robot Product List and Ranking from 472 Manufacturers, Suppliers and Companies | IPROS

Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.

robot Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.

  1. フィブイントラロジスティクス Hyogo//others
  2. ソフトバンクロボティクス 全国７支店 Tokyo//others
  3. Keenon Robotics 13 Tokyo//others
  4. 4 ウィングロボティクス Tokyo//Service Industry
  5. 5 EmplifAI Tokyo//Information and Communications
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robot Product ranking

Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.

  1. Trolley transport AGV/AMR "AMI-Carry" フィブイントラロジスティクス
  2. Unitree G1 Rental Service EmplifAI
  3. Cerabos Master サンクリエイト
  4. 4 Compact Portable Welding Robot Ishimatsu コベルコＲＯＢＯＴｉＸ 第二事業部
  5. 5 Flat pallet transport robot "TUSKROBOTS" ソフトバンクロボティクス 全国７支店

robot Product List

901～930 item / All 1560 items

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[Information] Protecting Operations with Cybersecurity

[Information] Protecting Operations with Cybersecurity

The operational technology equipment is supported by information technology networks to enhance performance!

This document explains ABB's cybersecurity profile and discusses how drive solutions overcome related challenges. It provides detailed information on IT and OT cybersecurity, standards and regulations, and product features. This is a valuable resource, so please take a moment to read it. 【Contents】 ■ Introduction ■ Differences between IT and OT cybersecurity ■ Standards and regulations ■ How ABB drives implement cybersecurity ■ Conclusion *For more details, please download the PDF or feel free to contact us.

  • Other security systems
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[Useful Materials] Summary of Efficiency Regulations for Industrial Motors (MEPS) by Country

[Useful Materials] Summary of Efficiency Regulations for Industrial Motors (MEPS) by Country

Introducing the MEPS of various countries all together! (※Including motors not compliant with ABB)

This document is a helpful resource summarizing the MEPS (Minimum Energy Performance Standards) of various countries. It includes information by country on the scope of application, output and speed, voltage & current, usage conditions, motor efficiency, ambient temperature, and more. Additionally, motors that are not subject to regulation are also introduced. (*Includes motors not supported by ABB) If you have any concerns, please feel free to contact us at jp-abbmotion@abb.com. 【Contents】 ■ Introduction ■ Overview ■ Europe ■ North and South America ■ Asia ■ Australia & Oceania *For more details, please refer to the PDF document or feel free to contact us. ABB assumes no responsibility for any errors or omissions in this document.

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ABB EcoSolutions: IE5 Synchronous Reluctance Motor

ABB EcoSolutions: IE5 Synchronous Reluctance Motor

Manufactured through a process designed to eliminate waste! Leading the realization of a circular economy.

ABB EcoSolutions products fully transparently disclose the circularity metrics and environmental impacts for customers and partners, enabling more sustainable decision-making. These products meet our circularity metrics at each stage of the product lifecycle and have been issued an environmental product declaration verified by a third-party organization (in accordance with ISO 14025 Type III). Additionally, they comply with our circular framework, supporting both us and our customers in achieving more circular operations. **Features** - Designed with high recyclability in mind, manufactured using sustainably sourced materials. - Produced through processes planned to eliminate waste. - Designed to enhance the efficiency of operating resources and processes, allowing for upgrades and optimizing the lifespan of equipment and facilities. - Instructions for responsible disposal methods are included. *For more details, please download the PDF or feel free to contact us.*

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Cable protection solutions for robots and machine automation.

Cable protection solutions for robots and machine automation.

For robots and machine automation! Maintaining safety throughout the entire production cycle.

The "For Robot & Machine Automation" is a product developed to protect cables and wires in advanced automation and robotic equipment. A variety of conduit tubes are available to accommodate various requirements, system support, and a range of special accessories, allowing for minimal twisting and cable stress. Special conduit designs, supports, and wear protection sleeves provide appropriate protection along the entire length of moving components, enabling engineers to significantly reduce twisting forces. 【Features】 ■ Indicates maintenance timing ■ Easy replacement ■ Excellent flexibility ■ Chemical resistance ■ Solutions specialized for various industries ■ Reliability *For more details, please download the PDF or feel free to contact us.

  • Reinforcement and repair materials
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Human Resources and Labor Solutions Time Works Ver 7.7

Human Resources and Labor Solutions Time Works Ver 7.7

Time management system that connects to strengthening corporate structure through "time".

Is your company not spending enough time on managing working hours? With TimeWorks, you can flexibly handle complex work systems with powerful configuration features. Of course, it also supports web browsers, the interface of the internet age. This ensures peace of mind in managing working hours.

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Tohoku University Technology: Self-healing mechanism and soft robot: T20-030

Tohoku University Technology: Self-healing mechanism and soft robot: T20-030

Able to effectively self-repair in any environment, even in the case of major damage, regardless of external factor

In recent years, soft robot that can flexibly transform according to their environment and adapt to various environments has been developed. However, due to its flexible structure, soft robot can be damaged when they come into contact with sharp object, resulting in the loss of functionality such as mobility and deformability. Material such as polymer has been developed to self-repair damaged part. However, it can not repair itself in case of major damage. 　 This invention is able to provide a self-healing mechanism and a soft robot that can self-repair in any environment, regardless of external factor, even in case of major damage. This invention has a curing means consisting of 2 tubes containing 2 different liquids that gel or harden when mixed, which are wrapped around each others in spiral. The soft robot of this invention has this hardening means stretched along the deformed and flexible area. When the soft robot is damaged by contact with sharp object, the 2 tubes are also damaged and each liquid gels or hardens, allowing the robot to repair itself.

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Tohoku Univ. Technology：Fabrication of cellulose single filaments： T23-035

Tohoku Univ. Technology：Fabrication of cellulose single filaments： T23-035

High-strength cellulose filament fabricated from cellulose nanofibrils

Cellulose nanofibrils (CNFs) are highly crystalline nanofibers obtained from wood pulp. CNFs are environmentally compatible new materials with excellent mechanical properties such as light weight, high strength, and low thermal expansion. Because of these outstanding mechanical characteristics, CNFs are expected to be applied to automotive components, electronic devices, gas barrier materials, and medical materials. On the other hand, chemical fibers made of cellulose, known as rayon, are also used in clothing and tire materials as regenerated fibers made from wood pulp and cotton cellulose. Regenerated fibers using CNF as a raw material have been researched and developed, however the mechanical properties of the fabricated single cellulose filaments have not been sufficient. By developing an innovated CNF orientation control method using flow and electric fields, we have successfully fabricated high-strength cellulose single filament.

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Hirosaki Univ. Technology :Automatic injection device：K23-019_K23-028

Hirosaki Univ. Technology :Automatic injection device：K23-019_K23-028

To realize a completely non-contact automatic puncture robot!

In today's clinical medicine, blood sampling is frequently used to diagnose and treat diseases, and the problem of shortage of medical workers has been pointed out. In addition, it is difficult for clinicians to find blood vessels with the naked eye in some patients, and there is a risk of failure in the procedure, as well as serious problems such as needlestick injuries and infections caused by blood contact. To solve these problems, automated robotic blood sampling may be effective.　 　Various types of blood sampling robots have been studied, but many automated puncturing robots use ultrasonic diagnostic imaging equipment. In order to prevent the spread of infectious diseases, it is ideal to estimate the position of blood vessels and achieve automated puncturing without contact with patients. 　The present invention relates to a method for identifying the position of three-dimensional blood vessels using two infrared cameras without complete contact. By considering the difference in refraction depending on the viewing direction of the cameras, it became possible to identify the position of blood vessels with high accuracy.

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A rigid goniometer that supports joint range of motion measurement in rehabilitation clinical settings.

A rigid goniometer that supports joint range of motion measurement in rehabilitation clinical settings.

Snap into place for easy measurement! A new design protractor that pursues ease of use.

The "Kachikachi Goniometer" is a new type of goniometer that allows for easy and accurate measurement with one hand by incorporating groove processing every 5 degrees and an inclination on the side of the main axis. Previous measuring instruments often moved when checking the scale, making measurements time-consuming. However, this product clicks into place every 5 degrees, allowing for smooth measurements and reducing the burden on patients. Additionally, by using aluminum material, it achieves over 50% weight reduction. It is easy to use with one hand and has excellent durability. Please try this goniometer that pursues ease of use not found in conventional models. 【Features】 ■ Clicks into place every 5 degrees ■ Easy to open and close with one hand ■ Improved operability with 50% weight reduction ■ Increased strength for outstanding durability ■ Simple design with easy-to-read scale *For more details, please refer to the PDF document or feel free to contact us.

  • Other analytical equipment
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Isn't the current goniometer difficult to use? Solve it with the Kachikachi Goniometer.

Isn't the current goniometer difficult to use? Solve it with the Kachikachi Goniometer.

Our goniometer is lightweight and easy to move, with fixed angles and easy-to-read markings.

The "Kachikachi Goniometer" is made of aluminum, allowing it to click into place and provide stable measurements. It also resolves issues such as being "difficult to open," "heavy," "not fixed at an angle," "cold," "prone to deformation," and "easily scratched." Its features include being lightweight and easy to move, having a fixed angle, and having easily readable markings. 【Features】 ■ Made of aluminum ■ Length options: 200mm & 350mm ■ Unique shape that fits comfortably in the hand ■ Clicks into place every 5 degrees ■ Clean design with easy-to-read markings *For more details, please refer to the PDF document or feel free to contact us.

  • Other measuring instruments
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Automation, labor reduction, and productivity improvement with collaborative robots [Yamazen TFS]

Automation, labor reduction, and productivity improvement with collaborative robots [Yamazen TFS]

Introducing a robot with a built-in camera! It offers exceptional ease of use with four original features.

"TECHMAN" is a robot equipped with a standard camera and functions that correspond to the human brain, eyes, and arms. It eliminates the need for complex positioning mechanisms, allowing for easy programming without specialized knowledge, and is characterized by its quick implementation. Additionally, it has a maximum payload of 25kg and a reach of 700 to 1900mm, offering a wide variety of options and high versatility to accommodate diverse work environments. [Features] - Intuitive operation achievable with one hand - Create flowcharts with icons for easy programming - Change the zero point without calibration - Built-in visual system *For more details, please refer to the PDF document or feel free to contact us.

  • Picking robots (shelf transport robots, arm picking robots)
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Web Seminar on Promoting Labor Reduction and Automation (Thursday, September 21, 2023)

Web Seminar on Promoting Labor Reduction and Automation (Thursday, September 21, 2023)

Aiming for carbon neutrality through the visualization of manufacturing sites.

We will hold a web seminar on promoting labor-saving and automation. In October 2020, the government declared its aim to achieve carbon neutrality by 2050, reducing greenhouse gas emissions to zero overall. In this seminar, we will introduce specific measures as the first step towards carbon neutrality in the manufacturing industry. We will also present examples of collaborative robots with cameras. 【Seminar Overview】 ■ Date: September 21, 2023 (Thursday) 13:00 - 15:20 ■ Participation Fee: Free (limited to the first 100 participants) ■ Venue: Conducted as a free web seminar *For more details, please refer to the related links or feel free to contact us.

  • Other resource recycling
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Benefits and Challenges of Automating Bulk Picking【Yamazen TFS】

Benefits and Challenges of Automating Bulk Picking【Yamazen TFS】

What is a bulk picking robot? Challenges in automating bulk picking operations.

This document outlines the benefits and challenges of automating bulk picking operations. It also introduces bulk picking robots in the context of the challenges of automating bulk picking tasks. Our bulk picking robot, equipped with AI-based automatic work recognition capabilities, is detailed as well, so please feel free to read through it. [Contents] ■ What is bulk picking? ■ Benefits of automating bulk picking operations ■ Challenges of automating bulk picking operations ■ What is a bulk picking robot? ■ Introduction to Yamazen's bulk picking robot equipped with AI-based automatic work recognition capabilities *For more details, please refer to the PDF document or feel free to contact us.

  • Picking robots (shelf transport robots, arm picking robots)
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AMR Flexible Lift Robot 'L1000' [Yamazen TFS]

AMR Flexible Lift Robot 'L1000' [Yamazen TFS]

Laser radar with a camera for 2D code docking! Continuous operating time is 8 hours.

The "L1000" is a powerful AMR, a flexible lift robot with a maximum payload capacity of 1000 kg. It assists in improving in-house logistics efficiency and achieving automation by handling the movement of heavy objects such as cargo, shelves, and trays in manufacturing facilities. Equipped with two Lidar scanners, it provides 360° coverage and supports multi-level operation and safety protection. With a compact and robust structural design, it can quickly navigate under trays, racks, and shelves on the floors of warehouses and factories. 【Features】 ■ Maximum payload capacity: 1000 KG ■ Lift rotation module, infiltrating transport robot ■ Continuous operating time: 8 hours ■ Flexible configuration, collective procurement ■ Intelligent traffic control ■ Equipped with laser radar and a camera for 2D code docking

  • Picking robots (shelf transport robots, arm picking robots)
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Robot Automation in Food Factories: Washable 6-Axis Scara Robot

Robot Automation in Food Factories: Washable 6-Axis Scara Robot

We propose robot automation for food factories with high-performance robots that excel in waterproofing and rust resistance. We provide support with our extensive track record.

Robots suitable for food factories that use water. They are resistant to hypochlorous acid and exhibit high waterproof and rustproof properties even in steam and high humidity environments. The HE series robots from Stäubli, designed for high humidity environments and cleaning, are built for automation in water-utilizing settings and are utilized for automation and cleaning applications in food factories. Please consult us for automation in food factories. 【Features】 ○ Sealed arm (IP65) with additional water resistance due to positive pressure inside the arm ○ Resistant to high pH solutions (pH 4 to 10) For more details, please contact us or download the catalog.

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Fully washable high-humidity environment robot "RX160 HE Robot"

Fully washable high-humidity environment robot "RX160 HE Robot"

Sealed type arm (IP65) with additional water resistance due to positive pressure inside the arm. Compatible with chemicals and can be fully washed with cleaning agents.

The RX160HE from the high humidity environment series is a robot specially developed for applications in water environments. It is designed to withstand corrosion in harsh conditions and can perform tasks such as workpiece loading and unloading in water jet cutting and machining, as well as various food processing operations in high humidity environments. 【Features】 ○ Sealed arm (IP65) and additional water resistance due to positive pressure inside the arm ○ Resistant to high pH solutions (pH 4.5 to 8.5) For more details, please contact us or download the catalog.

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Washable high-humidity environment robot "TX200 HE Robot"

Washable high-humidity environment robot "TX200 HE Robot"

Sealed arm (IP65) with additional water resistance due to positive pressure inside the arm. Compatible with chemicals and can be fully washed with cleaning agents.

The TX200HE from the high humidity environment series is a robot specially developed for applications in water environments. It is designed to withstand corrosion in harsh conditions and can perform tasks such as workpiece loading and unloading in water jet cutting and machining, as well as various food processing operations in high humidity environments. 【Features】 ○ Sealed arm (IP65) and additional water resistance due to positive pressure inside the arm ○ Resistant to solutions with high pH values (pH 4.5 to 8.5) For more details, please contact us or download the catalog.

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Industrial Collaborative Robot TX2-40 6-Axis Robot

Industrial Collaborative Robot TX2-40 6-Axis Robot

The Stoveley TX series maintains its performance while adding safety features, making it a robot capable of collaborative work with humans.

The TX2-40 6-axis robot is a new robot that retains the precision, speed, and rigidity characteristic of Stäubli robots while incorporating safety features. This collaborative-type robot can share workspaces with humans by combining it with various sensors. The TX2-40 industrial collaborative robot has obtained safety standards and possesses specifications related to safety at the PLe and SIL3 class, enabling the construction of a safe robot system that does not require fencing. It features functions such as safe speed and safe stop, allowing it to operate at high speeds when no one is around and to stop when a person is detected. This balances productivity and collaborative work. **Features:** - Adoption of safety encoders, safety I/O, and safety PLCs compliant with PLe and SIL3. - Functions necessary for collaborative operation, such as safe speed, safe stop, and safe zones. - Sealed structure: easy to use and clean in clean or harsh environments. - High rigidity structure: improves dynamic performance. - Stäubli's unique reduction gear (patented). - Wide operating range: optimal operation across the entire range of motion. For more details, please contact us or download the catalog.

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High-performance 6-axis robot RX160

High-performance 6-axis robot RX160

It is a high-speed, high-precision 6-axis robot that can operate in harsh environments.

The RX160 6-axis robot boasts high precision and effectively utilizes the workspace within the cell due to its unique spherical range of motion. Additionally, it can be installed not only on the floor but also suspended from the ceiling, increasing installation flexibility. The arm is robust and has a sealed structure (IP65), making it suitable for various operating environments, including high humidity, sterile and disinfected environments, and clean rooms. Stäubli's unique reduction gear achieves unparalleled high precision, flexibility, and high-speed operation, which also contributes to reduced maintenance work. The main applications include assembly, inspection, measurement, positioning, gluing, handling, machine tools, palletizing, packaging, polishing, and deburring. 【Features】 ○ Sealed structure: Easy to use and clean in clean or harsh environments ○ High rigidity structure: Improves dynamic performance ○ Multiple installation methods: Flexibly accommodates various cell designs ○ Stäubli's unique reduction gear (patented) ○ Wide range of motion: Optimal operation across all motion ranges For more details, please contact us or download the catalog.

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High Payload Robot TX200 High Payload 6-Axis Robot

High Payload Robot TX200 High Payload 6-Axis Robot

High-speed and precise 6-axis arm. There is also a solar panel transport type available.

The TX200 high-mobility 6-axis robot adapts to any environment and enhances productivity through various features for optimal work processes. There is also a TX200PV type designed for the solar cell market. It can be controlled by the new CS8C HP controller, which supports all robot types with a single controller. It has a wide range of motion, allowing for optimal operation across all ranges. Additionally, it can be suspended from above due to its small footprint. 【Features】 - Control possible with the new CS8C HP controller - High rigidity structure: improves dynamic performance - Mechanical mechanism: enhances precision, reliability, and cycle time - Wide range of motion: optimal operation across all ranges - Can be suspended from above due to its small footprint For more details, please contact us or download the catalog.

  • Ceiling panels and decorative panels
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Case Study of Stove Robot Introduction in the Medical Device Field

Case Study of Stove Robot Introduction in the Medical Device Field

Pioneers in medical device manufacturing! Introducing case studies of stove robots in the medical device field.

We would like to introduce a case study of the "Stobri Robot" in the medical device field, handled by Stobri Co., Ltd. The manufacturing of complex tracheal tubes was not considered a candidate for automation until recently. The Italian system manufacturer Elettrosystem has achieved the automation of this precise manufacturing process using our 6-axis robot. The task of winding complex springs is performed by a program synchronized with a linear system, and our robot has made this process possible due to its high repeatability and trajectory accuracy. [Case Studies] - Automation of spiral tube manufacturing - Surface polishing of implants - Destruction testing of inhalers *For more details, please refer to the PDF materials or feel free to contact us.

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Case Study of Stove-Robo Robot Implementation: Aseptic Filling of Vials

Case Study of Stove-Robo Robot Implementation: Aseptic Filling of Vials

Three robots thriving in a sterile environment! Introducing case studies of stove robots.

We would like to introduce a case study of the "Stobri Robot" handled by Stobri Co., Ltd. In the case of the Italian company Como, when attempting to incorporate robots into the next-generation machine Steriline, they faced the problem of not being able to find a robot that could be used permanently in an environment that meets Clean Class (ISO5) and uses HVP (hydrogen peroxide gas). As a solution, we integrated three of our "TX60 SteriClean Robots" into the new system to perform transport tasks. As a result, the number of parts in the equipment was significantly reduced, and cleaning and sterilization of the equipment became much easier. [Case Study] ■ Italian Company Como ■ Challenge: Unable to find a robot that can be used permanently in an environment using HVP ■ Result: The number of parts in the equipment was significantly reduced, making cleaning and sterilization easier. *For more details, please refer to the PDF document or feel free to contact us.

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ストーブリロボット導入事例【2次包装】

ストーブリロボット導入事例【2次包装】

高速で多品種対応！液剤の理想的な包装！ストーブリロボット導入事例をご紹介

ストーブリ株式会社が取扱う「ストーブリロボット」の導入事例を ご紹介します。 Uhlmann社のブリスター包装「BLU400」のワーク搬送に当社の スカラロボット「TS60」が使われています。 繊細さが求められる製品を正確にハンドリングし、ブリスターパックに 間違いなく投入します。 また、多品種に対応できるよう真空グリッパが搭載されています。 【事例】 ■Uhlmann社 ■導入製品：スカラロボット「TS60」 ・繊細さが求められる製品を正確にハンドリング ・多品種に対応できるよう真空グリッパが搭載 ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。

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Case Study of Stove Robot Implementation: Automation in the Lab

Case Study of Stove Robot Implementation: Automation in the Lab

High-tech solutions in laboratory research! Introducing the case of the stove robot.

We would like to introduce a case study of the "Stoburi Robot" handled by Stoburi Co., Ltd. The number of samplings in laboratories continues to increase, and laboratory researchers are increasingly relying on automation. In the case implemented in the lab, our 6-axis robot "TX60" is responsible for transporting microtiter plates (MTPs) between various stations within the system. The robot not only works at high speed but also requires accuracy, and the "TX60" handles these tasks effortlessly. [Case Study] ■ Location: Laboratory ■ Product Introduced: TX60 Robot Arm - Responsible for transporting microtiter plates (MTPs) between various stations within the system. *For more details, please refer to the PDF document or feel free to contact us.

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Case Study of Stove Robot Implementation [Automation in Hospitals]

Case Study of Stove Robot Implementation [Automation in Hospitals]

Automation in hospitals with clean room robots! Introducing the case of Stobri robots.

We would like to introduce a case of the "Stoburi Robot" handled by Stoburi Co., Ltd. To adhere to quality standards while also avoiding risks to hospital staff from drug skin contact, the introduction of automated devices using robots is increasing. In such automation cells, the "TX60LCR (clean room type)" is responsible for filling syringes and drip bags with the appropriate amount of medication. This system, designed to fit drip bags, is suitable for both individual patient dosing and large-scale general supply. [Case Study] ■ Automation in hospitals ■ Product: TX60LCR (clean room type) ・Responsible for filling syringes and drip bags with the appropriate amount of medication *For more details, please refer to the PDF materials or feel free to contact us.

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Case Studies of Applications in Food Manufacturing Processes of Stove Robots

Case Studies of Applications in Food Manufacturing Processes of Stove Robots

A unique robot suitable for various applications! Here are some examples of its uses.

This document is a collection of case studies summarizing the applications of robots handled by Stoburi Co., Ltd. It includes examples such as meat processing applications, the manufacturing of processed foods, and dairy production processes. As the efficiency of robots improves and they become more intelligent, they are increasingly being used closer to operators than ever before. We have established a support team well-versed in business requirements to assist in all processes of robotic equipment utilized on production lines. [Featured Case Studies] - Meat Processing Applications - Manufacturing of Processed Foods - Dairy Production Processes - Confectionery Manufacturing Processes - Chocolate and Confectionery Production *For more details, please refer to the PDF document or feel free to contact us.

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Power Robot "TX2touch Robot Series"

Power Robot "TX2touch Robot Series"

A design that allows for smart integration! An efficient operating range with minimal blind spots.

The "TX2touch Robot Series" is a unique collaborative robot designed for human-robot collaboration, maintaining high productivity while ensuring safety. Based on the already well-established TX2 industrial robot, it prioritizes operator safety with high-performance touch skin, fast responsiveness, and modular safety features. With a high standard of SIL3/PLe, the product guarantees high productivity through its superior performance, smart connectivity, and reliability. 【Features】 ■ TX2 Robot Arm Kinematics ■ Unique Modular SIL3-PLE Safety Features ■ Safe Touch Skin ■ Gripper Pads ■ Low Total Cost of Ownership *For more details, please refer to the PDF materials or feel free to contact us.

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Case Study: Pharmaceuticals - Automation of Medical Implant Production

Case Study: Pharmaceuticals - Automation of Medical Implant Production

Achieving complete automation of production with GMP-compliant, IP67 medical robots. Improving yield and productivity.

A Belgian startup has introduced Stäubli's robotic arms to automate the production of medical implants and is currently distributing case study materials. The company has implemented six units of the 'TX60 Stericlean,' which excels in chemical resistance and sanitation. They have fully automated the production of rectangular implants using femoral heads, achieving mass production, improved yield, and reduced risk of cross-contamination. 【Challenges Addressed by the Introduction of Robots】 ◎ Limitations on production volume due to manual labor ◎ The current situation where many valuable materials are wasted ◎ Risk of cross-contamination during production *The case study can be viewed immediately from the "Download" link below.

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[Case Study: Pharmaceuticals] Robotic Microscope in the Operating Room - RoboticScope

[Case Study: Pharmaceuticals] Robotic Microscope in the Operating Room - RoboticScope

The world's first RoboticScope has adopted the Stobri robot!

We will introduce a case where a microscope used during surgery is controlled using a robot. This is an innovative system that combines advanced sensor and control technology with a Stäubli robot. 【Challenges Resolved by Introducing the Robot】 ◎ It allows for observation of a wider surgical area compared to conventional microscopes. ◎ The surgeon can maintain a comfortable posture during the surgery. *You can immediately view the case study from the "Download" section below.

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Hygienic robot that can be cleaned: "TX2 HE Series"

Hygienic robot that can be cleaned: "TX2 HE Series"

Achieves high waterproofing and rust resistance! Suitable for robotic automation applications in extremely humid environments such as food factories and cleaning processes.

The "TX2 HE Series" is a robot suitable for applications in high-humidity environments such as food processing, cleaning processes, and cutting operations using water jets. It features a completely sealed arm structure (IP65) and enhances water resistance by maintaining positive pressure inside the arm. Additionally, all cables are connected from the bottom of the robot, improving the protection of the connection points. With a focus on waterproofing and cleanability, it is ideal for food applications from a hygiene perspective. 【Features】 ■ Resistance to liquids with a pH (hydrogen ion concentration) of 4.5 to 8.5 ■ Sealed protection of the wrist and arm through special surface treatment ■ Use of stainless steel for the flange part at the arm tip and critical components ■ Smooth surface finish designed for easy cleaning ■ Suitable for applications in extremely high-humidity environments *For more details, please refer to the PDF materials or feel free to contact us.

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