Last Updated： Aggregation Period:Sep 02, 2026～Sep 29, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 02, 2026～Sep 29, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 02, 2026～Sep 29, 2026
This ranking is based on the number of page views on our site.
91～120 item / All 217 items
Control DALI-2 lighting from your desktop for free.
【Features】 ■ By using the free RAPIX Desktop, you can perform various operations and visualizations of RAPIX DALI-2 lighting control from the pop-up window on your desktop PC. ■ RAPIX Desktop uses a secure connection to the RAPIX system via a zone controller. It can be used on sites of any size.
Solving the inefficiency issues of motor efficiency measurement based on the TN curve through automatic control.
The company introducing this case study is a Tier 1 supplier to a major domestic automotive OEM. As electrification progresses, the company is responsible for the development and evaluation of permanent magnet (IPM) motors for HEVs (hybrid electric vehicles), and there was a need to establish a high-precision verification system for motor performance. In particular, they regularly conducted efficiency measurements along the TN curve, making it essential to balance the improvement of testing accuracy with the efficiency of evaluation operations. In their current operation for efficiency measurement along the motor's TN curve, the company manually inputs command values for the rotational speed and load torque at several hundred operating points for measurement. Additionally, manual operation leads to fluctuations in input values and measurement timing, resulting in a lack of reproducibility and an unrealistic situation where it takes more than a day to complete testing. Thus, the current efficiency measurement operation based on the TN curve faces challenges in both workload increase and reproducibility and safety, making the automation of testing highly sought after. Seagull Co., Ltd. has newly established a control system that consistently executes everything from generating speed and torque commands at each operating point to control, measurement, and data acquisition in order to automate motor efficiency measurement along the TN curve.
Improving the accuracy and efficiency of motor evaluation through torque ripple measurement and control.
The company introducing this case study is a Tier 1 supplier supporting a major domestic automotive OEM. This company is responsible for the development and manufacturing of permanent magnet synchronous motors (IPM motors), primarily for hybrid vehicles, and has been facing increasing demands for more advanced performance evaluation and quality verification as electrification progresses. In the development of hybrid IPM motors, the need for more precise evaluation of motor characteristics has grown, but the company has been challenged by the lack of an environment capable of accurately measuring torque ripple. While existing testing equipment allowed for basic performance evaluation during rotation, it could not quantitatively capture torque variations, such as "torque ripple," which are directly related to the quality of motor rotation. Seagoat Co., Ltd. developed a dedicated measurement control application that integrates rotational control and torque measurement in angle units to accurately evaluate torque ripple in hybrid IPM motors. This system establishes an evaluation environment that quantitatively visualizes torque variations at different angles by integrally controlling the rotational angle of the test motor, torque measurement, and data acquisition and storage.
Achieved the elimination of double operation and automation of testing through inverter CAN communication control.
The company introducing this case study is a manufacturer developing drive units for electric vehicles in Japan. They are engaged in the development and evaluation of motors and inverters for EVs, and there was a demand for advanced performance verification using dynamometer testing machines. Within this context, there was a request to link the inverter, which is the test specimen, with the testing machine, sending command values from the testing machine side via CAN communication for integrated control. In the evaluation field for motors and inverters for electric vehicles, speed or torque was input from the testing machine side, and load tests for the inverter and motor were conducted. However, in the conventional testing environment, it was necessary to operate the inverter on the test specimen side and the testing machine side using separate PCs, leading to the complexity of setting, starting, and monitoring individually. It was burdensome for the site to have to operate two PCs back and forth for each test. At SeaGoTo Co., Ltd., in order to integrate the control systems that were separated between the testing machine side and the test specimen side for load testing of motors and inverters for electric vehicles, a modification of the control system utilizing CAN communication was implemented.
Contributed to the development of a measurement system incorporating motion capture.
- Digitizing Function You can easily measure the length and radius of various objects in space non-contactly. - Robot Control Using motion capture, high-precision real-time feedback for robot teaching and position correction is performed. - Biomechanics It has high compatibility with other analysis software and measurement devices such as force plates and electromyographs, enabling advanced motion analysis. - Virtual Reality In VR (virtual reality), you can track where people are and where they are looking in the space using motion capture. - Measurement Displacement measurements conducted using accelerometers and laser displacement sensors can be performed non-contactly with greater ease and high precision.
![[For New Graduates and Young Engineers] Communication and Control with PLCs](https://image.mono.ipros.com/public/product/image/d60/2000474136/IPROS24215151538865713293.jpeg?w=280&h=280)
Practical Book on the Standard Programming Language for Manufacturing Engineers "LabVIEW" - Part 4
We deliver a practical programming book useful for manufacturing sites aimed at new graduates and young engineers. This time, we will cover how to create programs that communicate and control PLCs. PLCs are used in factory production lines and, with the recent IoT boom, the demand for engineers who can extract data from PLCs and write configuration values is increasing. If you are involved in automotive equipment, semiconductors, or electrical and electronic devices, this is a must-check!
You can work without stopping the workpiece that is operating under synchronization and synchronous control (synchronous tracking).
Detect the position and speed of the work moving on the conveyor belt, automatically rendezvous (synchronize and coordinate), and perform the task. Since the work is done without stopping, it does not disrupt the line speed. Additionally, it automatically follows any changes in line speed. The open motion controller is pre-equipped with complete motion control functions. For more details, please contact us.
![[Optional Feature] High-Precision Contour Control](https://image.mono.ipros.com/public/product/image/b6e/2000071682/IPROS86917888796253094686.gif?w=280&h=280)
Shape correction function to compensate for servo system delay.
In multi-axis interpolation, the delay in the servo system causes an inward deviation of the trajectory. As a result, there is a discrepancy between the actual trajectory and the ideal trajectory. The shape correction function compensates for the delay in the servo system, improving trajectory accuracy. This is effective for devices that require high speed and high precision, such as mold processing, polishing, and shaping. Additionally, the logging tool "TPC Logging" allows for the extraction of CSV data, enabling quantitative analysis of trajectory accuracy using Excel. For more details, please contact us.
Automatically controls the cutting blade tip and torch tilt.
In cutting shapes with cutters such as fabric, sheets, or boards, it is necessary to always orient the blade tip in the tangential direction of the shape trajectory (the direction of the cutter's movement). If the direction of the tangential line and the orientation of the blade tip differ, the blade may break. The axis that rotates the cutting tool (θ-axis) should constantly manage the direction of the XY vector and rotate automatically. Additionally, at corners, it is necessary to temporarily raise the blade tip, align the θ-axis with the next movement direction, and then lower the blade. In other words, the blade tip must always be controlled in the tangential direction. For more details, please contact us.
Reduce liquid usage and maintenance labor due to clogging.
Solving with Pulsajet 1. I want to increase the line speed and improve production efficiency. 2. I want to choose an automatic spray gun that adapts to the robot's movements. 3. I want to reduce the spray amount to a minimum, but I'm worried about clogging. 4. I chose a two-fluid system for micro-spraying, but I don't want mist to disperse. 5. I want to spray a small amount evenly on the workpieces on a slow conveyor.
![[Free White Paper] Control of Model Trains Using Raspberry Pi](https://image.mono.ipros.com/public/product/image/3a7/2000980906/IPROS89844226135483219367.jpeg?w=280&h=280)
Introducing the production process of a model railway controller that can be remotely operated via smartphone using a Raspberry Pi and Contec I/O board!
Using a Raspberry Pi makes it easy to implement electronics projects linked to the internet. This document explains the process of creating a "Raspberry Pi Model Train Controller" that can be operated from a smartphone's web browser, divided into Part 1 through Part 3. It covers how to turn the model train on and off from the Raspberry Pi, easy programming with Node-RED, noise countermeasures using Contec's highly reliable I/O board, all explained with photos. Additionally, it includes software implementation, operation from the dashboard, usage instructions, and a summary of automatic control for model trains at the end. We encourage you to read it. 【Products Used】 Expansion board to add 8-point/8-point opto-isolated digital input/output to Raspberry Pi - CPI-DIO-0808L *For more details, please refer to the PDF document or feel free to contact us.
We provide decentralized line control through the use of standardized control boxes.
The concept of "palette control" provides decentralized line control through the use of standardized control boxes. The types of boxes include "control boxes" and "operation boxes." Decentralized line control means that all initiators and actuators of applications, such as sensors, pneumatic cylinders, and motors, are controlled via decentralized field bus slaves. For more details, please contact us or refer to the catalog.
No controller needed for destination judgment! Autonomous judgment and processing by the microcontroller inside the reader/writer.
This is an introduction to "Destination Control of Conveyor Lines Using RFID" in engineering management. RF tags are attached to the sides of resin containers. The RF tags are pre-encoded with the container's "destination information." The RF tags of the containers flowing on the conveyor transport line are read by an RFID antenna. The destination information (5 bits) from the read RFID tag data is directly notified to the PLC controlling the transport line via DO. The PLC uses the received destination information to switch and control the direction of the conveyor. Since the microcontroller in the RFID reader/writer autonomously makes judgments and processes information, a controller for destination determination is not required. This device is installed at each branching point to determine the destination. [Made-to-order products] ■ HF band long-range RFID reader/writer ■ Dedicated flat antenna *For more details, please download the PDF or feel free to contact us.
We have established a system that allows us to handle everything in-house, including design, purchasing, sheet metal processing, painting, assembly, wiring, and inspection, enabling us to meet our customers' needs.
In terms of design, we have many engineers who are well-versed in a wide range of areas including enclosure design, circuit design, program design, PLC software coding, and circuit board design. Our sheet metal factory is equipped with numerous qualified personnel (in factory sheet metal work, numerically controlled turret punching presses, machine sheet metal work, and metal coating work) and a wealth of equipment, allowing for flexible processing capabilities. For assembly, wiring, and inspection, we guarantee quality through wiring work and thorough inspections conducted by experienced workers. (We pride ourselves on our ability to flexibly respond to everything from custom items to mass-produced products, offering various proposals.) Additionally, we also accept orders for the production and sale of sheet metal only, as well as the manufacturing of small operation panels, NC high-voltage panels, and large system panels.
Preset power torque setter that can store three types of torque values.
This is an air tool that allows for high-precision torque management with an air-operated torque control nut runner.
Prevent over-tightening of the nut!
Equipped with an electronic control controller that enables high-precision tightening torque management.
A portable nut runner that achieves high-precision torque control just by connecting an air hose! Introducing a lineup of tools that accommodate various fastening tasks!
The Air Nut Runner "PTS Series" is a portable electronic controlled nut runner that achieves torque control simply by connecting an air hose. It features electronic control with a torque sensor that is unaffected by air pressure fluctuations, enabling high-precision tightening torque. It operates at high speed until seating and automatically shifts to low speed for final tightening. Torque can be changed with a single touch, and it will automatically stop at the set torque. It can be used for various assembly tasks in automotive, shipbuilding, construction machinery, construction, bridges, plants, and more. 【Features】 - Torque control can be achieved just by connecting an air hose, eliminating the need for additional equipment! - Built-in electronic control controller provides torque accuracy of ±5% - Easy operation with one-touch torque change - Safety design ensures that it does not operate even if the start lever is pulled during an error occurrence *For more details, please download the PDF or feel free to contact us.
Improved motion control accuracy reduces mechanical stress! The lifespan of the mold is extended.
"Altanium Servo Control" enables quick mold qualification and smooth integration into production through global startup support and training. With servo control, operational precision is improved, mechanical stress is reduced, and the lifespan of molds is extended. Additionally, it provides immediate feedback in case of any irregularities, allowing operators to respond before mold damage or a decline in part quality occurs. 【Features】 ■ Cleaner and more energy-efficient than traditional mold operation methods ■ Downloadable motor parameters ■ Common operator interface ■ Highly flexible signal interface ■ Global startup support *For more details, please refer to the PDF materials or feel free to contact us.
Asset information management, security inspection/monitoring, terminal control and monitoring! Prevent information leakage.
"Eye247 Work Smart" is client operation management software that adheres to information security policies and protects employees. By utilizing daily PC operation logs, it enables visibility into business operations and facilitates work style reform. 【Features】 ■ Rich in functionality ■ Low cost ■ Power management for client PCs and printers to reduce energy consumption ■ Bulk installation to reduce management workload ■ Bulk inventory of USB devices to reduce labor costs *For more details, please refer to the PDF document or feel free to contact us.
Original teaching material for practically learning image processing with deep learning using the small robotic arm "DOBOT Magician."
Recommended teaching material "AI × Image Recognition × Robot Arm Control" for those who want to learn about robot arm control and image processing sorting using deep learning. *You can download a sample of the teaching material on this page.* **Features** - You can compare and learn image processing using "rule-based" and "deep learning." - You will practice from data collection to sorting, imagining how to apply it in the field and real society. - Recommended for those who want to learn robot arm control and image processing sorting using deep learning. **Learning Content** - Control of the robot arm "DOBOT" using Python: Position recognition and color identification using image processing "OpenCV." - Image processing sorting using deep learning. *For more details, please download the PDF or contact us.*
![[Regularly Held] Introduction to Feedback Control Seminar](https://image.mono.ipros.com/public/product/image/bca/315309008/IPROS4587951651499311222.jpg?w=280&h=280)
This is a seminar for beginners in control design development. You can learn the basics of feedback control and development using MATLAB/Simulink!
You will learn the basics of feedback control (classical control, modern control), system stability, PID control, and pole and state feedback by solving example problems. The fundamentals of feedback control will be explained in an easy-to-understand manner.
We will introduce a case study of the application development of vibration suppression control for mechanical systems that could not be achieved with PI control (disturbance observer + robust control)!
●Advanced Vibration Suppression of Mechanical Systems Using Robust Control and Disturbance Observer This example of vibration control focuses on a rotary drum drive system composed of three inertial bodies: the motor-rotor section, the reducer output section, and the drum section. It introduces a case where the residual vibrations caused by the drum's rotational speed are controlled using H ∞ control, a robust control method, along with a disturbance observer.
Remote I/O Master Function Card
A card that connects to various FPGA/CPU boards and enables remote I/O expansion through small wiring. ■□■Features■□■ ■Equipped with HLS (High Speed Link System) Step Technica MKY36, a remote I/O master function card. ■Capable of connecting up to 32 slave stations with half-duplex communication over two wires. ■Connection to the CPU is very simple, handled via a shared memory image. ■21 connection signals (Data = 8bit / Address = 10bit / Write/Read/CS) can connect to commercially available remote I/O terminal blocks. ■Compact card size (50mm x 30mm) excluding connectors. ■Communication speed of up to 12Mbps. ■Can connect up to 32 satellites. ■I/O can be expanded over a serial network. ■Compatible with various commercially available slave stations. ■Adopts Mi II wiring system. ■For other functions and details, please download the catalog or contact us.
Temperature control unit with free combination of handlers.
Cobra is the most advanced, compact, and powerful temperature control system on the market. Cobra will serve as a solution to meet the increasing thermal demands in post-silicon and device characterization. Designed primarily for SLT applications that require long-duration testing with manual placement, it accommodates a temperature range from 40°C to 150°C and combines all advantages such as mobility, quiet operation, and non-liquid technology. Additionally, the layout of the rack system is optimized for mass parallelism, allowing for easy setup and customization according to user-defined specifications.
Achieving manufacturing optimization through industry-leading advanced control technology.
Amid changes in circumstances and resource constraints, companies are striving to improve efficiency, and new advancements from APC will dramatically streamline operations. The newly released aspenONE V12 features embedded AI and parallel computing, enabling even inexperienced users to generate faster seed models and more accurate inferences. See how these new features can assist in the transition to autonomous operations and the construction of smarter, more accurate models powered by AI.
![[Book] Interface Control of Resin/Filler Composites (No. 2157BOD)](https://image.mono.ipros.com/public/product/image/fd6/2000711299/IPROS5986248942739428172.gif?w=280&h=280)
Technical Specialty Books ★ Optimization of coupling processes, grafting processes, anhydrous maleic acid, compatibilizers, and more!
Book Title: Interface Control and Evaluation of Resin/Filler Composites －－－－－－－－－－－－－－－－－－－－－－－－－－ ★ For improving adhesion and wettability! －－－－－－－－－－－－－－－－－－－－－－－－－－ ■ Key Points of This Book ● Types of Fillers and Fibers Silica / Alumina / Boron Nitride / CNT / Antimony / Carbon Fiber / Glass Fiber / CNF etc. ● Improving Adhesion - Polymer Grafting - Fluorene - Maleic Anhydride - Coupling Agents - Sizing Agents etc. ● Fabrication of Polymer Alloys - How to choose and use compatibilizers - Control of phase separation structures - Future developments towards waste plastics ● Understanding the State and Behavior of Interfaces - What factors are acting at the resin/filler interface? - How to analyze the mobility and morphology of polymer chains?
In machine safety and control safety, the weight of pneumatic solenoid valves is significant, as they are a crucial component connecting the control system and the operation section.
The RSe series can be used for the following two types of applications by changing the base. (3/2) == The RSe series double valve is a redundant monitoring 3/2 valve. It is designed to meet the requirements necessary for safe air supply and exhaust applications in pneumatic control devices. (5/2) == The RSe series double valve is a redundant monitoring 5/2 valve. It is designed to meet the requirements necessary for safe cylinder control applications in pneumatic control devices.
A lineup of various products, including infrared communication devices and the MelSave NET series!
This catalog introduces "lighting control" products. We present a variety of products, including "MILCO.S," which easily realizes local area dimming spaces, and "motion sensor switches," which are recommended for locker rooms, hallways, and restrooms. Detailed features and specifications are included, so please make use of this information when selecting products. [Contents] ■ Local automatic dimming systems ■ Dimming systems ■ Open lighting control systems ■ Motion sensor switches ■ Network lighting control systems ■ Dimming devices *For more details, please download the PDF or feel free to contact us.
