robot Product List and Ranking from 42 Manufacturers, Suppliers and Companies

Last Updated: Aggregation Period:Sep 10, 2025~Oct 07, 2025
This ranking is based on the number of page views on our site.

robot Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Sep 10, 2025~Oct 07, 2025
This ranking is based on the number of page views on our site.

  1. レンタルのニッケン 東京本社 Tokyo//Service Industry
  2. サンクリエイト Osaka//Building Management
  3. あかね福祉 Fukushima//Medical and Welfare
  4. 4 アファーム・ビジネスパートナーズ Tokyo//Information and Communications
  5. 5 EmplifAI Tokyo//Information and Communications

robot Product ranking

Last Updated: Aggregation Period:Sep 10, 2025~Oct 07, 2025
This ranking is based on the number of page views on our site.

  1. Ink Marking Robot 'SUMIDAS' レンタルのニッケン 東京本社
  2. Cerabos Master サンクリエイト
  3. Care robot "It's transfer." あかね福祉
  4. 4 Unitree G1 Rental Service EmplifAI
  5. 4 Cat-shaped serving robot 'BellaBot' アファーム・ビジネスパートナーズ

robot Product List

16~30 item / All 1521 items

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Medical and healthcare robot "VS-050S2 Series"

We will meet the strict hygiene requirements in the pharmaceutical and medical industry.

Contributing to the automation of pharmaceutical and medical device manufacturing processes and drug preparation. We propose robots that meet the stringent hygiene requirements of the pharmaceutical and medical industries. By automating in a sterilized environment, we can avoid the risks of foreign matter contamination, operational errors, and worker exposure associated with manual labor. **Sterilization Resistance/Sanitary Properties** Our products have sterilization resistance suitable for use in sterilized and clean environments, such as with 35% H2O2 gas (dry/wet) and UV irradiation. Additionally, we achieve a smooth surface shape that is resistant to dirt and debris, along with a screwless structure in the arm section, ensuring high sanitary properties. Cleanliness: ISO Class 5 Protection Rating: Wrist IP67 / Body IP65 **Isolation (Adaptation to Sealed Environments)** The connector panel for cables is located on the bottom, allowing for installation in sealed and isolated environments. **Certification and Evaluation** ● Designed in compliance with GMP* (Good Manufacturing Practice) standards for product management and quality control. *GMP Grade A ● cUL certified products (UL standards and Canada CSA standards) are also available. ● Hygiene has been validated through testing by the Fraunhofer Institute. (Report No. DE 1409-725)

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Inter-Process Transport Robot 'SC Series'

The unique compact design allows for the creation of suitable equipment for transporting work between various processes.

【Compact structure that can accommodate various equipment layouts】 The telescopic structure minimizes the occupied width in front of the equipment. 【Long-distance and high-speed transport】 It is capable of high-speed transport at 2m/sec over a maximum distance of 12m. 【Responding to production volume fluctuations with multiple units working together】 Multiple robot bodies can be installed on a single rail. The number of robots can be increased or decreased according to production volume. *For more details, please refer to our website or catalog, or feel free to contact us.

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Robot lineup 2020

A rich lineup including "5-6 axis vertical multi-joint robots" and "embedded robots"!

We would like to introduce the "robots" that we handle. Starting with the "5-6 axis vertical multi-joint robot," we also offer a rich lineup including "4-axis horizontal multi-joint robots," "collaborative robots," and "robots for pharmaceuticals and medical use." In addition, we also handle controllers "RC9" and "RC8A" that achieve integrated equipment control. Please choose according to your application. 【Partial Lineup】 ■5-6 Axis Vertical Multi-Joint Robots ・VP Series ・VS Series ■4-Axis Horizontal Multi-Joint Robots ・HSR Series ・HS-A1 Series ・HM Series ・LPH Series *For more details, please refer to the PDF materials or feel free to contact us.

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Vertical Multi-Joint Robot "VMB-VLA Series"

Achieving automation of the entire manufacturing process through lineup expansion! Introduction of vertical multi-joint robots.

The "VMB/VLA Series" is a vertical multi-joint robot with a maximum payload of 60 kg and a maximum reach of approximately 2500 mm. It is suitable for transporting large items and palletizing processes, freeing operators from the dangers and burdens of handling heavy objects. Together with the existing lineup, we will achieve automation of the entire manufacturing process with DENSO robots. 【Features】 ■ VMB Series - Usable in harsh hygienic environments and adverse conditions - EtherCAT wired internally, supporting flexible hand design ■ VLA Series - Designed for adverse environments - Built-in field network - Ideal for transporting and palletizing heavy loads *For more details, please refer to the PDF materials or feel free to contact us.

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[Information] DENSO Robot Global Support Guide

Peace of mind anytime, anywhere. Introducing 'guarantee and support' and 'malfunction recovery services'.

This document provides information about Denso Robot's global support. It includes "guarantees and support" to alleviate customer concerns, as well as "operational maintenance services" and "failure recovery services" to maintain and manage production lines. To ensure that Denso's robotic technology can be used safely, securely, and comfortably anywhere in the world and at any time, our company supports the stable operation of Denso robots to prevent production lines from stopping, even for a moment. Please feel free to download and take a look. [Contents] ■ Guarantees and Support ■ Operational Maintenance Services ■ Failure Recovery Services ■ Service Locations *For more details, please refer to the PDF document or feel free to contact us.

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Remote control function "Mirror Control"

Safe and intuitive operation! Since it allows operation from outside a clean environment, it prevents foreign matter contamination and operator contamination.

"Mirror control" is a remote operation function that allows a manipulator (slave) at a distant location to be operated by commands from an operation device (master). By using the collaborative robot "COBOTTA" as the master device and moving the arm of "COBOTTA," it is possible to intuitively operate a large robot. Additionally, by utilizing the virtual fence function, it becomes possible to specify the operating range of the slave robot, ensuring safety. 【Features】 ■ Intuitive robot teaching and operation is possible even for those unfamiliar with programming. ■ Operations can be performed from outside clean environments, such as in pharmaceutical manufacturing processes, preventing foreign object contamination and worker contamination. ■ By utilizing the virtual fence function, it becomes possible to specify the operating range of the slave robot, ensuring safety. *For more details, please refer to the PDF document or feel free to contact us.

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Floor cleaning robot "EGrobo" *Materials with usage examples will be provided.

Automate floor cleaning to reduce cleaning time and labor costs. It can operate safely and is easy to use. Robotizing cleaning reduces the risk of infection from person to person!

While implementing measures to prevent the spread of the novel coronavirus, the role of cleaning services has become more significant than before. The robotic floor cleaning machine 'EGrobo' automates floor cleaning in factories and stores, contributing to reduced cleaning time and lower infection risks. By leaving the wide and time-consuming floor cleaning to the robot, staff can effectively utilize cleaning time for new areas that require disinfection, such as door knobs, handrails, and splash prevention panels. Once operated manually once, it remembers the travel route and tasks, allowing for immediate operation. It monitors the surrounding environment in 3D to avoid obstacles and navigate safely. 【This addresses the following challenges】 ■ We want to establish a cleaning system that minimizes human involvement. ■ We want to automate floor cleaning. ■ We want to improve cleaning quality. ■ We want employees to focus on their core tasks. ■ The costs associated with hiring and training cleaning staff have become a burden. *We are currently distributing materials that include case studies. You can view detailed information immediately by clicking on "PDF Download."

  • Building Cleaning Equipment

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AI technology autonomous mobile small floor cleaning robot 'HAPiiBOT'

Utilizing AI technology to accurately detect people and objects. Floor mats can also be recognized and avoided. Initial setup is easy.

The "HAPiiBOT" is a cleaning robot that utilizes AI technology for self-positioning and image segmentation, allowing it to accurately recognize and avoid surrounding people and obstacles while performing cleaning tasks. It can recognize floor mats and security nets, and can clean up to 150mm from walls. With its compact body, it is capable of maneuvering in narrow passageways. With simple operability, the setting of the travel route can be chosen from two methods: the "Teaching Method," which cleans along a route previously traveled by manual push, and the "Mapping Method," which cleans the entire inner area of the perimeter traveled manually. 【Features】 ■ Accurately detects people and objects to prevent contact accidents ■ Can perform continuous cleaning for 2 hours without refueling, making it suitable for nighttime cleaning ■ By using the cloud management system "AMANO Robot Cloud," it can manage the operational status of multiple units and remotely set travel routes ■ Rental packages are also available *For more details, please refer to the PDF document or feel free to contact us.

  • Building Cleaning Equipment

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Successful Case of Factory Cleaning Robotization - From Mechanization to Automation -

Shift cleaning tasks to robots to reduce working hours, overtime, and costs. We are currently offering a free document that introduces case studies!

In manufacturing and food processing environments, daily cleaning is essential. However, due to labor shortages, it has become difficult to allocate time for cleaning, leading to issues such as overtime and pressure on regular working hours. Our company supports improvements in such environments through cleaning robots. We are distributing materials that showcase examples where entrusting floor cleaning tasks to robots has resulted in reduced working hours, cost savings, and increased productivity. [Purpose of Robot Utilization in Case Materials] ■ We want employees to focus on their core tasks. ■ We want to address the occurrence of overtime due to cleaning. ■ We want to limit human entry to avoid the risk of foreign object contamination. We present examples where replacing human cleaning tasks with robots has led to improvements in the working environment. *The materials can be viewed immediately via "PDF Download."

  • Building Cleaning Equipment

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Autonomous Mobile Robot KeiganALI

Easy to set up and implement! The autonomous mobile robot's usage expands depending on your ideas.

KeiganALI is an easy-to-use autonomous mobile robot. It contributes to the automation of various tasks and alleviates labor shortages. *KeiganALI is a product of Keigan Corporation and is sold by Sumitomo Heavy Industries, Ltd.* 【Features】 ◆ Autonomous Driving Equipped with laser scanners and multiple obstacle sensors, it automatically avoids people and obstacles while transporting goods. It also supports line tracing. ◆ Easy Operation From map creation to autonomous movement, everything is incredibly simple. With intuitive controls, it can quickly adapt to changes in layout and tasks. ◆ Small Start Basic operations can be completed through a web application, so there is no need to purchase an operating application. It can be purchased from just one unit, and after product introduction, system integration features can be added later. ◆ High Versatility and Flexibility By creatively using the upper attachments of KeiganALI, it can be utilized in various locations and scenes. ◆ API Availability By using our publicly available API, it is possible to integrate KeiganALI with your system. This reduces the resources and costs associated with new development, allowing for quick implementation on-site.

  • Automatic transport robot

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Case Study of Super Spindle 300C

A system that attaches multiple guns to a single robot to efficiently produce a large volume of painting.

This is an introduction to a painting system that can reduce painting costs, energy costs, and paint consumption by attaching 10 mobile phone parts to a circular jig and having a robot paint them with both forward and reverse rotation. It is designed to minimize overall energy consumption and has high scalability, making it suitable not only for mobile phones but also for painting mobile communication devices. Please feel free to contact us if you have any inquiries. *For more details, please refer to the PDF materials or feel free to reach out to us.*

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Explosion-proof coating robot Swan

Easy to set up with a compact design, allowing for immediate painting production after installation. A safety-enhanced explosion-proof painting robot.

The painting robot Swan is a painting robot that uses an original compact explosion-proof AC servo motor. It is a dedicated painting robot that employs the technology of rotational painting R, designed to pursue painting cost efficiency, featuring a unique painting technique that rotates the workpiece for painting. It minimizes unnecessary paint consumption and achieves high-quality painting with a thin film. By laying out a uniquely developed explosion-proof handling robot, an automatic painting system can be easily constructed. It accommodates all methods according to production volume and the number of coatings, ranging from batch to automatic systems.

  • Entrance/Exterior Doors
  • Plastering and painting work
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Explosion-proof coating robot Swan

The birth of the "Swan," a painting robot dedicated to rotational painting with an advanced form.

The body color with pearl white has redefined the image of painting robots. The design, which takes aerodynamics into account without compromising paint quality, is reminiscent of a swan standing by a lake. Following the hanging mobile robot line dancer, the painting robot swan has taken center stage in the painting arena. The swan is a dedicated rotary painting robot suitable for painting small to medium-sized workpieces. 【Adaptable for various parts painting】 ● Exterior and interior parts such as car headlights, door mirrors, door handles, wheel caps, aluminum wheels, shark antennas, meter panels, escutcheons, switch panels, and car navigation systems ● Mobile communication devices such as mobile phones, smartphones, and tablet PCs ● Cosmetics parts like lipstick caps ● Sports equipment such as fishing reel components ● Construction materials ● Home appliances 【Compatible with various paints】 - UV, pearl, metallic, powder (optional), and more For more details, please download the catalog or contact us.

  • Entrance/Exterior Doors
  • Hardware Doors, Handles and Locks
  • Natural paints (water-based, ink, etc.)

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Cell production system painting robot Swan

Supports small quantities and multiple varieties, batch production. Installed in front of existing booths. A robot system that can be produced immediately.

The painting robot Swan is compatible with batch-type cell production. 【Batch-type Cell Production Painting】 - Standard style that makes it easy to introduce new painting robots - Adaptable to small lot, diverse production - Replacement or upgrade of older robots - Introduction of new technology, rotational painting technology for high-quality production - Reduction of unnecessary paint consumption to lower painting costs By controlling running costs, Japan's outstanding painting technology can further enhance its competitive level. Swan is the result of developing rotational painting technology that excels in quality and low running costs.

  • Waterproof, moisture-proof, explosion-proof lighting fixtures
  • Accessories around the opening

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Spindle line compatible painting robot 'SWAN-C'

The explosion-proof painting robot "Swan C," compatible with spindle lines, transitions from a fixed gun method to robot painting. Significantly improves high cost structure.

The painting robot Swan C, which significantly improves the painting costs of the spindle line painting system, utilizes a dedicated robot equipped with 16 guns instead of the conventional fixed gun method. One gun is responsible for each workpiece, ensuring complete coverage (painting finish). This spindle line-compatible painting robot achieves a coating efficiency of approximately 42%. The specialized painting technology "R Technology" from Takubo Engineering enables cost-effective painting. It can be easily installed in front of existing spindle lines. It can be synchronized with the line speed for immediate production. Of course, it is also possible to set up a new spindle line and establish a new painting line. Applicable workpieces include items such as lipsticks and rouge caps that were previously painted on spindle lines.

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