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.
2101～2130 item / All 3782 items
160 Type Fully Automatic Metal Press Machine
160 Type Fully Automatic Metal Press Machine External Dimensions (mm) 3100×1100×1700 (Length×Width×Height) Compression Chamber Dimensions (mm) 1300×800×700 (Length×Width×Height) Packaging Dimensions (mm) 800×300×300 (Length×Width×Height) Power Supply Three-phase 200V 50/60HZ 18.5KW
Balancing high technology and low prices. JAKA's mission is to "free human hands with robots," achieving a balance between high technology and low prices!
JAKA Robotics was founded in 2014 in China. It inherits the core technologies and research and development DNA cultivated by the Shanghai Jiao Tong University Robotics Institute since 1979, forming a strong research and development team with over 10 authoritative experts and more than 100 experienced engineers in the field of robot development. The company has established groundbreaking achievements in multiple application areas such as drive control integration, integral joints, free drive programming, and wireless connections, consistently leading the trends in robot development.
Autonomously navigate to measurement points and automate the measurement to report creation process.
Autonomously navigate to measurement points and automate the measurement to report creation process.
Equipped with the functions necessary for fine coating. By using a dedicated editing tool, a simple robot can be utilized as a high-precision machine.
A desktop robot capable of applying high-viscosity materials using a screw dispenser. It is a dispenser desktop robot system that enables high-precision and fine application, such as reagent application using a syringe pump and anaerobic adhesive application using a tube pump dispenser. 【Features of the Desktop Robot System】 ■ Capable of applying minute amounts due to the application system equipped with a fine dispensing dispenser ■ 3D complementary application with CCD camera and laser sensor ■ Creation of operation programs with a dedicated software that feels like CAD ■ Position repeatability accuracy of ±10μm For more details, please download the PDF or contact us.
High-spec yet low-priced! A desktop robot incorporating coating technology.
This is a compact and low-cost tabletop coating robot that is highly functional thanks to dedicated software incorporating coating technology. Its main features include: - 3D correction drawing through image processing correction and height measurement. - Automatic calibration of the X and Y coordinates using a CCD camera and the Z coordinate using a contact sensor when the nozzle is replaced. - The ability to create robot motion programs with a drawing-like feel using dedicated drawing software. Basic specifications: - Operating stroke: 200mm x 200mm *Other strokes available: 300mm x 300mm, 400mm x 400mm, 500mm x 500mm - Position repeatability: ±0.01mm - Drive: AC servo motor - Main body dimensions: - Power supply: AC100V to AC240V
It helps reduce costs and effort, prevent errors, and improve work accuracy!
The "LAB1000" is a dispensing and coating system robot that accommodates various applications, from suction and dispensing to filling and high-speed drawing and coating. By automating manual tasks, it helps reduce costs and effort, prevent errors, and improve work accuracy. Please feel free to contact us when you need assistance. 【Features】 ■ Supports up to 10-head configurations ■ Allows for segmented control of heads to set different materials ■ Capable of handling everything from prototypes to mass production ■ Syringe pump with a volume measurement CV value of less than 0.1% ■ Can be manufactured with up to 10 heads ■ Capable of dispensing reagents, dilution, sample collection, etc., with a single unit *For more details, please download the PDF or feel free to contact us.
Maximum rated DC 1500V 50kA (8/20µs) surge response ◎ Applications include EV charging stations, power systems, solar power generation systems, etc.
The Bourns Model 1420A series is an SPD developed to protect the DC side of solar power generation systems. It is designed to protect against damage from lightning surges with a maximum rating of DC 1500V. The unique high-energy MOV technology design with Advanced Thermal Disconnectors (TD+) enhances the level of protection against direct or indirect lightning. It can be mounted on a DIN rail, and the lightning surge current rating is up to 50kA (8/20μs) per pole. ● Features - Unique high-energy MOV technology design with Advanced Thermal Disconnectors - Replaceable modular design - Protection for common mode and differential mode - Remote signaling capability - UL certified - High surge current discharge capacity of up to 50kA (8/20µs) - ROHS compliant For new adoptions, delivery issues, please feel free to download the materials, make inquiries, and consider our offerings. For inquiries regarding delivery times and pricing, please do not hesitate to contact us.
This is a unique AUV developed for creating water quality and underwater topography maps.
Equipped with a monitoring computer system that generates high-resolution data at low cost and low risk.
I am a specialist in soldering robots. I bring hope to challenging implementations that had given up on labor-saving and automation!
Achieving labor-saving and automation as a dedicated soldering machine, it brings dawn to the difficult implementations that were previously abandoned!
No adjustments needed! Introducing the soldering robot created by "Meiko, the foundation."
"LETHER-α" is a scalar-type soldering robot that achieves high precision in solder feeding through the adoption of a double motor system. In addition to devising a unique tip mechanism that automatically corrects the positional deviation of the workpiece, it enables high-speed movement of the soldering tip. Furthermore, it features a specially designed robot that frees you from the constraints of general-purpose robots, allowing for your "condition setting." [Features] ■ Custom-designed dedicated robot ■ Stabilization of solder feeding ■ High-speed movement of the soldering tip ■ Soldering tip head ■ Just Touch mechanism *For more details, please refer to the PDF document or feel free to contact us.
Information site for utilizing robots for cost-reduction production.
This is an information site that directly addresses the following concerns about robots: 1. I want to know what exactly can be done with robots. 2. I am considering introducing robots, but I absolutely do not want to fail. 3. I am unsure if my company's tasks can be replaced by robots.
Cleaning underwater without a human! Vertical and horizontal wall cleaning along surfaces is possible! Since there are no cables, there's no worry about tangling, making cleanup easy. *Demo units available for loan.
"Dolphin Biostar" is a vacuum-type pool cleaning robot. It can clean not only pools but also aquariums, aquaculture tanks, and fish pens without draining the water. By connecting it to your existing manual cleaner, you can clean without entering the water. Using our suction unit, you can restart the system simply by cleaning the above-ground filter without lifting it out. 【Features】 ■ Outstanding cleaning ability ■ Easy operation ■ Connection with cleaners ■ Reliable maintenance *For more details, please refer to the PDF document or feel free to contact us. *If you would like a demonstration unit, please get in touch.
With FINESYSTEM, we provide comprehensive support from implementation to teaching for automation in deburring!
**Benefits of Automating Deburring** - Resolution of labor shortages and reduction of labor costs - Significant improvement in work efficiency - Stabilization and enhancement of quality - Reduction of risks of injuries and accidents Q. What is the cost of introducing a deburring automation robot? The cost of introducing a deburring automation robot is generally around 7 million yen. While this may seem like a large initial investment, considering that one robot can complete the work of several people, the cost-effectiveness over the course of a year is very high. Furthermore, the costs associated with deburring work mainly consist of the following three components: - Labor costs - Tool and equipment costs - Equipment introduction costs for robots (machines), etc. It is estimated that manual deburring incurs a cost of about 25 yen per part. Most of this is attributed to "labor costs," and by introducing robots, labor costs can be significantly reduced. As a result, even including equipment introduction costs, the cost per product is approximately 5.9 yen, achieving about a 1/4 reduction in costs. For more details, please download the materials or contact us by saying "I saw it on Ipros."
Are you struggling with removing burrs from cast products?
■What are cast products? Cast products are items created by melting metal and pouring it into a mold of a specific shape, then cooling and solidifying it. They are suitable for producing complex shapes and large products, and are utilized in a wide range of fields such as automotive parts, machine components, and construction materials. ■Two challenges of deburring in casting Cast products are typically large items shaped using molds (such as automotive body parts). - High precision processing is required as it affects product quality. - The hardness of the metal and the complexity of the shapes make the work itself very challenging. Traditionally, all of this was done manually, heavily relying on the skills and experience of the workers. ■In recent years, the trend has shifted towards replacing deburring work with robots! However, in reality, designing and installing robots, selecting tools, and teaching them require a high level of expertise, making the barriers to implementation quite high. 【With FINESYSTEM, we provide comprehensive support from implementation to teaching for deburring automation!】 Our company offers not only the sale of individual products but also a complete service starting from robot implementation, including tool selection, processing conditions, and teaching tasks!
Essential for tool installation! It plays an important role in enhancing the precision and efficiency of deburring operations.
In a deburring robot, a holder is a device used to hold cutting tools attached to the robot. Currently, there are three main types of deburring holders: ■ Rigid (fixed axis) mechanism Advantages: The tool is always held in a constant position, allowing the robot to achieve high machining precision. Disadvantages: It is difficult to perform flexible deburring that adapts to variations in workpiece shape or positional shifts during fixing, leading to missed spots or gouging. ■ Spring mechanism Advantages: By tilting or extending the tool's cutting edge in the "X, Y, Z" directions, flexible machining can be achieved according to the workpiece shape. Disadvantages: Gouging (overcutting) may occur due to the spring's rebound. To avoid this, it may be necessary to change the tool or holder depending on the deburring location. ■ Air float mechanism Advantages: The cutting edge tilts and extends in the "X, Y, Z" directions, generating float force (pressure) through compressed air. There is no need to prepare multiple tools for different deburring locations! At FINESYSTEM, we offer a uniquely developed "air float type deburring attachment" that achieves higher precision in deburring, which is patented!
Step with Handrail for Trampoline SP-2101 Step (with Handrail)
Step with Handrail for Trampoline SP-2101 (Platform) Step (with Handrail) - Width: 500 mm - Equipped with movable wheels - Removable - Handrail: Made of stainless steel - For mid-sized trampolines
![[English Market Research Report] Global Market for Mobile Robots](https://image.mono.ipros.com/public/product/image/766/2001075156/IPROS3379571914470161948.png?w=280&h=280)
"Free samples" are currently being offered! Please check the application method from the [PDF download] button, or apply directly from the related links.
This report analyzes the latest trends and future outlook of the global mobile robot market, focusing particularly on material handling applications in manufacturing and logistics environments, which account for the majority of revenue from AGVs (Automated Guided Vehicles) and AMRs (Autonomous Mobile Robots). The premium version of this report provides a "third-level analysis" that models the demand for mobile robots by country.
Using high-precision robots! Trimming system compatible with multi-variety production.
The "Trimming System" is a system that performs trimming processing for plastic parts, such as those made by injection molding and blow molding, using a high-precision robot equipped with an ultrasonic cutter, accommodating mass production of various types. It also supports high-speed processing types with dedicated designs. 【Features】 ■ Uses a high-precision robot equipped with an ultrasonic cutter ■ Trimming processing that accommodates mass production of various types ■ Supports high-speed processing types with dedicated designs *For more details, please refer to the catalog or feel free to contact us.
![Star Techno | For companies struggling with labor reduction [Robot Implementation Case Studies]](https://image.mono.ipros.com/public/product/image/965/2001516459/IPROS4353229704077642948.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.
We would like to introduce a case study where our proposal successfully achieved workforce reduction. This time, we will focus on a case utilizing "collaborative robots" that can work alongside humans. ■ Are you facing any of these challenges in factory automation and labor reduction? - Not enough manpower - Want to delegate simple tasks to robots - Production of a variety of small lots - Want to reduce the number of workers - Considering automation but unsure who to consult - Anxious about introducing robots for the first time - Wondering if there is enough installation space, etc. Our company offers tailored proposals to meet customer needs and provides equipment that effectively resolves your concerns. ■ We provide a one-stop solution with everything in-house, ensuring seamless collaboration. From proposal to design, electrical control, manufacturing, robot teaching, installation, and after-sales support, you can trust us to handle it all with confidence. ■ Please feel free to contact us through our website or on Ipros. This time, we are focusing on automation around welding machines, but we propose automation equipment for various industries. Please do not hesitate to reach out for a consultation.
Universal Robots Dedicated 7th Axis (Travel Axis) Maximum Travel Distance 10m! MovoTrak is the first collaboration product with UR.
Thomson has launched its first collaboration with Universal Robots, a collaborative robot manufacturer, introducing the MovoTrak 7-axis (travel axis). The groundbreaking 7-axis (travel axis) brings advantages in programming and control while ensuring safety with two collision detection features: 1. Paddle stop 2. Safety stop with collision detection. MovoTrak, a plug-and-play system that can be quickly and easily implemented into robot functions, allows for horizontal movement of up to 10 meters, significantly enhancing productivity. The 7-axis, compatible with the largest collaborative robots on the market such as Universal Robots' UR30, offers flexible mounting options and features a dual linear unit design that achieves maximum moment load and rigidity. It uses a URCap with 7-axis sensitivity adjustment. It complies with ISO 13849-1 PL=d, Category 3. *Miwa Corporation is the official distributor of Thomson in Japan.
Contributing to the productivity improvement of various robotic functions. Equipped with safety stop through dual contact detection! Features paddle stop function and collision detection function.
A plug-and-play system with a maximum horizontal operating range of 10 meters, which helps improve the productivity of various robotic functions. 【Features】 ■ Safety stop through dual contact detection (1) Paddle stop function - Safety stop of 7-axis and UR robots upon contact with paddles (with built-in load cells) mounted on both sides of the carriage (in the direction of travel). - The contact force that activates the paddle stop is detected by the load cell at 13N for a safe stop. - The contact of the load cell is monitored by Kormogen's AKD2G drive. (2) Collision detection function - Applicable to any part other than the paddle section. - Similar to the robot mounted above, customers can set sensitivity levels using URCap (for Universal Robots only). - Activated by a combination of the servo motor's current limit and the position error within the absolute encoder. - Contact varies based on sensitivity settings, speed settings, robot weight, and contact points of the robot. ■ Programming with free drive Waypoints can be set while manually moving the slider. ■ Durability It maintains high moment load and rigidity even when the robotic arm is fully extended.
For customers considering the introduction of NC, leave everything to us!
Matro Co., Ltd. has always aimed for factory automation, rationalization, and quality improvement throughout its history of manufacturing machinery since its establishment. We are proficient in all the software necessary for machine manufacturing, including PLC ladder programs, robot programs, and NC programs, and we design and manufacture industrial machinery tailored to our customers' needs. 【Features】 ■ Simplify ordering and management with a comprehensive package! Additionally, reduce implementation costs. ■ Reliable maintenance system. ■ Assurance of safety and security with our unique safety standards. *You can check the collection of demo videos for FANUC robots at the link below.
Compatible with various containers, work styles, and packing methods! Automating box packing for a wide range of packaging forms.
By using the "robot case packer" for packaging, we achieve labor reduction in the process and stabilization of quality. By changing programs and hand tools, it is possible to continue using the equipment even with changes or additions to the product variety. When introducing a robot case packer, various challenges arise in order to automate while utilizing the layout and capabilities of existing lines. At JRC [ALFIS], we provide proposals that clear these challenges and meet the required specifications based on our diverse options of robots and development achievements in hand tools. 【Features】 ■ Select types suited to the process from various industrial robots ■ Experience in handling multiple robot manufacturers ■ Design and select hand tools according to the work and packing method *For more details, please refer to the related links or feel free to contact us.
![[Case Study of Problem-Solving Proposal] Automatic Stacking and AMR Transport](https://image.mono.ipros.com/public/product/image/2001430/IPROS16392255893460027081.png?w=280&h=280)
AMRs can automatically navigate around obstacles while moving towards a set destination, allowing them to share pathways with people.
We would like to introduce a case study of a solution proposal for "automating the stacking of containers and AMR transportation" conducted at a food manufacturer. Before the proposal, the process of transporting empty containers from the storage area, filling them with products, and then transporting the filled containers to the next process was done manually. After the proposal, the stacked containers are transported by AMR, and the packing process is automated using parallel link robots, reducing human tasks to only operating the equipment. This achieved labor and effort reduction. 【Case Overview】 ■Challenges - Due to the distance between processing spaces, manual labor was required for the container packing tasks and the transportation of containers from the previous to the next process. ■Proposal - Automate the container packing tasks using high-speed parallel link robots. - Reduce the workload of transporting heavy containers by using AMR. *For more details, please download the PDF or feel free to contact us.
手作業による食品箱詰めをロボットで省人化した課題解決事例5選を収録。実際に省人化を進めた企業担当者のインタビューも掲載
現在、食品箱詰め工程の省人化や自動化を実現した事例を紹介した 『ロボット導入課題解決事例集』を無料で進呈中です。 スパウトパウチの手作業箱詰め自動化、オリコンを活用したドリンク缶ピッキング、 生産性約25％向上を実現した酒瓶梱包ライン、作業員2名削減につながった 高速トレー詰めなど、食品・飲料関連工程の5つの改善事例を収録。 実際に省人化を進めた企業担当者のインタビューや現場写真も複数掲載されており、 導入後の運用イメージを掴みながら、現場課題をロボットでどう解決できるかを 具体的に理解でき、 人手不足下でも安定運営できる現場づくりや、 投資対効果（ROI）の検討に向けた参考用資料として活用可能です。 【掲載事例】 ■ドリンク缶のケーサー・ピッキング ■スパウトパウチの段ボール詰め ■酒瓶梱包ライン自動化 ■間隔が不揃いなお菓子を3つ一気にトレー詰め ■袋入り生麺の番重詰め・段積み段ばらし ※詳しい内容は「ダウンロードボタン」よりすぐにご覧いただけます。 お問い合わせもお気軽にどうぞ。
![[Case Study of Problem Solving] Packing three irregularly spaced snacks onto a tray at once.](https://image.mono.ipros.com/public/product/image/2001430/IPROS9145123764634148386.png?w=280&h=280)
The work sent from the previous pillow packaging machine is not at regular intervals, and we solve the problem of the conveyor speed being too fast!
This is a case where Matsuzawa Holdings Co., Ltd. introduced our "Parallel Link Robot Equipped High-Speed Picking System." The company was manually packing individually wrapped Langue de Chat cookies into trays with three people. After the introduction, tray packing was done with one machine and one person responsible for supplying trays to the machine. This resulted in a reduction of two workers. We used an originally developed variable pitch three-piece handling system to pick and place three pieces at a time. [Challenges] - The work sent from the pillow packaging machine in the previous process is not evenly spaced, and the conveyor speed is fast. - It is necessary to pack tightly into trays with small gaps to prevent tilting or overhang. Please check the catalog download button for a collection of successful implementation case studies featuring four examples of introductions to food factories.
Compact and highly durable design! Up to 8 auxiliary switches can be combined.
Shuttlebau's contactors safely and reliably support uninterruptible power supplies (UPS) used in fields such as telecommunications. Japan Shuttlebau has entered into representative applications of technological innovation in power supply systems, such as galvanic batteries for trams, wind power, and solar power, based on the experience cultivated as experts in DC applications. The "C162N series" is a contactor designed for 1,000...1,500V with a compact, high-durability design that can combine up to eight auxiliary switches. 【Features】 ○ Compact, high-durability design ○ Can combine up to eight auxiliary switches ○ Replaceable main contacts ○ Double break contact ○ Two types of coils available → Coil voltage range: -30%...+20% → Coil voltage range: -30%...+25% For more details, please contact us or download the catalog.
