Last Updated： Aggregation Period:Apr 29, 2026～May 26, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Apr 29, 2026～May 26, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Apr 29, 2026～May 26, 2026
This ranking is based on the number of page views on our site.
301～330 item / All 2979 items
"Powerful & Compact" Multipurpose Robot
Options available for IP65 and IP67 specifications. Productivity improvement through robotics in various environments. The maximum reach of 2,050mm is the largest in its class. The powerful wrist enables flexible handling of a wide variety of workpieces.
"Powerful & Compact" Multi-Purpose Robot
In addition to a wide range of motion, it achieves high waterproof and dustproof performance. It accommodates various customer work environments. The installation width is only 280mm, the smallest in its class. The powerful wrist freely transports a wide variety of workpieces.
"Powerful & Compact" Multi-Purpose Robot
In addition to a wide range of motion, it achieves high water and dust resistance (at the wrist and body). It accommodates various work environments of our customers. The risk of interference with surrounding wiring devices is reduced, improving applicability and making it easier to access narrow areas.
Adoption of a unique mechanism in the robot body.
The vertical movement of the first axis (the entire arm) achieves arm compactness. Since there are no motors in the robotic arm section, it enables slim, lightweight, and high-speed operation. A reduction of 30% in line width and 40% in cross-sectional area allows for significant compactness. A small arm achieves a compact layout with a wide range of motion. By optimizing the path, the cycle time can be reduced by 30% compared to floor-mounted scara types. The smart wiring routing of the hollow wrist structure avoids interference with surrounding equipment and improves reliability. From four types of ceiling-mounted/floor-mounted with Z-axis strokes of 250/150mm, the optimal arm can be selected to match the equipment.
New Category: Wing Slicer Type
Ceiling-mounted installation achieves space-saving. Slim arms enable high-speed operation. Ceiling-mounted installation realizes the shortest path of movement. A large hollow hole with a diameter of 36mm is secured at the end of the hand. Internal wiring and piping in the body avoid interference risks and improve reliability. Four models are available, allowing for the selection of the optimal arm and controller.
It is a human-friendly collaborative robot.
NACHI's slim arm collaborative robot CZ10 is packed with user-friendly features and structures. It eliminates the need for safety fences, lowering the barriers to robot introduction and enabling it to be used in various applications.
Low noise, ultra-long life! High-performance linear single-axis robot.
The "GHR15" is a high-performance linear single-axis robot that employs a shaft motor. It has a simple structure that allows for easy installation. The non-contact power unit ensures low noise and a long lifespan, and it is also maintenance-free. This product has various features such as high thrust, high speed, and high responsiveness. 【Features】 ■ High precision ■ Long stroke ■ Easy installation with a simple structure ■ Low noise ■ Long lifespan *For more details, please refer to the catalog or feel free to contact us.
The marking of vast land is also automated.
Significantly reduce labor costs with a marking robot using GNSS for time-consuming marking tasks! It is active in various fields such as road marking and stake driving work outdoors. *For more details, please view the catalog from the "PDF Download" below. You can also request a quote from "Contact Us." Feel free to reach out.
A dispensing robot system capable of supporting optional features such as "weight management function" with built-in electronic scales and "volume management function" through image processing.
- The SYP series dispensing pump, equipped with a direct syringe pump, allows for automatic dispensing into tubes, vials, and other containers. - The general-purpose type is customized with user-friendliness in mind, featuring a screen layout that is easier for operators to see. - The engineer screen (program creation mode) and the operator screen are structured separately, allowing for the creation of new programs offline. - A discard position is provided for cleaning and priming operations. - The 3-axis type uses robot axes with high rigidity, enabling the installation of multiple direct syringe pumps.
Response to labor-saving
At Takezawa Seiki, we have newly introduced the labor-saving equipment "6-axis multi-joint robot CRX-10iA/L." By combining it with the turning center MAZAK INTEGREX j-200, we aim to reduce labor in setup tasks and improve productivity.
Introducing a uniquely designed tabletop robot that enables intuitive and efficient programming!
The "LETHER-TOP" is a soldering robot designed specifically for soldering with a soldering iron, featuring a 5-axis configuration. It operates via a front panel, and the status can be displayed on an LCD panel. We offer an optional automatic program creation software called "LETHER-Navi." This allows for easy program creation on a PC screen without the need for teaching, contributing to improved soldering quality and reduced labor hours. 【Features】 ■ Easy Programming - Front panel operation - Dedicated application software [standard included] - Brush cleaner standard equipment - Optional automatic program creation software "LETHER-Navi" ■ Inheriting the DNA of "α" - Just-touch mechanism - High-speed soldering *For more details, please refer to the PDF document or feel free to contact us.
Stabilization of supply timing and speed has been achieved! Executed using two motors.
In the "True" Theory of Soldering, we incorporate the results of many years of unique research, including a proprietary solder feeding mechanism, high-speed design through lightweight robotic arms, and solder tip units tailored to the workpiece. As an example of this theory, we introduce the "Double Motorization of Solder Feeding." Solder supply is executed using two motors. This achieves stabilization of supply timing and speed. 【Five Examples of the "True" Theory of Soldering】 ■ Double motorization of solder feeding ■ Lightweight design of the arm ■ Flexible solder tip approach ■ Fixed solder tip angle ■ Functions unique to dedicated robots *For more details, please refer to the PDF materials or feel free to contact us.
In-house designed arms! Pursuing lightweight construction to achieve high agility.
In the "True" Theory of Soldering, we incorporate the results of many years of unique research, including a proprietary solder feeding mechanism, high-speed design through lightweight robot arms, and soldering tip units tailored to the workpiece. As an example of this theory, we introduce "lightweighting the arm." Through our in-house design of the arm, we pursue lightweighting and achieve high agility. 【Five Examples of the "True" Theory of Soldering】 ■ Double motorization of solder feeding ■ Lightweighting of the arm ■ Flexible soldering tip approach ■ Fixed soldering tip angle ■ Functions unique to dedicated robots *For more details, please refer to the PDF materials or feel free to contact us.
Speed fine-tuning and approach path setting OK! Integration of the robot and the soldering tip.
In the "True" Theory of Soldering, we incorporate the results of many years of unique research, including a proprietary solder feeding mechanism, high-speed design through lightweight robot arms, and tip units tailored to the workpiece. As an example of this theory, we introduce the "Free and Flexible Tip Approach." Integration of the robot and the tip. With simultaneous control of X, Y, Z, and θ, a free and flexible approach of the tip is possible. Speed adjustments and approach path settings can be made. 【Five Examples of the "True" Theory of Soldering】 ■ Double motorization of solder feeding ■ Lightweight design of the arm ■ Free and flexible tip approach ■ Fixed tip angle ■ Functions unique to dedicated robots *For more details, please refer to the PDF materials or feel free to contact us.
Flow control is now possible! The solder and flux at the tip of the soldering iron are in a usable state.
In the "true" theory of soldering, we incorporate the results of years of unique research, including a proprietary solder feeding mechanism, high-speed design through lightweight robotic arms, and tip units tailored to the workpiece. As an example of this theory, we introduce the "fixed tip angle." The comprehensive capabilities of the dedicated robot enable the fixation of the tip angle. By simply changing the cut surface of the tip, it becomes possible to control the flow of solder. [Overview] ■ Tip angle: Approximately 60° ■ Tip types: 800 varieties ■ Solder and flux remain active on the tip ■ By merely changing the cut surface of the tip, solder flow control is possible *For more details, please refer to the PDF materials or feel free to contact us.
![[Feature 1 of Soldering Robots] Functions unique to dedicated robots](https://image.mono.ipros.com/public/product/image/5f1/2000969597/IPROS25597131065340798572.jpeg?w=280&h=280)
Teaching BOX function and Win app replacement/search! No soldering return settings required.
In the "true" theory of soldering, we incorporate the results of many years of unique research, including a proprietary solder feeding mechanism, high-speed design through lightweight robot arms, and tip units tailored to the workpiece. As an example of this theory, we introduce the "functions unique to dedicated robots." Features include a teaching BOX function and Win app replacement and search functions. The solder dispensing automatically performs appropriate solder retraction, so only the amount of solder to be melted needs to be set. 【Teaching BOX Function Overview】 ■ Dynamic Editor - Real-time updates of solder amount, preheating and heating times via BOX operation. ■ Pitch Copy - Simplification of settings for workpieces at equal intervals (conditions for the first and last points + total count). *For more details, please refer to the PDF materials or feel free to contact us.
The "hardness" and "strength" of metals are major factors that make deburring metals difficult!
■Five Reasons Why Deburring Metal is Difficult 1. The unique "hardness and strength" of metal requires significant force for processing. 2. The shapes and sizes of the burrs that occur are diverse. 3. Many cases require high precision and high quality. 4. There are limitations on the tools and techniques that can be used. 5. The work itself involves risks. ■What are the Methods for Deburring Metal? - Manual Work... Can ensure thorough processing of details, but quality and cost depend on the worker. - Machinery... Efficient, but difficult for one machine to handle everything. - Automation with Robots... Can replicate the skills of artisans, achieving both quality and efficiency! ■The Optimal Solution for Metal Deburring Offered by FINESYSTEM We solve the challenges of deburring in metal processing with our unique technology utilizing robots. We provide consistent support from optimal tool selection for each product to processing conditions and teaching. ★ Currently conducting a "Free Deburring Trial"! You can check the finishing quality in advance, allowing you to consider implementation with peace of mind. ■Do You Have Any of These Concerns? - Not sure which company to request. - Want to try if it can handle your products. - Want to entrust everything from implementation to maintenance in one go. Please feel free to contact FINESYSTEM!
Resin is softer than metal and is more susceptible to heat, so when it is machined, it tends to stretch and form burrs.
Burrs on resin (plastic) products mainly occur during two processes: "injection molding" and "machining." ■ Three reasons why removing burrs from resin products is difficult: - The hardness and elasticity vary by material, requiring adjustments in processing methods. - There is a possibility of "melting" when heat is applied. - Many products prioritize safety and appearance, making it unacceptable to leave burrs. ■ What are the methods for removing burrs from resin products? - Manual labor… High precision, but dependent on the worker's skill and incurs labor costs. - Water flow / air blast… Can roughly remove burrs from products with a large number of burrs! - Chemical polishing… Not suitable for products that come into contact with the human body. - Automation with robots… Can consistently reproduce high-quality finishes! What was traditionally considered "difficult" in removing burrs from resin products can now be addressed with FINESYSTEM's burr removal automation technology. If you have given up on automating burr removal for resin products, please contact FINESYSTEM for assistance!
Are you struggling with the lack of progress in factory automation? Automate your transportation tasks with easy-to-implement robots for in-factory transport that work alongside operators on the shop floor!
"AspinaAMR" is an easy-to-introduce robot for in-factory transportation that works alongside operators on-site. It can be introduced without changing the layout of the site. Its compact size allows it to operate in narrow aisles. It comes with an operating software that can be used on-site with a computer, and it can be easily operated by anyone using a two-dimensional code. 【Features】 ■ Easy to introduce, suitable for a small start ■ Reliable quality and support ■ Integration with external systems and functional expansion *For more details, please refer to the PDF materials or feel free to contact us.
![[Introducing Three Case Studies] Robot Implementation and Automation [Case Study Collection]](https://image.mono.ipros.com/public/product/image/ba9/2001526527/IPROS12614340515764054250.png?w=280&h=280)
We propose automation equipment tailored to your needs. You can leave everything from proposals to after-sales support to us.
This time, we will introduce three case studies! You can view them by downloading the catalog. - Collaborative Robot Case Study - Automatic Panel Loading Robot for Edge Banding Machine - Clip Insertion + Product Packing Star Techno is a "Robot SIer" company that provides customized robot systems tailored to our customers' needs. ■ We offer a one-stop solution with everything in-house, ensuring seamless collaboration. From proposals to design, electrical control, manufacturing, robot teaching, installation, and after-sales support, you can trust us to handle it all with peace of mind. ■ Please feel free to contact us through Ipros or our company website.
![[Introduction of 5 Companies] Robot Implementation and Automation [Case Study Collection]](https://image.mono.ipros.com/public/product/image/5fe/2001537580/IPROS18381648156751919540.png?w=280&h=280)
You can view actual robot implementation cases from five companies.
You can view it by downloading the catalog. - Collaborative robot case studies - Panel automatic loading robot for edge banding machines - Clip insertion + product boxing - Automatic assembly of 25 parts in 7 types - Changeable jigs! General-purpose welding machine Star Techno is a "robot SIer" company that provides robot systems tailored to customer needs, one by one. ■ With all in-house one-stop support, our collaboration is perfect. From proposals to design, electrical control, manufacturing, robot teaching, installation, and after-sales support, you can trust us completely. ■ Please feel free to contact us through Ipros or our company website.
Providing motion solutions for over 70 years! A global linear motion manufacturer. Thomson's single-axis robots.
Sales performance in Japan for over 30 years! Thomson offers one of the largest lineups in the industry for linear motion systems. These systems are ideal for handling, packaging, and other factory automation applications that require high speed and long stroke capabilities. - Amazing long strokes! Supports up to 12m (ball screw drive type) - Can be easily assembled into X-Y and gantry configurations using multi-axis mounting accessories - One of the largest variations in the industry - Available in ball screw or belt drive models - Internal support options include ball guides, wheel guides, and prism guides - A wide range of options and accessories - Suitable for harsh environments! High dust and waterproof specifications are also available as options ■ Ball Screw Drive WM Series High precision model, maximum stroke 12M Movopart M Series Waterproof option, maximum stroke 5.5M ■ Belt Drive WHZ Series Allowable speed 5.5m/s, maximum stroke 5.5M Movopart M Series Waterproof option, maximum stroke 12M
It is a high-speed, high-rigidity cassette transport device using a telescopic arm mechanism.
It is a high-speed, high-rigidity cassette transport device using a telescopic arm mechanism, with a maximum load capacity of 300 kg.
It is possible to set up space for one person! A cost-effective dual-arm SCARA robot.
"duAro" is a dual-arm SCARA robot that can be applied to products with a short production cycle and can easily replace human workers. It controls two arms arranged on the same axis with a single controller and can be set up in the space of one person. With its coaxial dual-arm structure, it can perform cooperative actions using two arms that cannot be achieved with two separate SCARA robots. The robot can be easily installed and relocated as needed. 【Features】 ■ Space-saving ■ Easy installation ■ Collaborative work with humans ■ Simple teaching ■ Abundant options *For more details, please contact us.
![[Case Study of Problem-Solving Proposal] Parallel Palletizing and Depalletizing with One Robot](https://image.mono.ipros.com/public/product/image/2001430/IPROS562512500760783082.png?w=280&h=280)
It is possible to introduce them in a space-saving and cost-effective manner compared to introducing separate robots for each.
We would like to introduce a case study of a solution where "one robot performs both palletizing and depalletizing in parallel" at a large-scale food manufacturing plant. Before the proposal, two workers were performing both palletizing and depalletizing tasks. After the proposal, one robot automated both palletizing and depalletizing. Human tasks were reduced to operating the equipment and changing pallets, achieving a reduction of one worker. [Case Overview] ■Issue - There was a growing need for automation due to the heavy labor involved, which posed a risk of work-related accidents. ■Proposal - A single robot to perform both palletizing and depalletizing tasks. *For more details, please download the PDF or feel free to contact us.
![[Case Study of Problem-Solving Proposal] Drink Can Casing and Picking](https://image.mono.ipros.com/public/product/image/2001430/IPROS3593103353462916056.png?w=280&h=280)
Compared to manual work, work efficiency has improved! Equipped with a hand tool that can pick up 6 cans at a time.
We would like to introduce a case study on solving the issue of "casing and picking drink cans" conducted at a logistics warehouse. Before the proposal, a predetermined number of drink cans were manually taken one by one from the shelves and placed into containers, which were then sent down the conveyor once completed. After the proposal, when the device receives the quantity data for the drink cans, three robots retrieve them from the shelves and place them into the containers on the conveyor, with completed containers being sent directly to the next process via the conveyor. [Case Overview] ■ Issue - To ship varying quantities daily and to different destinations, part-time workers were hired for picking, but there were often days when sufficient personnel could not be secured. ■ Proposal - By moving the robots along with their bases, all varieties from one shelf can be picked by a single robot. By installing three sets of this system, the entire process for three shelves is automated. *For more details, please download the PDF or feel free to contact us.
