production costs, the company ultimately succeeded in implementing a robotic arm on one of its CNC machines. The company has the capacity for one operator to handle two machines. 【Key Factors】 ■ Easy programming ■ Flexible implementation ■ Quick capital recovery *For more details, please refer to the PDF document or feel free to contact us.

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Collaborative Robot Case: Introducing Robots in Limited Space

Collaborative Robot Case: Introducing Robots in Limited Space

Achieving three times the productivity with cobots! Introducing a case where the investment was recouped in less than a year.

While aiming to improve productivity and accuracy, SMEW Textile Machinery Pvt. has made the decision to incorporate collaborative robots (cobots) into textile machinery manufacturing, transitioning from micro and small enterprises (MSMEs) to small and medium enterprises (SMEs), and further aiming for larger growth. As a result, they achieved three times the productivity with cobots and recovered their investment in less than a year. 【Overcoming Automation Challenges】 ■ Labor Shortages ■ Safety ■ Limited Space ■ Investment Recovery Period of Less than One Year *For more details, please refer to the PDF document or feel free to contact us.

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Collaborative Robot Case: Machine Tending in Medical Device Manufacturing Process

Collaborative Robot Case: Machine Tending in Medical Device Manufacturing Process

Doubling production with robotics: Case study of implementing easily programmable universal robots.

Tegra Medical, a company engaged in metal and machining industries, faced a decline in profit margins due to rising costs and customer demands for price reductions. In response, the company deployed three collaborative robot arms manufactured by Universal Robots. By tending machines that produce medical devices, they doubled their production output and freed up 11 full-time employees, allowing the manufacturer to continue meeting customer demand while keeping costs low. 【Key Points】 - Easy programming - Collaborative and safe - Quick return on investment *For more details, please refer to the PDF document or feel free to contact us.*

  • Other industrial robots
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Collaborative Robot Case: Expanding Production Scale While Reducing Costs

Collaborative Robot Case: Expanding Production Scale While Reducing Costs

A case study of robot implementation that achieved three times the productivity of 3D printing with collaborative robots.

Voodoo Manufacturing, located in Brooklyn, New York, operates a rapidly growing 3D printing farm. For the startup, automating the manual processes of loading and unloading plates onto the printer was an urgent issue. Therefore, the company chose the Universal Robots UR10. With the collaborative robot, they achieved a threefold increase in 3D printing productivity! 【Overcoming Automation Challenges】 ■ Expanding production scale while reducing costs ■ Employees can be assigned to more complex tasks ■ Payback period of 6 months ■ UR+ Product: Robotiq 2-Finger Gripper Kit *For more details, please refer to the PDF document or feel free to contact us.

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Collaborative robot examples: machine tending, automation of CNC operations.

Collaborative robot examples: machine tending, automation of CNC operations.

Introducing a case where collaborative robots solved machine tending and CNC operations.

Whippany Actuation Systems creates electromechanical actuation systems for the aerospace and defense industries. The company was looking for solutions that could be easily implemented and programmed, and that did not require traditional guards and safety measures as demanded by other robots. Collaborative robots have not yet fully given Whippany a competitive edge, and the company is currently considering the potential to increase insourced work thanks to its enhanced production capacity. 【Overcoming Automation Challenges】 ■ Increased production volume ■ Improved employee experience ■ Enhanced profit margins ■ Increased output ■ ROI in less than 12 months *For more details, please refer to the PDF materials or feel free to contact us.

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Collaborative Robot Case: Reducing Barriers through Automation of Pick & Place Tasks

Collaborative Robot Case: Reducing Barriers through Automation of Pick & Place Tasks

We will reduce the yield rate of the production line and improve the value of employees' work and their workload.

YUEYIN Technology, a Taiwanese electronics company, is transitioning to Industry 4.0 and aims to enhance its technological capabilities and optimize existing equipment. To achieve this, the company utilized multiple UR5 collaborative robots to extend the lifespan of its equipment and reduce repetitive stress injuries. As a result, the flexibility of personnel allocation increased, allowing more employees to take on managerial roles, which enhanced the value of work and sense of achievement among employees. 【Overcoming Automation Challenges】 ■ Efficiency and yield rates of production lines ■ Reduction of operating costs ■ Safe reduction of employees' repetitive stress injuries ■ Decrease in employees' workload *For more details, please refer to the PDF document or feel free to contact us.

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