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Collaborative robots Product List and Ranking from 114 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
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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

76～90 item / All 507 items

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Would you like to consider the possibilities of automation?

Would you like to consider the possibilities of automation?

What processes can be automated? Here are five questions to consider when introducing robots.

★─────────────────────────★ ｜　For inquiries about our products and to download catalogs, ｜ ｜　　please click on 'Inquiries and Catalogs here!' below. ｜ ｜　　　　　　　Thank you very much.　　　　　　　　｜ ★─────────────────────────★ If you are facing challenges such as increasing market competition, labor shortages, and the need for small-lot, diverse production, automating your processes may be a solution that changes the game. This document includes five questions, starting with "Is automation necessary for our company?" and covering "What are the options for robots suitable for our company?" and "Which processes can be automated?" We encourage you to read it. 【Contents】 ■ Are the customer's questions appropriate? ■ Is automation necessary for our company? ■ What are the options for robots suitable for our company? ■ Do we have the capacity to automate? ■ Which processes can be automated? ■ Are collaborative robots suitable for our company? ■ Would you like to take a step forward in your considerations? ⇩⇩⇩ Click here

  • Other industrial robots

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[Information] 10 Steps for Introducing a Collaborative Robot for First-Time Users

[Information] 10 Steps for Introducing a Collaborative Robot for First-Time Users

What can be automated? Here are 10 simple steps including processing volume, workflows, and arrays!

★─────────────────────────★ ｜ For inquiries about the product and catalog downloads, ｜ ｜ please use the link below "Inquiries & Catalog Here!" ｜ ｜ Thank you very much. ｜ ★─────────────────────────★ Cost-effective, safe, and highly flexible collaborative robots (Collaborative Robot = Cobot) enable unprecedented automation in any manufacturing environment, regardless of size. The applications of collaborative robots are diverse, and there are types of tasks where automation makes more sense. This is especially true if you are considering automation for the first time. Therefore, we have prepared this simple 10-step guide. Please take a look. 【Contents (partial)】 ■1. Throughput ■2. Reach and payload ■3. Work and arrangement ■4. Collaboration with humans ■5. Connectivity and integration ⇩⇩⇩ Click here

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Collaborative robots × grinders achieve versatile grinding and polishing!

Collaborative robots × grinders achieve versatile grinding and polishing!

Can be polished with a certain pressing force and at a certain angle. The pressing force is automatically adjusted to match the workpiece. ACF-K/FerRobotics.

★─────────────────────────★ ｜　For inquiries about products and catalog downloads, ｜ ｜　　please use the link below 'Inquiries & Catalog Here!' ｜ ｜　　　　　　　Thank you very much.　　　　　　　　｜ ★─────────────────────────★ ★ACF-K/FerRobotics ★We also accept testing with demo units! Please contact us. In all surface treatments such as polishing and grinding, 1. Equip collaborative robots with human-like tactile senses. 2. Handle complex shapes and dimensional intersections without issues. 3. Control pressing force at any angle for stable, high-quality finishes. These features can be realized with 24-hour operation! For inquiries about products and catalog downloads, please use the link below 'Inquiries & Catalog Here!' Thank you very much. ⇩⇩⇩ Click here

  • Articulated Robot

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12 Tips for Comparing Collaborative Robots Without Failing

12 Tips for Comparing Collaborative Robots Without Failing

A clear introduction to basic knowledge about collaborative robots and the benefits of automation.

★─────────────────────────★ ｜　For inquiries about products and to download catalogs, ｜ ｜　　please use the link below 'Inquiries & Catalogs Here!' ｜ ｜　　　　　　　Thank you very much.　　　　　　　　｜ ★─────────────────────────★ Our company provides support for the introduction of collaborative robot systems and offers educational packages. This document introduces basic knowledge about collaborative robots, the benefits of automation, and key points to consider when selecting collaborative robots. We also include case studies of collaborative robot systems. For more details, please check the download button. 【Features of Collaborative Robots】 ■ Can be introduced into human workspaces ■ Easy to change hands and can be utilized in multiple spaces ■ Flexible response to changes in application with plug-and-play For inquiries about products and to download catalogs, please use the link below 'Inquiries & Catalogs Here!' Thank you very much. ⇩⇩⇩ Click here

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A must-see when considering the introduction of collaborative robots! Basic knowledge of collaborative robots.

A must-see when considering the introduction of collaborative robots! Basic knowledge of collaborative robots.

Free presentation! A comprehensive explanation of the differences between collaborative robots and industrial robots, as well as examples of collaborative robot applications. A must-see when considering collaborative robots.

★─────────────────────────★ ｜　For inquiries about products and catalog downloads,　｜ ｜　　please refer to 'Inquiries and Catalogs Here!' below.　｜ ｜　　　　　　　Thank you very much.　　　　　　　｜ ★─────────────────────────★ This document is a compilation of basic knowledge aimed at addressing common questions such as "What can collaborative robots do?" when considering factory automation and the introduction of collaborative robots. It includes sections explaining the differences between collaborative robots and industrial robots, as well as the latest information on collaborative robots from Universal Robots. Case studies of systems that utilize collaborative robots are also included. This material is not only useful for young professionals gathering information but is also packed with essential knowledge that production technology personnel and those in charge of automation should be aware of. For inquiries about products and catalog downloads, please refer to 'Inquiries and Catalogs Here!' below. ⇩⇩⇩ Click here

  • Articulated Robot

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The long-awaited latest model! UR20 (20kg payload collaborative robot)

The long-awaited latest model! UR20 (20kg payload collaborative robot)

Collaborative robots! The latest model from Universal Robots has arrived!

★─────────────────────────★ ｜　For inquiries about the product and catalog downloads, ｜ ｜　　please use the link below 'Inquiries and Catalogs'! ｜ ｜　　　　　　　Thank you very much.　　　　　　　　｜ ★─────────────────────────★ The UR collaborative robot, with a reach of 1750mm and a payload capacity of 20kg, can handle more tasks than ever, adapt to more applications, and be used in more environments. The UR20 is the first model of Universal Robots' collaborative robots, designed to elevate performance to new heights while incorporating the versatility, ease of use, and small footprint that UR is known for. For inquiries about the product and catalog downloads, please use the link below 'Inquiries and Catalogs'. ⇩⇩⇩ Click here

  • Articulated Robot

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FA Solutions

FA Solutions

Industrial robots fully support factories, logistics, and laboratories! A wide range of FA equipment is available.

We support everything from proposals for industrial robots to their implementation. We handle a variety of products, including the "New Integrated Controller YHX" from Yamaha Motor Co., Ltd. and the compact industrial robot "COBOTTA" from Denso Wave Inc. We offer a range of products that cover various needs, from transport and assembly to painting and welding collaborative robots. 【Manufacturers We Handle】 ■ Yamaha Motor Co., Ltd. ■ Denso Wave Inc. ■ AIA Corporation ■ Yaskawa Electric Corporation ■ Glory Ltd. ■ Fujikoshi Co., Ltd. *For more details, please refer to the PDF materials or feel free to contact us.

  • Other work tools
  • Other FA equipment
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DOBOT CRA Series Collaborative Robot

DOBOT CRA Series Collaborative Robot

The CRA series collaborative robots have achieved "evolution" by comprehensively improving performance, safety, scalability, and flexibility!

Make the future production site smarter. The DOBOT CRA series collaborative robots are next-generation collaborative robots that flexibly adapt to various industries. ◆ Overwhelming performance… Combining high speed, high precision, and high stability, it achieves industry-leading motion performance, contributing to improved production efficiency. ◆ Advanced safety design… With multiple safety protection mechanisms, it safely supports the coexistence of humans and machines, significantly reducing risks on-site. ◆ Excellent expandability… Equipped with a wealth of standard interfaces, it allows for collaboration with various devices. It enables flexible system construction while keeping application costs down. ◆ Intuitive operability… With easy and intuitive usability, it can be implemented immediately without specialized knowledge. Adaptation to the site is also smooth. If you are considering automation, labor reduction, or efficiency improvement, please feel free to contact us!

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  • Transport and handling robots

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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.

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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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