Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.
61～90 item / All 3043 items
Antenna cover - Strong against shark antenna painting - Swan. Reducing running costs determined by rotational painting.
The painting robot Swan, which realizes the shark antenna using the technology of rotational painting R. It features a compact design that enhances safety by adopting an original small explosion-proof motor. Its rounded, slim form reduces painting costs.
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 the development of rotational painting technology that excels in quality and low running costs.
The ultra-compact gun with a maximum of 16 nozzles reduces paint waste. Digitalization of painting conditions also improves reproducibility.
The "Swan-C" is an explosion-proof painting robot designed for small workpieces, which can be installed on existing spindle painting lines and achieves a highly reproducible finish. It can be equipped with up to 16 specially developed ultra-compact spray guns. Compared to our standard gun, the discharge volume is less than half, allowing for efficient painting of workpieces while minimizing waste. With the standard software, it is also possible to visualize painting data such as condition settings and teaching data, leading to reduced time for condition setting, improved efficiency in changeovers, and uniformity in painting quality. 【Features】 ■ Can be introduced into existing spindle painting lines ■ Integrated robot and micro-discharge syringe pump ■ The one-to-one structural design of the gun and paint supply device ensures stable coating quality ■ Standard software that assists in robot teaching *For more details, please refer to the materials. Feel free to contact us with any inquiries.
Explosion-proof painting robot "Swan C" compatible with spindle lines transitions from fixed gun method to robot painting. Significant improvement in high cost structure.
The painting robot Swan C, which significantly improves the painting costs of the spindle line painting system, uses a dedicated robot equipped with 16 guns instead of the conventional fixed gun method. One gun is responsible for one workpiece and completes the painting (finishing). 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. The compatible workpieces include items such as lipstick and rouge caps that were previously painted on the spindle line.
Compact SCARA robot. Achieves high speed and low cost with AC servos.
【Currently on sale, the high-speed and expanded range version of DYNAX's "miniSCARA"】 ■ The "miniSCARA/300" is a horizontal multi-joint robot developed using AC servos, aiming for high speed and low cost. ■ With an arm length of 300mm, it offers a wide working area and a flexible system configuration, making it suitable for low-load applications in biotechnology and various production environments. ■ By adopting harmonic gears, it achieves high performance and precision at a low price, making it ideal for educational and laboratory use. <Exhibited at TECHNO-FRONTIER 2006 Motion Engineering Exhibition> Period: 4/19 - 4/21 Location: Makuhari Messe, Hall 7 Booth Number: 7413 【Set Contents】 Main unit / Controller / With pendant
Low-cost horizontal multi-joint robot miniSCARA/310
Compared to Cartesian robots, it has a wider working area and faster operation. It is a high-performance, low-cost horizontal multi-joint robot that is optimal for automating assembly tasks. 【Features】 ○ Compact, low-cost, high-performance - Uses a compact AC servo driver - Utilizes harmonic gears - Built-in servo driver unit ○ Easy to use - Wide working range and high-speed movement - Simple teaching with Cartesian jog - PTP linear movement ○ Equipped with standard software Fics-P3 - Motor control and sequence control - Control from a host computer ○ Connection of serial ring-type IO modules - 256DI and 256DO ● For other functions and details, please download the catalog.
It is a low-cost, compact, and lightweight 6-axis vertical articulated robot.
Despite having a portable mass of approximately 3.5 kg, it has been designed and developed to achieve a compact size for use in factories, laboratories, and various other applications. It uses a small 200V-driven ABS servo motor and a 24V-driven AC servo motor, incorporating harmonic gears on all axes to achieve high performance. The newly developed compact servo driver includes an interface with the image sensor SPS, making it extremely easy to create a system that integrates with image processing systems.
Low-cost! Desktop-type PCB splitting robot
Minimizing stress on the substrate to achieve a clean cut ■ Low Stress Reduces stress on the substrate with a router cutting method ■ Low Cost Reduces costs without using large dust collectors ■ Space-Saving Compact design for the workbench ■ High Speed Fast machine tact with high-precision robot specifications ■ Easy * Easy program and tool changes (* Supports 8 languages for easy switching)
For ROHS2 compliance, to reduce costs, improve efficiency, and enhance quality in soldering work!
**Improving Issues Surrounding the Soldering Industry** - Division of labor between operators and robots / Simultaneous progress → High efficiency / Low cost - Not dependent on the soldering skills of operators → High quality of soldering **Easy Teaching with Dedicated Soldering Program** - Conditions can be easily set with a teaching pendant. **Newly Developed Tip Attachment and Detachment Mechanism** - It takes about 30 seconds from removal to installation. - Can be replaced without waiting for it to cool down after stopping. *For more details, please refer to the PDF document or feel free to contact us.*
![[Popular Series] Types and Features of Industrial Robots](https://image.mono.ipros.com/public/product/image/78d/2001516497/IPROS2953948435628463886.jpg?w=280&h=280)
[Popular Series] Types and Characteristics of Industrial Robots
Industrial robots, which promote labor cost reduction and work efficiency, have been utilized by many companies in recent years and are expected to grow into a 10 trillion yen market by 2035. An industrial robot is defined as "a robot that is automatically controlled, reprogrammable, and a multipurpose manipulator that can be programmed with three or more axes, fixed in one location or capable of movement, and used for industrial automation applications (according to JIS)." 【Keywords】 Manufacturing industry, automotive industry, semiconductor industry, food industry, beverage industry, vertical multi-joint robots, horizontal multi-joint robots (scara robots), parallel link robots, Cartesian robots.
It can be used widely in water utilization facilities. It was developed primarily with the concept of being small, lightweight, and inexpensive for sales purposes.
Equipped with a slip ring mechanism that prevents hose entanglement! It allows for effortless cleaning automatically, so you just need to put it in the morning and take it out in the evening! This is an inexpensive and easy-to-use maintenance robot that contributes to reducing work burden and costs.
Make full use of robots!
Achieving simple, space-saving, and cost-effective automation with a combination of inexpensive semi-automatic machines and robots.
Labeling on various surfaces with a free-moving head.
Robot labeler designed for labeling products with difficult-to-determine positions.
Would you like to promote automation in your factory with 24-hour continuous operation using wireless power transmission? Layout changes with rider slam mapping that does not require magnetic tape.
We propose the mobile collaborative robot "AGBOT," which is equipped with the Yaskawa Electric collaborative robot "MOTOMAN-HC10" and the Nidec Drive Technology (formerly Nidec Sankyo) AGV "S-cart." By combining the robot with an unmanned transport cart, it autonomously performs inter-process and inter-machine transport, automating multiple processes such as assembly and the input/output of jigs. The robot achieves high-precision positioning by autonomously judging, measuring, and correcting the error in the AGV's stopping position. The non-tracked AGV eliminates the need for safety fences and magnetic tape, making route changes easy. With the automatic power supply function of the Daihen wireless charger "D-Broad," it can operate unmanned even during nighttime operations. 【Features】 - Moves the robot at a maximum speed of 60 m/min - Ensures safety by adopting a collaborative robot - Capable of mounting an ATC (Auto Tool Changer) *customizable - Can stably control the robot regardless of AGV stopping accuracy - Equipped with a storage shelf on the back that can hold up to 50 kg - Can control multiple AGBOTs with server functionality (Wi-Fi) - Can interface with existing processing machines through an I/F box
![[Full Weekly Inspection Support] Inspection process automation possible with a single appearance inspection robot beyond the inspection process.](https://image.mono.ipros.com/public/product/image/7b0/2001129904/IPROS71632304958120573562.png?w=280&h=280)
You can choose industrial robots and collaborative robots, and comprehensive inspections using dual-arm robots are also possible. We can accommodate automation for large and heavy workpieces as well.
By conducting visual inspections with robots, not only inspections but also tasks such as palletizing, depalletizing, aligning, assembling, stacking, boxing, screwing, and inserting can be automated in a space-saving manner. This contributes to reducing the burden on employees, minimizing workforce size, and addressing labor shortages through tasks other than inspections. 【Inspection Examples】 - Vials - Iron - Irregular shapes - Stainless steel - Polyhedra - Fittings - Deformed containers - Shafts - Cosmetic containers - Cams - Metal parts - Packing - Rubber products - Fitted parts - Automotive parts - Sheet-like workpieces - Non-self-supporting transportable workpieces - Workpieces requiring multi-faceted inspection 【Detectable Defects】 - Foreign objects - Dirt - Scratches - Dents - Shorts - Contamination At Sanmei Co., Ltd., we have numerous achievements in AI inspections and line inspections in addition to robot-based visual inspections (rule-based). *2D picking/3D picking (random picking) is optional.
We offer not only the sale of AGVs/AMRs but also proposals for upstream and downstream processes such as palletizing, depalletizing, inspection, image processing, and 3D picking.
Sanmei Co., Ltd. is a technology trading company based in Shizuoka. We can propose all aspects of system development and software construction (SIer) through our group companies. ◇ Low Cost As we are agents for manufacturers of AGV/AMR such as Mujin, Daihen, and Nidec, we can offer proposals at low costs. ◇ System construction for manufacturers specified by customers is possible. We have many adoption records for AGV/AMR products other than those from our agency. ◇ Customization of AGV/AMR equipped products Various customizations are possible, including installation of shelves, racks, and conveyors. ◆ Sanmei sells robot + AGV systems ◆ We also offer the mobile collaborative robot 'AGBOT'. https://www.ipros.jp/product/detail/2000800706 【Work】 Molded products, molds, stainless steel, plastics, machine parts, automotive parts, processed parts, cardboard boxes, returnable containers, pallets, etc. 【Industry】 Logistics warehouses, clean environments (inside clean rooms), food factories, laboratories, semiconductor manufacturing plants, etc. 【Pre and Post Processes】 Visual inspection, deburring processing, palletizing, depalletizing, 3D random picking, etc.
Autonomously determines and controls recognition, movement, and gripping according to the scene. This is a 3D robot picking system equipped with numerous proprietary technologies. *Palletizing is also possible.
【Features】 - Complex peripheral device integration achieved completely without teaching - Automatically maximizes robot speed performance through optimal path calculation - Local setup in as little as one day - Easy addition of new varieties - High-performance 3D vision system prevents missed picks and chocolate stalls - Capable of handling parts of various shapes - 3D vision system with laser LED designed to withstand harsh environments - Provides six-axis vertical multi-joint robots equipped with standard options for operation with Mujin controllers - Custom robot hands designed and manufactured for each project received - Automatic return to origin - No robot programming required (programming using a language is unnecessary) - Industrial robots from various manufacturers (YASKAWA/FANUC/DENSO, etc.) can be selected 【Supported Robot Manufacturers】 Yaskawa Electric/FANUC/KUKA/DENSO/Universal Robots/ABB/Omron/Mitsubishi Electric/Kawasaki Heavy Industries/NACHI 【Points】 - Double-hand (dual-arm) capability - Separation of front and back - Palletizing - Input and output for processing machines - Design and manufacturing of peripheral devices such as alignment machines can also be accepted
A storage system controlled collectively by a unique group control algorithm, utilizing a robot that moves in three dimensions within the rack to achieve high-density storage of pallets.
**Features** - Dramatically improves storage efficiency through reduced aisle space, effective utilization of upper space, and optimized throughput with group control. - Flexible design tailored to customer needs, including complex layouts; can accommodate increased volume with the addition of robots. - In the event of a problem with a robot, other robots automatically compensate, ensuring no downtime. - Compared to conventional rack storage, significantly enhances space and storage efficiency through reduced forklift pathways and layout designs that utilize height. - Free layout allows for optimal design tailored to the shape of existing equipment and various operational needs of customers. - Robots and racks, as well as elevators for moving between entry/exit points and each level, can be freely installed and expanded to easily accommodate fluctuations in volume. - Even when multiple robots are in operation, optimal control is achieved through a unique group control algorithm, avoiding congestion and collisions while sometimes yielding routes to maximize throughput for each robot. In the event of an issue with a specific robot, other robots automatically compensate, minimizing downtime.
Covering the error of AMR with high-precision positioning through camera measurement. The adoption of omni-wheels eliminates the need for turning. Contributing to a reduction in takt time.
The new mobile collaborative robot "New Type AGBOT" is equipped with Daihen's AMR "AiTran" and Yaskawa Electric's collaborative robot "MOTOMAN-HC10." By combining the robot with an unmanned transport cart, it autonomously performs inter-process and inter-machine transport, automating multiple processes such as assembly and the input/output of jigs. It achieves high-precision positioning of the robot by autonomously judging, measuring, and correcting the error in the AMR's stopping position. The omni-wheels enable omnidirectional movement, contributing to reduced lead times. Additionally, there is no need for safety fences or magnetic tape, and route changes are easy. With the automatic power supply function of Daihen's wireless charger "D-Broad," it can operate unmanned even during nighttime operations. 【Features】 ■ Continuous operation for 24 hours with a contact charger (wireless compatible) ■ Safety ensured by the use of a collaborative robot ■ ATC can be installed *Customization available ■ Stable control of the robot regardless of the AMR's stopping accuracy ■ The robot can move at speeds of up to 84m/min ■ Flexible system integration → Coordination with existing AGVs/AMRs and proposals for dedicated WCS systems are also possible *Proposals for standalone AGVs/AMRs are also accepted.
![[Case Study (Electronics)] Multifunctional Robot 'Yoketaro (Tentative Name)'](https://image.mono.ipros.com/public/product/image/147/2000782933/IPROS15340252986221303795.png?w=280&h=280)
Detects vehicle body and driving information, enabling autonomous driving! Numerous sales achievements to educational institutions (universities and vocational schools).
"Yoketaro (tentative name)" is a multifunctional robot equipped with an axle encoder, ultrasonic sensors, a 3-axis accelerometer, and a Bluetooth module. It can detect vehicle body and driving information, enabling autonomous driving. Additionally, it can communicate via Bluetooth with PCs, tablets, and smartphones. There are numerous sales records to educational institutions (universities and vocational schools) for embedded software education. 【Functions (partial)】 ■ Equipped with a Renesas Electronics RX230 microcontroller ■ Capable of autonomous driving with independent motor control for left and right ■ Features an encoder function on the axle ■ Equipped with ultrasonic sensors (transmitter and receiver) for obstacle detection ■ Detects vehicle body and driving information with a 3-axis accelerometer *For more details, please refer to the PDF materials or feel free to contact us.
Leave the automation by robots to us!
This is an introduction to the robots (AI and IoT) and dry vacuum pumps handled by Anlet Co., Ltd. We offer a lineup that includes the "Palletizing Robot," which can handle various types of transport items with a compact system, and the "Robot Cleaner System," which cleans and removes chips before processing using robots. Additionally, we provide suitable proposals from robot introduction suggestions to system and software design, construction, and after-service. 【Features (Robot Vacuum System)】 ■ AI palletizing function enables diverse gripping methods for target objects ■ Enhanced peripheral devices that allow for workpiece identification using cameras ■ High-performance vacuum pumps that enable a wide range of workpieces to be handled through suction *For more details, please refer to the PDF materials or feel free to contact us.
This is a robot that is optimal for the insert molding system equipped with Pentel's unique double tool as standard. (It has long arms.)
◆ High-speed, high-precision work is possible even with a high portable 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 employs a hybrid drive of compressed air and electric power on the Z axis. *For more details, please visit our company website.
A label-placing robot that can work collaboratively with people without safety barriers.
1. The dual-arm robot picks up the workpiece with its right hand and places it on the central labeling platform. 2. At the same time, it takes a label with its left hand and affixes it to the designated position on the workpiece. 3. The workpiece with the label affixed is returned to the plate. *It can handle multiple types of products and labels. Since it is a space-saving collaborative robot that does not require safety barriers, the robot can be deployed in place of the operator when needed.
Robot solution to automate the labeling process for liquid medicine packs!
The "Liquid Pack Picking Labeling Robot" is a device that accurately applies labels at high speed to soft and unstable transparent liquid packs. The robot uses a high-performance parallel link robot. The labeler is synchronized with the robot, enabling high-speed picking. Additionally, it can accommodate a variety of workpieces. 【Features】 ■ Custom hands are manufactured to match the customer's products. ■ Proposals for optimal configurations and layouts for the customer's factory. ■ Compatible with any robot manufacturer. *For more details, please refer to the catalog or feel free to contact us.
Enhancing the overall image of the industry with functionality and design!
"URANOS" is an AI-equipped waste sorting robot that can identify the characteristics and shapes of waste, enabling high-quality sorting. As we accumulate data for each customer, the accuracy of identification improves. We centralize the development of robots, system construction, and AI learning within our own group, ensuring stable domestic production. In the event of any trouble, we will respond quickly from our domestic base. [Features] ■ Capable of efficient sorting 24 hours a day ■ Selection of various types of cameras and sensors tailored to customer needs ■ Ability to choose suitable robots for both heavy and light materials ■ AI instantly evaluates the results from the sensing unit *For more details, please refer to the PDF document or feel free to contact us.
