Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
1801～1830 item / All 3782 items
安川電機製の人協働ロボットとデクシス製カメラを採用。省スペースに設置でき、多様な現場に対応。タクトタイム短縮にも貢献
『曲面検査ロボット』は、安川電機製の人協働ロボット（20kg可搬）と、 独自のダイナミックトレーシング機能を備えるデクシス製ラインカメラを 組み合わせた、大型・曲面ワーク向けの走査型検査システムです。 カメラを動かしながら撮像することで、正反射・乱反射の複数ラインを 同時に最大8ラインまで取得できるため、タクトタイムが短い点が特長です。 画像検査記録を保管することで、トレーサビリティ・システムとしての 利用が可能で、品質保証やトレーサビリティの強化にも活用できます。 【特長】 ■省スペースに設置できる安川電機製の人協働ロボットを採用 ■最大8ラインの同時撮像で様々な欠陥を一度に捉えることが可能 ■生活用品、家電、渋滞区設備部品など様々な曲面ワークに対応 ■外観検査の省人・省力化、検査品質の改善に貢献 ※詳しくは資料をご覧ください。お問い合わせもお気軽にどうぞ。
A 3D robot that autonomously determines and controls the transportation of construction materials.
In the construction materials industry, there is a demand for improved efficiency and safety on site. Particularly in the transportation of heavy and diverse materials, reducing the burden on workers and maintaining work accuracy are crucial. Improper transportation can increase the risk of material damage and work accidents. The completely teachless 3D random picking robot autonomously determines and controls recognition, movement, and gripping according to the scene, thereby streamlining the transportation of construction materials. 【Usage Scenarios】 - Palletizing materials - Automated transportation of materials on site - Loading and unloading materials to and from processing machines 【Benefits of Implementation】 - Reduced burden on workers and improved safety - Decreased risk of material damage - Enhanced work efficiency
![Design and Production Case Studies [Mechanical]](https://image.mono.ipros.com/public/product/image/42a/2000329840/IPROS17204430673420883227.png?w=280&h=280)
A collection of case studies on the design and manufacturing of specialized equipment that consolidates technologies accumulated over half a century! From creating basic specifications to on-site setup adjustments and handover!
Abirika Co., Ltd. is a design and development engineering company that supports our customers' manufacturing based on over half a century of accumulated technology. We realize "Wouldn't it be great if we could do this?" with equipment that has never been seen before and that no one has ever created. 【Examples of Design and Production】Excerpt ■ Bow Tie Device: An automatic device that ties a solid knot and a bow tie around the neck of a one-sho bottle. ■ High-Speed Alignment Parallel Link Robot: A device that recognizes products flowing on a conveyor through image recognition and aligns them at high speed. ■ Protective Sheet Application Device: A device that applies protective sheets to metal panels (products). ■ Reinforcement Assembly Automation System: An automation system for assembling reinforcement bars in concrete structures. *For more details, please request materials or view the PDF data from the download.
Strongly support factory automation by reducing chocolate stops on the production line! A masterpiece of three-dimensional transport systems!
The "FCS-H300/V60" is a handling robot that effectively utilizes limited spaces in various factories and warehouses, significantly improving productivity. The chuck equipped on the cart can be fitted with mechanisms for changing the posture of workpieces and pickup mechanisms as needed. Additionally, since there is no need to change the grip on the workpieces during transport, attachment and detachment mechanisms and transfer devices are unnecessary, eliminating the occurrence of mistakes associated with grip changes, which contributes to cost reduction and increased production efficiency. 【Features】 ■ Reduces production line stoppages through forced transport ■ Decreases accumulation of workpieces through direct transport ■ Enables high-speed transport ■ Allows for significant space savings ■ No setup changes required *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study] Isuzu Motors Limited Headquarters](https://image.mono.ipros.com/public/product/image/a22/2000889285/IPROS78349515734458068317.png?w=280&h=280)
Examples of new equipment that contribute to labor-saving, such as autonomous mobile transport wagons!
We would like to introduce a case study of Isuzu Motors Limited, which has implemented our products. We assisted with the design of the kitchen at their headquarters and the custom counters within the office, supplying many kitchen appliances. The kitchen, especially the areas visible to users, has a calm finish that aligns with the spatial concept. We received feedback such as, "We appreciated that they went beyond being just a kitchen equipment manufacturer and understood the architectural circumstances, responding flexibly." 【Case Overview】 ■ Facility Name: Isuzu Motors Limited Headquarters ■ Location: Nishi Ward, Yokohama City ■ Introduced Products - Automatic dish sorting robot "finibo" - Autonomous mobile transport wagon, etc. *For more details, please refer to the related links or feel free to contact us.
![[PPS Case] AGV-Linked Sorting Solution](https://image.mono.ipros.com/public/product/image/095/2000610331/IPROS78462107724503822071.png?w=280&h=280)
Transporting shelves with a lift-up AGV! Supporting sorting tasks with projections from a projector!
We would like to introduce the operational case of the Projection Picking System (PPS). The "AGV-linked sorting solution" allows AGVs to automatically travel within the warehouse and deliver products to the picking stations. Picking is performed according to the content projected by the PPS on the delivered shelves, and in addition to the front display, it can clearly show the number of items, product information, and more to the operators. The PPS is equipped with a mistake-proofing function, which improves picking accuracy. 【Features】 ■ Shelves are transported by lift-up AGVs ■ Sorting tasks are supported by projections from a projector ■ Since AGVs handle automatic transportation, it reduces the physical effort of walking for operators ■ There is no need to memorize product shelves ■ Inbound operations are also performed by scanning the product barcodes and following the instructions from the PPS *For more details, please refer to the PDF materials or feel free to contact us. 【LIVE Showroom Now Open】 We are conducting a "LIVE Showroom" utilizing the web for easy access. If you are interested, please check the link below.
![[90-second video] Six steps to successfully implement RPA without failure.](https://image.mono.ipros.com/public/product/image/7d3/2000640663/IPROS16815453403598943902.jpg?w=280&h=280)
Introducing the overall flow of RPA implementation, divided into six main steps!
With the changes in social conditions, RPA is gaining increasing attention and expectations. Taking into account the points to consider for a successful implementation, I will discuss the overall flow of RPA implementation, divided into six main steps. You can check the related video below. It's a 90-second video, so please take a look. 【Instructor Information】 ■ Kenji Ishi ■ Sun Planning Systems ■ Digital Transformation Department ■ RPA Unit *For more details, please refer to the related links or feel free to contact us.
Achieving automation of parts supply at low cost! Significant reductions in manufacturing costs are expected.
The "Palenger" is a device that automates a series of tasks such as transporting, supplying, and discharging empty boxes, which were previously done manually in accordance with the work process. With the desire to create a machine that is "simple, easy to understand, and user-friendly," this product has been completed. It is a device with no unnecessary options, only the essentials. As long as it can perform basic movements, it is sufficient. We aim to provide it at a low cost, anticipating an era of one-on-one work with robots. 【Features】 ■ Improves productivity when combined with robots ■ Reduces manufacturing costs and allows for long hours of operation ■ Achieves inline production and parts supply in a compact space ■ Easy to change layout ■ Manual operation for pallet exchange and mode switching is simple ■ Operation methods can be changed to match the line *For more details, please refer to the PDF materials or feel free to contact us.
It is a transfer bed that can move patients or care recipients using only remote control operation.
The "Hako Bed" is a transfer bed that allows caregivers or nurses to move patients or individuals requiring care from a lying position on a bed or stretcher using only a remote control. The slide sheet smoothly fits between the person and the bed while they are lying down, providing comfort for the patient or individual receiving care. Additionally, it helps reduce the burden on those involved in the nursing and care of bedridden individuals.
Contributes to labor-saving in wiring! A jumper bar suitable for circuit protector jump wiring.
Please use this circuit protector with push-in type spring terminals (manufactured by Fuji Electric: CP30F□-1P□Q) for jumper wiring. 【Features】 1. Eliminates the need for crimping ferrule terminals, reducing wiring labor. 2. Allows for space-saving jumper wiring. 【Material】Brass t=0.8mm, nickel-plated finish, with insulation coating (black). *For more details, please refer to the PDF document or feel free to contact us.
This robot is ideal for the insert molding system equipped with Pentel's unique double tool as standard.
◆ High-speed and high-precision work is possible even with a high transportable mass of 10 kg. ◆ Equipped with Pentel's unique double tool as standard. It can handle the loading and unloading of workpieces in insert molding with just one machine. ◆ Adoption of donut-shaped gears. Donut-shaped gears offer higher precision compared to timing belts and do not require maintenance such as belt replacement. ◆ A structure that protects the machine and mold even during emergency stops. ◆ Standard equipped with double tools on two Z-axes. It can perform multiple tasks in one round trip. A triple tool with three Z-axes is also available as an option. ◆ Specializing in inserts, it adopts a hybrid drive with compressed air and electric power on the Z-axis. * For more details, please visit our company website.
Achieving a picking walking distance of 0 within the warehouse.
The automatic shelf transport robot GeeK+ EVE has transformed the traditional method where people had to walk to product shelves for picking by allowing the robot to carry the shelves instead. It significantly reduces the walking distance for workers, which has been a challenge in many workplaces, enabling quick, accurate, and efficient operations. - Reduction of walking distance It is possible to reduce the distance walked within the warehouse during picking to zero. - Flexible shelf design Shelves can be freely designed to match the shape of the customer's products. - Improved storage efficiency Compared to conventional lightweight shelving, aisle space can be reduced by 40%. You can view product videos and details through the related links below.
It is a robot that detects surrounding objects and people, and moves to the desired location or transports items.
AMR stands for Autonomous Mobile Robot, which is a robot that detects surrounding objects and people using lasers and image recognition, autonomously moves to the desired location, and transports items. It is also referred to as a collaborative robot or an autonomous driving robot. 【Features of AMR Collaborative Transport Robots】 - Reduction of walking distance (reduced to 2/3) - Labor-saving in picking - Improvement in productivity - Easy to start small and has minimal impact on existing equipment, allowing for immediate implementation. You can view product videos and details from the related links below.
All MAG, MIG, TIG, and pulse welding can be achieved with this one machine. It is a space-saving ALL IN ONE package with casters.
Welding robots are often thought of as tools to be introduced into mass production lines. However, with the decreasing number of welders and skilled workers, and the current labor shortages, automating welding with robots has become an important issue even in lines that produce a variety of products in small quantities. The Cell Robot is a packaged product designed and sold jointly by Iwatani Industrial and Daihen to solve such customer concerns. This single unit can perform CO2, MAG, MIG, and pulse welding, and it can accommodate various materials such as mild steel, stainless steel, and aluminum. It is expected to be useful for small-batch production, setting conditions for prototypes, and product repairs. Additionally, as it is a portable and space-saving packaged product, it can be easily moved around the factory by hand after delivery. **Features** - Supports small-batch production of various types - Portable and space-saving package - Capable of adapting to diverse welding applications with one unit - Optional installation of JOYPEN is available for intuitive teaching *On-site demonstrations and welding tests are also possible. Please feel free to contact us.*
This is a full-fledged educational robot that allows you to experience how to use the Renesas Technology Co., Ltd. microcontroller "H8".
This is an educational robot that allows practical experience in hardware, software, and mechatronics, based on learning C language programming for the H8 CPU. A significant advantage of the robot as an educational tool is that it can evaluate technical skills without the need for formal tests; the robot's movements alone can serve as an assessment. Students and engineers involved can also self-evaluate, which fosters expected improvements in skills through self-directed learning. More vocational schools are increasingly adopting it for practical classes and similar purposes.
Modularization of machine components. Experience learning by freely combining mechanisms and controls.
A skill-up learning material for mechanical engineers to design and assemble more efficient production machines using mechanisms with minimal power sources. Learn mechanisms and acquire "improvement skills." 【Features】 ■ Mechanisms used in actual production factories ■ Quick assembly technology training system ■ Supports various training ■ Over 200 types of mechanism modules *For more details, please download the PDF or feel free to contact us.
Cultivating skilled individuals with practical abilities! Mechatronics education training system.
The Mechatronics Simulator is a digital control simulator for mechatronic devices that operates on Windows computers. It allows for digital control such as PLC control, PC control, and microcontroller control by placing virtual mechatronic devices on the screen. The simulator itself comes with software and an interface for connecting to digital control devices. 【Features】 ○ Build production systems on the screen by referring to texts and other materials ○ Control the production system on the screen using PLC, PC, or microcontroller ○ Mechatronics technology training is also possible using the MM-3000 series For more details, please contact us or download the catalog.
There is joy in creating it yourself and the fun of experiencing it. It strengthens practical on-site response skills.
The "MM3000-EP" is a compact training device that reproduces an automated production line. The various mechanisms that make up the training device use the same equipment found in actual factories. Each mechanism has been designed with sufficient rigidity and reliability to accurately understand the movement of the mechanisms and the characteristics of the workpieces. 【Features】 ■ Compact reproduction of an automated production line ■ Uses the same equipment as that used in the industry ■ Learn about the composition and structure of production systems ■ Supports various training applications ■ Compatible with various controls and includes comprehensive reference materials *For more details, please refer to the PDF materials or feel free to contact us.
Specifications for a 6-axis multi-joint robot are available! With modification options, the robot body can be changed to a collaborative robot.
We handle the robotic technology training device 'MM3000-RVR Series'. The "MM3000-RVR1000" is a training device that combines a 6-axis robot, a training stand, a robot control panel, and a control PLC. Units from the MM3000V series are arranged on the base, and cooperative control with the robot is performed using either the robot's I/O inputs and outputs or the PLC's I/O inputs and outputs. Additionally, we offer the collaborative robot version "MM3000-RVR2000 Series" and the "MM3000-VFR-CP100" series. 【Features of MM3000-RVR1000】 ■ The robot body can be changed to a collaborative robot with an optional modification. ■ A terminal I/O box and PLC are standard equipment for robot control. ■ Cooperative control with the robot is performed using either the robot's I/O inputs and outputs or the PLC's I/O inputs and outputs. *For more details, please refer to the PDF materials or feel free to contact us.
Structured to allow consistent learning from the basics of mechatronics to applications in production lines.
The Mechatronics Line Type Training Model 'MM3000-PM' is a training device that allows students to learn mechatronics technology and conduct practical training in sequence control. The device uses equipment that is actually implemented in factories. It has been designed with sufficient rigidity and reliability to correctly understand the movements and characteristics of the mechanisms that make up the units. The device comes standard with a PLC, allowing for learning of operation methods using sample programs. By simultaneously introducing the mechatronics simulator "MM-MSV2" compatible with the training model, it is possible to conduct sequence control training on a computer in a manner similar to that of the actual equipment. [Features] - Learn mechatronics technology and conduct practical training in sequence control - Uses equipment that is actually implemented in factories - Sufficient rigidity and reliability - Provides a consistent learning experience from the basics of mechatronics to applications in production lines - Standard equipped with a PLC *For more details, please refer to the PDF document or feel free to contact us.
It is possible to connect to the PLC of the production equipment to collect and display data.
The "MM3000-IoT Series" is an IoT training device compatible with Excel. It can be combined with modules from the MM-3000V series to create a mechatronics line-type training model, and it is capable of connecting to PLCs of production equipment for data collection and display. A wide range of IoT-related training can be conducted, including monitoring production status, managing production quantities, sending control commands to production equipment, and setting planned production quantities. 【Features】 ■ Excel compatible ■ Capable of collecting and displaying data by connecting to mechatronics line-type training models or PLCs of production equipment ■ A wide range of IoT-related training can be conducted, including monitoring production status, managing production quantities, sending control commands to production equipment, and setting planned production quantities *For more details, please refer to the PDF document or feel free to contact us.
Automating transportation work within the facility!
AMR = Autonomous Mobile Robot The autonomous mobile (collaborative) transport robot MiR brings innovation to transportation tasks within facilities. Automating simple tasks such as transporting parts for assembly, moving materials within large facilities, distributing and collecting documents in medical facilities, and delivering equipment to clean rooms allows people to focus on more advanced tasks, enhances cost-effectiveness through increased productivity, and enables quick returns on investment. Using MiR offers many benefits, including improved operational efficiency, alleviation of labor shortages, reduction of human movement time and distance, decreased risk of workplace accidents, and labor-saving.
Palm-sized high-precision compact robotic arm
This is an industrial robot arm with a high repeatability position accuracy of ±5μm, suitable for automating tasks that require fine manipulation. Its installation footprint is palm-sized, allowing it to be integrated into devices or installed in limited spaces. 【Features】 ■ High repeatability position accuracy ■ Palm-sized installation space ■ Suitable for fine tasks ■ Built-in controller *For more details, please refer to the PDF document or feel free to contact us.
Maintenance and battery replacement are easy. Can smoothly pass through an 80cm wide opening!
The "MiR250" is an autonomous (collaborative) transport robot suitable for transportation tasks within facilities. It automates simple tasks such as transporting parts for assembly, moving materials across vast facilities, distributing and collecting documents within medical facilities, and delivering equipment to clean rooms. This automation allows people to focus on more advanced tasks, enhances cost-effectiveness through increased productivity, and enables rapid return on investment. Additionally, we offer the "MiR Shelf Carrier," which automates the collection and delivery of carts, and the fully automatic charging solution "MiR Charge48V." 【Features】 - Easy battery replacement allows for continuous operation - Parts can be replaced from the side, making maintenance easy - Robust design - Equipped with foot guards for enhanced safety - Maximum load capacity of 250kg *For more details, please refer to the PDF document or feel free to contact us.
"Lightweight reduced from 15kg to just 5kg" for transporting materials within a vast facility, distributing and collecting documents in medical facilities, and automating simple tasks!
The "URe Series" is a customized mobile robot that has been lightweightened from 15kg to just 5kg, equipped with a DC OEM Control box. It enables parts transportation for assembly, material transport within large facilities, distribution and collection of documents in medical facilities, and automation of simple tasks, allowing people to focus on more advanced work, enhancing cost-effectiveness through increased productivity, and achieving quick returns on investment. 【Features】 ■ Human-collaborative robot that automatically avoids people and obstacles ■ No need for magnetic tape, no infrastructure changes required ■ Automation of simple tasks allows people to concentrate on more advanced work ■ Various tasks can be accommodated by exchanging the top module ■ Easy programming with a GUI interface *For more details, please refer to the PDF materials or feel free to contact us.
CO2 laser processing machine mounted on a robot.
This device efficiently transmits the laser light emitted from ElEn's CO2 laser equipment to the tip of the robotic arm, enabling 3D laser cutting.
