We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for robot.
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robot Product List and Ranking from 890 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

3121～3150 item / All 3756 items

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Remote support service for quick recovery without stopping your production line, even for a second.

Remote support service for quick recovery without stopping your production line, even for a second.

The concept is 'reducing downtime on the customer's production line'! Introducing our remote support service.

Industrial robots, which began to spread in the late 1960s, are now implemented in production lines around the world, tirelessly operating day and night to support people's affluent lives. On the other hand, as robot performance improves and operational efficiency is maximized, the importance of maintenance has increased. When a problem occurs with a robot, maintenance that can respond and restore functionality anytime, anywhere, 24/7, has become essential. This time, we will introduce the background and story behind the launch of the "Remote Support Service," which is based on the concept of "reducing downtime for our customers' production lines," through an interview. *For detailed content of the interview, please refer to the related catalog. For more information, feel free to contact us.

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The collaborative robot duAro, which contributes to the SDGs, is transforming recycling sites.

The collaborative robot duAro, which contributes to the SDGs, is transforming recycling sites.

Introduction to solutions for waste processing utilizing collaborative robots.

One trend in the field of industrial robots is collaborative robots. Unlike traditional industrial robots, which had to be physically isolated from humans for safety reasons, collaborative robots can work side by side with people in the same space. These compact, flexible, and easy-to-use "human-coexisting robots" lower the barriers to robot adoption and are emerging as new forces in industries such as food, cosmetics, and pharmaceuticals, where robots have not been utilized before. We spoke with the project manager of the Environmental Plant Department at the Environmental Plant Division of Kawasaki Heavy Industries Energy Solutions & Marine Company about the new work environments that collaborative robots are expanding. *For more details on the interview, please refer to the related catalog. Feel free to contact us for more information.*

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I want to know from scratch! The flow of automation and points to be cautious about.

I want to know from scratch! The flow of automation and points to be cautious about.

Introduction to the First Industrial Robot Implementation! We will introduce the specific process and key points.

Originally, industrial robots were created as machines to perform heavy labor on behalf of humans, such as repetitive tasks, dangerous work, and the transportation of heavy objects. They began in foundational industries like the automotive sector and various machinery and electrical products, and now they are expanding their roles into agriculture, forestry, civil engineering, healthcare, welfare, and other industries. Particularly in recent times, as product life cycles shorten and the demand for "small-batch production of various types" and "variable production of different types" increases, the fields that focus on the versatility and multifunctionality of robots are expanding. Expectations for industrial robots that can be flexibly introduced to the necessary places at the necessary times are growing significantly. *For detailed information, please refer to the related catalog. For more details, feel free to contact us.

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What types of industrial robots are there? An explanation of the main six types and their characteristics.

What types of industrial robots are there? An explanation of the main six types and their characteristics.

The key point of classification is "the type and structure of joints"! Introducing the "types" of industrial robots.

The birth of industrial robots in Japan dates back to more than half a century ago. In 1968, Kawasaki Heavy Industries signed a technology transfer contract with the American venture company Unimation and began efforts for domestic production. In 1969, they completed the first domestically produced model, the "Kawasaki Unimate 2000." Since then, the development of industrial robots in Japan has accelerated, particularly in the automotive industry. It has become a major industry that has gained a significant share of the global market, laying the foundation for Japan's current status as a "robot powerhouse." Industrial robots could be described as "born in the U.S. and raised in Japan." *For more details, you can refer to the related catalog. Please feel free to contact us for more information.*

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Create precision parts for aircraft! Collaborative robots: Examples of automation.

Create precision parts for aircraft! Collaborative robots: Examples of automation.

Introduction to the automation of a series of processes where robots assemble while identifying.

Unlike dedicated automatic machines that primarily perform "simple, monotonous, and singular" tasks in place of humans, industrial robots can engage in "complex, multiple, and composite" jobs. In recent years, advancements in vision systems and force sensors have further expanded the range of tasks that robots can handle. Not only in familiar mass production lines in automotive and electronic/electrical machinery factories, but also in fields such as food, medical, and chemical/optical industries, industrial robots are now significantly broadening their scope beyond traditional boundaries. The XYZ editorial team, which is tracking the activities of industrial robots around the world, has also caught wind of some "unexpected" rumors from the field. *For detailed content of the article, please refer to the related catalog. For more information, feel free to contact us.*

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Quickly pack the pet food into boxes! Collaborative robots: A case study in food packaging.

Quickly pack the pet food into boxes! Collaborative robots: A case study in food packaging.

Introduction to the automation of the packaging process for packaged food products.

If robots that save people in anime are heroes, then industrial robots that assist in the workplace are the superheroes of the real world. With labor shortages, efficiency improvements, cost reductions, and quality control, robots working day and night in workplaces around the world have solved many people's problems. By the way, what kind of work do "they" usually do? Who exactly needs "them," and when? Our XYZ reporting team has infiltrated workplaces around the world to capture their real appearances. We have decided to track the work of robots that take on daily missions. *For detailed content of the article, please refer to the related catalog. For more information, feel free to contact us.*

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Save the welding site! Collaborative robots: A case study in vehicle manufacturing factories.

Save the welding site! Collaborative robots: A case study in vehicle manufacturing factories.

1980s Time Slip Edition! Introduction to the implementation of small and medium-sized general-purpose robots.

Using accurate and dexterous arms, industrial robots steadily and reliably carry out the tasks assigned to them. They are the unsung heroes that support society. Recently, there are many robots active in a wide range of fields such as healthcare, food, and agriculture, but the main focus remains on manufacturing. When it comes to primary applications, the key areas are "assembly," "material handling (transportation, transfer)," and "welding." It is said that welding work was the catalyst for the widespread adoption of industrial robots. *For more detailed information, please refer to the related catalog. Feel free to contact us for further inquiries.

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Laboratory Automation Robot System

Laboratory Automation Robot System

A modular and flexible lab automation system.

Kawasaki Heavy Industries' Lab Automation 1, developed independently, allows for the construction of systems with the necessary modules configured. Additionally, it can flexibly accommodate future module additions and layout changes. By utilizing Kawasaki Heavy Industries' wide range of products, such as robots and running rails designed for clean environments, we propose the automation of cell culture and analysis processes.

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AI-equipped unloading robot [Depalletizing Solution]

AI-equipped unloading robot [Depalletizing Solution]

Automation in logistics sites! AI automatically identifies the shape and material of boxes! We present case study materials on implementation in logistics centers handling 15,000 to 20,000 boxes daily!

Kawasaki Heavy Industries' "Depalletizing Solution" is an unloading robot system that automatically recognizes the shape and material of packages using AI, capable of handling heavy and large cases. It is designed to be easy to implement even for beginners, with no prior product registration or stacking configuration required. The robot body can be selected from the compact 6-axis model "RS080N" and the 4-axis model "CP180L," which can operate at high speeds over a wide range. Additionally, suitable suction hands and L-shaped hands can be customized according to the material and size of the cases. We have prepared a case study document for the implementation at Matsuura Packing Transport Co., Ltd. Notably, this includes a gripping specification case based on the material and size of the boxes, which is a first for Kawasaki Heavy Industries and is a must-see! 【Main Features】 ■ Automatic recognition of objects using 3D AI vision ■ Smooth system setup without a master ■ High processing performance of over 750 cases per hour ■ Reliable support system for peace of mind after implementation * For more details, please download the PDF or feel free to contact us.

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Stacking robot for retort curry pouch manufacturing line in food packaging engineering.

Stacking robot for retort curry pouch manufacturing line in food packaging engineering.

A parallel link robot introduced by a major food manufacturer. Automation of the process from suction supply to the packaging machine to palletizing has achieved labor savings.

We continue to support our customers' manufacturing with custom-made machines. For the design and manufacturing of labor-saving machines (robots) that prioritize ease of use and safety from the perspective of the workplace, trust [Kiden Nagasaki]. We have a wealth of experience, particularly in the food industry and housing equipment. <Examples of Labor-Saving Machines / Industrial Machines / Robot Production> ◆Industry: Food Industry ◆Process: Packaging Process ◆Target: Supply robot (parallel link robot) for the retort curry pouch manufacturing line's packaging machine ◆Implementation Information: 2 robots (200 units/min) ◇Description: The products that were previously arranged by hand are detected by a camera, and the parallel link robot supplies them to the packaging machine, completing the stacking process. The ability to maintain stable adhesion was a key point. *Please feel free to contact us for an initial consultation!

  • Food Packaging Machinery
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Food Packaging Engineering: Pizza Toast Manufacturing Line Stacking Robot

Food Packaging Engineering: Pizza Toast Manufacturing Line Stacking Robot

<Video available> Achieving automation in the packaging process. Parallel link robots introduced by major food manufacturers. Reducing manual labor with visual tracking capabilities.

We continue to support our customers' manufacturing with custom-made machines. For the design and manufacturing of labor-saving machines (robots) that prioritize ease of use and safety from the perspective of the workplace, please leave it to [Kiden Nagasaki]. We have a wealth of experience, particularly in the food industry and housing equipment. <Examples of labor-saving machines / industrial machines / robot production> ◆Industry: Food industry ◆Process: Packaging process ◆Target: Supply robot for pillow packaging on the pizza toast production line (parallel link robot) ◆Implementation details: 3 robots (180 pieces/min) ◇Description: Products that were previously arranged by hand are detected by a camera (visual tracking) and arranged quickly by a parallel link robot, which also performs stacking. *Please feel free to contact us for an initial consultation! You can also easily check with a video.

  • Food Packaging Machinery
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Robot for packaging retort hamburger pouches in food packaging engineering.

Robot for packaging retort hamburger pouches in food packaging engineering.

A parallel link robot introduced into the manufacturing line of a major food manufacturer. It achieves labor-saving and automation in the packaging process.

We continue to support our customers' manufacturing with custom-made machines. For the design and manufacturing of labor-saving machines (robots) that prioritize ease of use and safety from the perspective of the workplace, please leave it to [Kiden Nagasaki]. We have a wealth of experience, particularly in the food industry and housing equipment. <Examples of Labor-Saving Machines / Industrial Machines / Robot Production> ◆Industry: Food Industry ◆Process: Packaging Process ◆Target: Packaging robot for retort hamburger pouch production line (parallel link robot) ◆Implementation Information: 3 robots (140 units/min) ◇Description: The pouches that were previously inserted by hand are detected by a camera and packed into cardboard boxes by the parallel link robot. *Please feel free to contact us for an initial consultation!

  • Food Packaging Machinery
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Vertical multi-joint robot for stacking in food packaging engineering.

Vertical multi-joint robot for stacking in food packaging engineering.

The stacking of products by a vertical multi-joint robot, followed by placing them into cardboard boxes and sealing them, is executed by robots. This achieves labor reduction and automation.

We continue to support our customers' manufacturing with custom-made machines. For the design and manufacturing of labor-saving machines (robots) that prioritize ease of use and safety from a field perspective, please leave it to [Kiden Nagasaki]. We have a wealth of experience, particularly in the food industry and housing equipment. <Examples of labor-saving machines / industrial machines / robot production> ◆Industry: Food Industry ◆Process: Packaging Process ◆Target: Vertical multi-joint robot for stacking (industrial robot) ◇Description: The product is stacked using a vertical multi-joint robot, which then places it into a cardboard box and completes the sealing process with the robot. *Please feel free to contact us for an initial consultation!

  • Food Packaging Machinery
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[Case Study of Robot Implementation] Food Industry Brewing Company

[Case Study of Robot Implementation] Food Industry Brewing Company

Proposals for work improvement and productivity enhancement! Examples of improvements in causes of employee turnover and labor environment issues.

We would like to introduce a case study of a brewing company in the food industry that implemented robots. Before the implementation, the one-gallon cans containing soy sauce and sauces weighed about 22 kg, making it a simple task that employees disliked. This led to labor accidents due to heavy lifting and variations in speed among workers. After the implementation, the work time was standardized, reducing fluctuations in shipping volume. By improving the working environment and satisfaction of employees, the retention rate of staff increased. [Challenges] ■ No prior experience with robot implementation ■ No one available to learn complex programming ■ Do not want to obstruct the flow between robots and humans ■ Concerned about whether the robot hand can grip 22 kg (the surface of the one-gallon can condenses in winter) *For more details, please download the PDF or feel free to contact us.

  • Transport and handling robots
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All-in-one collaborative robot "JAKA"

All-in-one collaborative robot "JAKA"

Equipped with the smallest class control box on the market! Integrated vision system for environmental recognition.

We would like to introduce our all-in-one collaborative robot, 'JAKA'. Equipped with JAKA software featuring visual control and a configuration interface, along with a market-leading compact control box. Additionally, it adopts an integrated vision system for environmental recognition. Please feel free to contact us if you have any inquiries. 【Features】 ■ Attentive ■ Integrated ■ Compact integration *For more details, please download the PDF or feel free to contact us.

  • Transport and handling robots
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[Robot Implementation Case] Utilization of Robots in the Plastic Industry

[Robot Implementation Case] Utilization of Robots in the Plastic Industry

Why not leave simple tasks to robots! Support from conceptual design to after-sales maintenance.

Here are some examples of the use of robots in the plastic industry. With robots that do not feel fatigue or drowsiness, they can work continuously for 24 hours without making mistakes, leading to the elimination of human errors and an increase in production efficiency. Our company is committed to supporting not only the robots themselves but also from conceptual design to after-sales maintenance. As a production technology partner to assist in your automation, we encourage you to utilize Simply Robot. 【Implementation Effects】 ■ Continuous operation for 24 hours without mistakes ■ Elimination of human errors, leading to increased production efficiency *For more details, please download the PDF or feel free to contact us.

  • Transport and handling robots
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[Robot Implementation Case] Streamlining Simple Tasks with Pick and Place

[Robot Implementation Case] Streamlining Simple Tasks with Pick and Place

Make the work site more efficient! It is possible to work 24 hours without rest, regardless of any adverse conditions.

We would like to introduce a case where the introduction of robots streamlines simple tasks in pick and place operations. How about a workplace where robots handle tasks that they can perform, allowing humans to engage in more creative work? Robots can work tirelessly 24 hours a day, regardless of adverse conditions. Would you like to make your work environment more efficient and vibrant? 【Benefits of Implementation】 ■ Assign robot tasks to robots and human tasks to humans ■ Make the work environment more efficient and lively *For more details, please download the PDF or feel free to contact us.

  • Transport and handling robots
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[Robot Introduction Case] Solving Labor Shortages with Metal Processing Robots

[Robot Introduction Case] Solving Labor Shortages with Metal Processing Robots

Oil-soaked, hot, cold—capable of operating in such environments! 24-hour operation possible.

We would like to introduce a case of solving labor shortages through metal processing by robots. To all those in the parts processing industry, Are you struggling with labor shortages, such as "It's a simple job, but it's hard to hire" or "Even if we hire, they leave right away"? We can select, install, and maintain collaborative robots that can operate in oil-soaked, hot, or cold environments and work 24 hours a day. [For these kinds of problems] ■ It's a simple job, but it's hard to hire ■ Even if we hire, they leave right away *For more details, please download the PDF or feel free to contact us.

  • Transport and handling robots
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Multi-functional automatic cleaning robot 'PUDUCC1' that serves four purposes.

Multi-functional automatic cleaning robot 'PUDUCC1' that serves four purposes.

One device with four functions: suction, sweeping, wet mopping, and dry mopping - 'PUDU CC1'

The "PUDUCC1" is a cleaning robot developed by the manufacturer of the cat-shaped delivery robot "BellaBot." It features a pop aesthetic and color. This commercial automatic cleaning robot is responsible for vacuuming, mopping, sweeping, and dry wiping. There are four key points! ■ Super suction power Utilizing side brushes, it can clean with a width of 500mm (including sweeping width). With a suction power of 1700Pa, it can pick up large debris. ■ Schedule setting Cleaning can be set to occur in specific areas according to the cleaning schedule. ■ Easy-to-use steering handle Equipped with a handle that is easy to operate during manual cleaning or movement. ■ Automatic charging station (optional) When the battery level is low, the robot automatically returns to the charging station. Additionally, a station capable of water supply and drainage can also be provided. If you are struggling with "excessive workload," "cost reduction," "aging," or "inconsistent work," please feel free to contact us. *For more details, please download the PDF or feel free to reach out to us.

  • Company：USEN
  • Price：Other
  • Transport and handling robots
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Capable of transporting heavy loads up to 300kg! 'PUDU T300'

Capable of transporting heavy loads up to 300kg! 'PUDU T300'

【USEN's first heavy-duty transport robot】 capable of transporting loads up to 300kg! 'PUDU T300'

The "PUDU T300" is the first heavy-duty transport robot handled by USEN. There are three key points! ■ Heavy Load Transport It can carry loads of up to 300 kg and autonomously transport heavy items to designated destinations. ■ Lift-Up Function The lift-up feature reduces the burden during loading and unloading, even with heavy loads. ■ Attachment Customization By adding attachments to match the shape and loading method of the cargo, various customizations are possible. (Please consult us in advance if you wish to use attachments.) *For more details, please download the PDF or feel free to contact us.

  • Company：USEN
  • Price：Other
  • Transport and handling robots
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AI-equipped cleaning robot 'PUDU MT1'

AI-equipped cleaning robot 'PUDU MT1'

AI-equipped cleaning robot 'PUDU MT1'

The "PUDU MT1" is a dry-type cleaning robot specialized for sweeping and dust collection. There are four key points! ■ Dry Cleaning Specialization As a cleaning robot that does not use liquids like water, maintenance is simpler compared to wet-type robots. ■ Equipped with AI It automatically performs optimal cleaning based on the type of waste recognized by the camera and AI. *Please note that AI recognition may not be possible depending on the size of the waste and the environment. ■ Ideal for Large Area Cleaning It is said to be able to clean the equivalent of two soccer fields on a single charge. *This may vary depending on the usage environment. ■ Other Features - Remote monitoring and report generation using an app - Mobility between floors enabled through EV integration *For more details, please download the PDF or feel free to contact us.

  • Company：USEN
  • Price：Other
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HM Craft Co., Ltd. Equipment Owned

HM Craft Co., Ltd. Equipment Owned

Introducing the equipment used by our company, such as flatbed trucks (2t) and collaborative robots!

We would like to introduce the equipment owned by HMCraft Co., Ltd. We have various equipment including a FANUC collaborative robot for product testing and employee training, a 2-ton hoist, a CAD system, and various development software tools. Please feel free to contact us if you have any inquiries. 【Owned Equipment】 ■ FANUC collaborative robot for product testing and employee training (equipped with iRVision 3D camera) ■ 2-ton hoist ■ Flatbed truck (2 tons) ■ Company car ■ CAD system (electricity-specific CAD "ACAD-DENKI") ■ Various development software tools (Mitsubishi Electric, Omron, Keyence, FANUC, etc.) *For more details, please refer to the related links or feel free to contact us.

  • Other industrial robots
  • Development support tools (ICE, emulators, debuggers, etc.)
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A robot for infrastructure inspection that mimics a spider moving by manipulating threads.

A robot for infrastructure inspection that mimics a spider moving by manipulating threads.

Keywords: 6-legged robot, wire towing, weight compensation, off-road walking, SLAM

To prevent landslides in mountainous areas and to inspect the aging of buildings and infrastructure in urban areas, workers access the site directly using ropes to carry out their tasks. These operations are dangerous, and the cost of training specialized workers is also a significant issue. Our research group is engaged in the development of bio-inspired robots, which incorporate the excellent functions and structures of organisms in nature to enhance robot performance. Currently, we are developing a robotic system that can move freely on uneven steep slopes by combining a six-legged walking robot with a mobility assistance device that compensates for the robot's weight using wire towing, inspired by the movement patterns of spiders. Although spiders are small creatures, they possess exceptional mobility, allowing them to climb up and down rocks and trees many times their size using their long legs and silk they produce themselves. This innovative robotic system performs dangerous tasks in place of human workers.

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Autonomous delivery robot

Autonomous delivery robot

Transporting items from person to person without contact! A lineup of two types of products.

We would like to introduce our "autonomous delivery robots" that transport items from person to person without contact in facilities such as hotels, hospitals, office buildings, and factories. We offer two products: "GoGo," which has two storage spaces and can deliver to two locations simultaneously, and "RUN," which is equipped with features such as the ability to use elevators and notify recipients by phone upon arrival. Please feel free to contact us when you need our services. 【Features】 ■ Increased customer satisfaction ■ Enhanced brand image ■ Improved OTA ratings and reviews ■ Increased operational efficiency ■ Increased sales revenue *For more details, please refer to the related links or feel free to contact us.

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Smart Service Robot 'Cloud Ginger XR-1'

Smart Service Robot 'Cloud Ginger XR-1'

It is applied in areas such as guest reception guidance, sales promotion, performances in shows, health support, and educational scientific research!

The "Cloud Ginger XR-1" is a humanoid smart service robot developed independently by CloudMind, designed for 5G cloud applications. As a new 5G model, it connects to the cloud brain HARIX through 5G/4G/WiFi using the VBA Secure Link method, forming a diverse range of smart interactive capabilities. Additionally, we also offer the "Cloud Ginger Lite D series," a cloud multi-functional delivery robot. 【Features】 ■ Human-like with over 30 degrees of freedom, easily recognized by customers due to its friendly image ■ Achieves the goal of using tools for tasks just like humans, freeing up human hands ■ Equipped with a multi-mode sensor function that integrates the robot's multi-sensors ■ Realizes interaction experiences between humans and robots ■ Dances flexibly and beautifully with grip control ■ Rapidly builds robot skills and applications *For more details, please refer to the related links or feel free to contact us.

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High-precision positioning AMR "REX16AMR-III"

High-precision positioning AMR "REX16AMR-III"

30kg work-capable robot included! Molding, high-precision parts processing, and machine tending for heavy work.

The "REX16AMR-III" is a high-precision positioning AMR that utilizes AMR units from TriOrb and collaborative robots from TechMan ROBOT. It achieves corrections not only in the X-axis (forward direction) but also in the Y-axis (approach direction) and θ-axis (rotation direction), allowing it to operate in narrow passages and small intersections. Additionally, it employs Toshiba's lithium-ion batteries, which offer high peak output, short charging times, and minimal degradation, enabling 24-hour operation with energy-saving performance and non-contact power supply. 【Features】 ■ High expandability ■ Multiple units can operate if the passage width is over 2m ■ No need to widen intersections due to a turning radius of "0" ■ All-direction movement means that even if there are protrusions that obstruct the passage of the AMR, there are no issues approaching machinery. *For more details, please download the PDF or feel free to contact us.

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  • Other industrial robots
  • robot

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Cleaning robot

Cleaning robot

We offer products tailored to various uses, from factories to offices and hotels. [We are also looking for retailers and exhibition introductions.]

We handle products from multiple manufacturers, so we can make proposals tailored to your needs. *There are also products not shown in the photos.

  • Industrial Vacuum Cleaners
  • Vacuum cleaner
  • Other cleaning tools
  • robot

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Serving robot

Serving robot

Serving Robot 【We are also looking for retailers and introduction stores】

We handle various types of serving robots from multiple manufacturers. We can provide recommendations tailored to your needs.

  • Transport and serving cart
  • Food serving cart
  • robot

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Robot Offline Teaching (OLP)

Robot Offline Teaching (OLP)

Quickly and easily teach industrial robots! Shorten the investment recovery period for robot implementation.

Our company uses offline teaching (OLP) software compatible with various equipment to quickly and easily teach industrial robots. By utilizing 3D CAD data, we create efficient and error-free programs that cater to various processes such as welding, painting, and cutting. Seamless collaboration between design engineers and robot engineers allows us to avoid last-minute changes to jigs, tools, and products. 【Features】 ■ Robot teaching for all processes ■ Optimization of manufacturing processes ■ Minimization of teaching time ■ Reduction of the payback period for robot implementation *For more details, please download the PDF or feel free to contact us.

  • Software (middle, driver, security, etc.)
  • Other industrial robots
  • robot

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Offline teaching compatible with over 17 robot manufacturers.

Offline teaching compatible with over 17 robot manufacturers.

Created efficient and error-free programs tailored for processes such as welding, painting, and cutting. There are also cases where teaching time was reduced by 70%!

Our company uses offline teaching (OLP) software compatible with various equipment to teach industrial robots quickly and easily. This allows us to teach robots that accommodate various brands, processes, and complexities up to ten times faster, minimizing downtime. By utilizing a process knowledge database that saves programs for reuse at any time, we maintain consistent quality. We convert programs using 17 types of post-processors. 【Features】 ■ Teach robots without stopping production while working in the office ■ Avoid last-minute changes to jigs and products through collaboration between design engineers and robot engineers ■ Minimize teaching time ■ Shorten the return on investment period for robot implementation *For more details, please download the PDF or feel free to contact us.

  • Software (middle, driver, security, etc.)
  • Other industrial robots
  • robot

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