We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Collaborative robots.
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Collaborative robots Product List and Ranking from 113 Manufacturers, Suppliers and Companies

Last Updated: Aggregation Period:Dec 10, 2025~Jan 06, 2026
This ranking is based on the number of page views on our site.

Collaborative robots Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Dec 10, 2025~Jan 06, 2026
This ranking is based on the number of page views on our site.

  1. シリックス Mie//robot
  2. KYONI CO.,LTD. tokyo,kanawgawa,chib,gunma,yamagata,nagoya,shanghai Tokyo//Machine elements and parts
  3. 因幡電機産業 産機カンパニー Osaka//Trading company/Wholesale
  4. 4 西川産業 営業本部エンジニアリンググループ Osaka//Trading company/Wholesale
  5. 5 Ando Co.,Ltd. Aichi//Trading company/Wholesale

Collaborative robots Product ranking

Last Updated: Aggregation Period:Dec 10, 2025~Jan 06, 2026
This ranking is based on the number of page views on our site.

  1. Collaborative robot × balancer composite system (up to 60kg payload) シリックス
  2. [New Product] NACHI Non-Colliding Collaborative Robot MZS05 KYONI CO.,LTD. tokyo,kanawgawa,chib,gunma,yamagata,nagoya,shanghai
  3. [Authorized Dealer] FAIRINO manufactured easy-to-use collaborative robots at low prices. Ando Co.,Ltd.
  4. 4 Yamayan Electric Production Technology Engineering Services 因幡電機産業 産機カンパニー
  5. 5 DOBOT Nova2s is now available! Introduction to the DOBOT Nova series. 西川産業 営業本部エンジニアリンググループ

Collaborative robots Product List

346~360 item / All 505 items

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Collaborative Robot Case: Fujita Works Co., Ltd. TIG Welding Automation

Stabilizing the quality of TIG welding, which is influenced by the technician! An explanation of why a Japanese company introduced collaborative robots into the welding process.

Fujita Works Co., Ltd., a leading company in high-precision sheet metal fabrication, aimed to achieve TIG welding that is not dependent on the skill level of craftsmen and considered automation. After repeated trials and errors with a system integrator, they developed a UR robot solution that enables even young employees to perform high-quality TIG welding. Furthermore, they automated the work of loading materials into metal press processing machines, resulting in improved work efficiency, reduced physical burden on workers, and increased satisfaction. ■Challenge: The quality of TIG welding is influenced by the technician. There are concerns about a future shortage of skilled workers. ■After implementation: By dividing the welding process into tack welding performed by workers and final welding done by robots, they not only stabilized quality but also improved work efficiency. The division of labor allowed welding tasks that previously took over three years to master to be learned in just a few months. *For details on the decisive factors for robot implementation and horizontal expansion to other processes, please see the linked page.

  • Other industrial robots

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Collaborative Robot Case: Labor Reduction in a Metal Processing Manufacturer

A metal processing manufacturer struggling with labor shortages has increased its operating hours by 2.5 times through the introduction of robots.

At All Axis Machining, a metal processing manufacturer in Dallas, Texas, downtime due to labor shortages had caused delays in meeting delivery deadlines. However, by introducing collaborative robots in processes such as polishing, inspection, and machine tending, this issue was resolved. In the first project after implementation, operating hours increased by 2.5 times, and profits rose by 60%. ■Challenge: Downtime caused by labor shortages, outdated equipment, and space limitations made it difficult to introduce industrial robots. ■After Implementation: After introducing the UR10, the lead time for jobs that typically took 4-5 months was reduced to 2.5 months, resulting in a 60% profit increase from this job alone (ROI was 4 months), and operating hours increased from 8 hours to 20 hours. Additionally, the UR10 was utilized for manual polishing tasks, leading to improved quality. *For details on the decisive factors for introducing collaborative robots and operating conditions, please see the link.

  • Other industrial robots

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Collaborative Robot Introduction Guide *Case study materials available

Are you giving up on the idea that automation is impossible? We are offering materials that explain the features, benefits, and examples of collaborative robots!

As a measure to address the increasingly serious labor shortage, many companies are considering "automation," yet we hear that it is often not realized. Are you facing any of the following issues that hinder your consideration of automation? ■ Due to small-batch, diverse production, batch sizes vary. It's difficult to achieve cost-effectiveness with robot implementation... ■ There is simply no space to place robots... ■ We have never implemented robots before, and it seems like it would take a lot of time and money to get started... Collaborative robots are designed to overturn the conventional wisdom of traditional industrial robots, which dictates that "humans and robots must work apart." These robots can be used safely in collaboration with humans without safety barriers. The concerns mentioned above may be resolved by effectively utilizing collaborative robots. *For more details, please download and read this introductory guide!

  • Other industrial robots

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Collaborative Robot Case Study: EMAR Corporation | Welding Process Automation

A Polish lighting fixture manufacturer introduces the UR10e, achieving reduced production costs and improved quality.

Summary: The Polish lighting manufacturer Temar faced challenges in improving competitiveness and was seeking solutions through automation. After consideration, they introduced the UR10e to their welding process, achieving a reduction in processing costs and an improvement in product quality. The estimated payback period for the investment is two years. [Challenges] - Improving competitiveness - Desired intuitive operability, with the ability for humans to operate within a 1-meter radius [After Implementation] - Successfully reduced processing costs - Successfully improved product quality - Estimated payback period of two years *For details on the decisive factors for robot implementation and horizontal expansion to other processes, please see the linked source.

  • Other industrial robots

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Collaborative Robot Case: Toyota Motor Corporation Hokkaido | Workpiece Loading into Processing Machines

Strengthening the "manufacturing capability" through the introduction of robots.

Overview: Toyota Motor Hokkaido, which manufactures parts such as transmissions and axles for Toyota vehicles in Tomakomai City, Hokkaido, has set "strengthening manufacturing capabilities" as a major theme. To improve the equipment in the differential pinion insertion process, they have begun constructing a robot system utilizing UR robots. As a result, they were able to build a robot system in-house that reduces costs and space compared to conventional methods, and improves the process operating rate from 92% to 98%. Challenges: Frequent transport issues, the need for adjustments based on the shape of the workpiece, and the requirement to work without causing scratches. After implementation: The process operating rate improved from 92% to 98%, changes to the workpiece can now be handled with programming adjustments only, and skills have been enhanced due to in-house production. *For more details, please download the PDF or contact us.

  • Other industrial robots

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Benefits of Automating Palletizing with Collaborative Robots

Would you like to automate the palletizing process with collaborative robots?

Universal Robots' collaborative robots can contribute to the automation of the palletizing process. - A comparison of using traditional industrial robots and collaborative robots in the palletizing process - An explanation of why Universal Robots' collaborative robots are chosen, among other topics, will be provided in the materials. *For more details, please download the PDF or contact us.*

  • Other industrial robots

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Collaborative Robot 'UR30'

Achieves a lifting capacity of 30kg and a reach of 1300mm. Enables the automation of high-torque fastening tasks!

Introducing the 'UR30' handled by Universal Robots. With excellent motion control, it enables precise handling of heavy objects. Additionally, it automates various tasks from machine tending using multiple grippers to the transportation and palletizing of heavy items. 【Features】 ■ Payload: 30kg (across the entire working space) ■ Reach: 1300mm ■ IP Rating: IP65 ■ Noise: <65dB(A) ■ Robot Installation: No restrictions on mounting direction ■ Tool Flange I/O Power Supply Voltage: 12/24V ■ Tool Flange I/O Power: 2A (2-pin), 1A (1-pin) *For more details, please refer to the PDF document or feel free to contact us.

  • Transport and handling robots

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The Cutting Edge of Process Automation for Small and Medium Enterprises You Don't Want to Miss Out On

Let's discard the preconceived notion that automation is difficult! We will introduce various changes brought about by collaborative robots [Free materials available].

This document discusses the cutting-edge of process automation for small and medium-sized enterprises that you might miss out on if you are unaware. It introduces "Preconception 1," which suggests that increasing productivity requires the introduction of expensive machinery or additional staff, and "Fact 1," which states that collaborative robots can enhance productivity with the current equipment and workforce. The content is divided into preconceptions and facts, making it an easy reference. We encourage you to read it. 【Contents】 ■ Preconception/Fact 1 ■ Preconception/Fact 2 ■ Preconception/Fact 3 ■ Preconception/Fact 4 ■ Preconception/Fact 5 *For more details, please refer to the PDF document or feel free to contact us.

  • Other industrial robots

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Three Important Points for Introducing UR Robots

Introducing important points when implementing Universal Robots' collaborative robots.

The purpose is to emphasize the most important points for users who are introducing Universal Robots for the first time. Ignoring important points during the introduction may shorten the overall lifespan of the robot system. Note: The programming procedures and methods may vary depending on the version of the software used by the robot. [Points] ■ Installation Installation surface Protection from the environment Payload configuration Tool center point ■ Motion Programming Blend radius Acceleration values Singularities Protective stop ■ Maintenance and Troubleshooting Recommended inspection tasks Troubleshooting *For more details, please refer to the related links or download the PDF.

  • Other industrial robots

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Web Seminar: Key Points! Quick Guide to Collaborative Robots

A webinar explaining "the basics of collaborative robots," "the differences from industrial robots," and "wanting to know about implementation costs."

This webinar is an introductory session that briefly explains the questions of interest when considering collaborative robots. After explaining the key points to know at the beginning, we will discuss case studies, their benefits, and the steps to implementation. It is recommended for those "considering collaborative robots," as well as those "who want to learn the basics of collaborative robots" and "who want to understand the differences from industrial robots." 【Agenda】 ■ About Universal Robots ■ Features of Collaborative Robots ■ Case Studies and Benefits ■ Implementation Steps *The first approximately 5 minutes can be viewed by anyone in the YouTube video below! The full version can be accessed through the PDF material link!

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What is the difference between industrial robots and collaborative robots?

Thorough explanation of safety, programming, production targets, costs, and more!

In recent years, industrial robots and collaborative robots have been playing a significant role in addressing labor shortages and improving productivity in manufacturing plants and other settings. This article explains the differences between industrial robots and collaborative robots. We compare them point by point, such as installation locations and methods, so if you are unsure about which type of robot to implement, please use this as a reference. *For more detailed content of the blog, you can view it through the related links. For more information, please download the PDF or feel free to contact us.

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Reasons why HR personnel should be interested in robots.

Introducing new technologies and automation that help maintain employee motivation!

Thanks to advancements in technology, today, the automation utilizing robots is progressing at an astonishing speed. Especially among major manufacturers, the automation of production lines is essential. However, for many HR professionals, robotics remains an unknown territory, shrouded in mystery and prejudice. It is unfortunate that robots could greatly assist companies in providing better workplaces, securing talent, and making themselves attractive places to work. HR professionals need to take an interest in this technology. This is because securing talent with the desired skills is becoming increasingly difficult, while robots could potentially be the solution. *For more details on the blog content, please refer to the related links. For more information, you can download the PDF or feel free to contact us.*

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The next era of automation with collaborative robots.

Introducing customer-driven (customer-oriented) product development!

Universal Robots incorporates the voices of experienced end-users and is paving the way for the next era of automation through customer-driven product development. When Universal Robots (UR) began producing collaborative robots, very few people believed that robots could be multifunctional, intuitive, safe, and usable for almost any application and any size of company. However, that has become a reality. Now, collaborative robot automation technology is evolving year by year and is easier to use than ever before. What is driving this continuous progress? Customer-driven product development is the answer. *For more detailed information, please refer to the related links. For further details, you can download the PDF or feel free to contact us.*

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Achieving goals through palletizing with collaborative robots.

Explanation of the effects of automating palletizing (work alignment and stacking)!

In today's world, even very small companies can reach factory automation, and the first thing managers consider is palletizing with collaborative robots. There are many applications for collaborative robots, but among them, palletizing is chosen by many companies as a means to improve workplace efficiency, reduce costs, and ensure worker safety. We will introduce how palletizing with collaborative robots can help companies achieve their main objectives from five different aspects. *For more details, please refer to the related links. You can download the PDF for more information or feel free to contact us.*

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Safe, high-performance, low-cost collaborative robot from DOBOT.

This collaborative robot can broadly meet customer needs in terms of portable weight, safety, convenience, and cost-effectiveness, thanks to its rich lineup.

San-ki is an official distributor of DOBOT. DOBOT offers a wide range of products, including the CR series, which can meet various customer needs such as payload capacity and safety. There is also a series called Safety Skin, which can "stop the robot arm before contact occurs." We have a showroom where you can see the actual machines. Additionally, we provide free programming seminars for purchasers. This allows customers to handle programming themselves after purchase, leading to cost reductions. Please feel free to consult with us first.

  • Articulated Robot
  • Transport and handling robots
  • Assembly robot

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