Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
61～82 item / All 82 items
The sequencer board of KAIKEN that leads the era.
A control board for machine embedding aimed at a wide range of applications. It is designed to minimize wiring compared to conventional control devices and is equipped with highly versatile I/O options.
Introducing a case study related to the control board. Achieved CAN signal analysis and board creation in a short period.
We would like to introduce a technical case related to our operational display board. We received a request from an authorized dealer of imported motorcycles to create a control board for a lamp that displays the condition of the transmission and vehicle speed of a training motorcycle. Since it is a CAN-equipped vehicle, even adding just one lamp would change the current, leading to a judgment of abnormality and causing the engine to stop. Additionally, there was a concern about not being able to allocate much development budget for CAN analysis work. Our company analyzed the CAN signals and completed the control board in a very short period. As a result, we were able to keep the development costs within budget. It was discovered that interrupting the CAN was not easy but possible, and the customer was pleased to see the potential for developing other products. 【Case Study】 ■ Concerns - Since it is a CAN-equipped vehicle, even adding just one lamp would change the current, leading to a judgment of abnormality and causing the engine to stop. - The number of units to be produced is limited to just two for the time being, and the budget is also constrained. - There is a limitation on how much development budget can be allocated for CAN analysis work. ■ Response - Analyzed the CAN signals and completed the control board in a very short period. *For more details, please refer to the PDF document or feel free to contact us.
![IoT-enabled devices with control infrastructure and smartphone apps! [Distribution of system case study materials]](https://image.mono.ipros.com/public/product/image/983/2000354374/IPROS7721001701572451820.jpg?w=280&h=280)
Examples of sensor measurement systems using Bluetooth and Wi-Fi! In-house integrated support for circuit board and software development!
At KYOWA Engineering Laboratory, we realize the IoT integration of devices through the collaboration of "control boards" and "smartphone applications." By connecting a control board with communication functionality to a device, it becomes possible to send device data to a smartphone. The data collected from the device can be transmitted to a server using the smartphone's internet communication capabilities, allowing for data viewing and management on servers or PC terminals. [Key Points of Our IoT Development] ★ We handle board and software development consistently in-house. ★ Leveraging our experience in MAC development, we specialize in iOS application development. - Sensor measurement systems using Bluetooth/Wi-Fi - Development of communication control boards - Development of dedicated control/viewing applications - Data transfer to cloud servers, etc. ◇ We also have numerous achievements in in-house and contract development! Please feel free to consult with us! ◇ ★ For more details, please refer to the case materials available for download in the "PDF Download" section below.
We provide consistent support for substrate and software development in-house! For IoT development, please consult KYOWA Engineering Laboratory.
At KYOWA Engineering Laboratory, we realize the IoT integration of devices through the collaboration of "control boards" and "smartphone applications." ■Example: Sensor measurement system using Bluetooth → Development of Bluetooth communication control board and measurement application (iPad) 1. Collect information from various sensors installed on the machine. Control is performed by the control board. 2. Communicate between the machine and the control board using Bluetooth. Information can be viewed from a dedicated application on a tablet. Measurement results are also automatically sent to terminals in offices, etc. 3. Information such as operational status can be viewed in real-time in offices, etc. Information obtained from various sensors is aggregated. ★ We have many other achievements in both in-house development and contract development! ★ For more details, please refer to the case materials available for download in the "PDF Download" section below.
We provide consistent support for substrate and software development in-house! For IoT development, please consult KYOWA Engineering Laboratory.
At KYOWA Engineering Laboratory, we realize the IoT of devices through the integration of "control boards" and "smartphone applications." ■Example: Development of control boards for measuring sensors and Bluetooth integration with tablets (iPads) for measurement applications. 1. Measure the load capacity of transport vehicles using measuring sensors. 2. Share information from the measurement application via Bluetooth through the communication control board. 3. In offices, capture and aggregate vehicle numbers, loading dates, locations, and quantities. Information on work status and movements can be viewed in real-time. ★ We have many other achievements in in-house development and contract development! ★ For more details, please refer to the case materials available for download in the "PDF Download" section below.
Consistent support for substrate and software development in-house! For IoT development, please consult KYOWA Engineering Laboratory.
At KYOWA Engineering Laboratory, we realize the IoT integration of devices through the collaboration of "control boards" and "smartphone apps." ■ Case Study: Production Line Work Recording System 1. Record the work details for factories 1 to 3 individually on each tablet. 2. Save all work records to a single cloud for centralized management of multiple lines. 3. Information from each line can be monitored in real-time. ★ We also have numerous achievements in in-house development and contract development! ★ For more details, please refer to the case study materials available for download in the "PDF Download" section below.
We provide consistent support for substrate and software development in-house! For IoT development, please consult KYOWA Engineering Laboratory.
At KYOWA Engineering Laboratory, we realize the IoT integration of devices through the collaboration of "control boards" and "smartphone applications." ■ Case Study: Real-Time Factory Operation Monitoring System Enables management of real-time operational status of each factory from PCs at various locations. 1. Record and manage the operational status of each factory on their respective PCs. 2. Collect records from each factory via the cloud for centralized management. 3. As a security measure, restrict access to devices that can connect to the cloud, preventing information leakage. ★ We also have numerous achievements in both in-house development and contract development! ★ For more details, please refer to the case study materials available for download in the "PDF Download" section below.
Introduction of examples such as load measurement sensor Bluetooth control systems and remote monitoring systems for gas facilities.
In our IoT development, we realize the IoTization of devices through "control boards" and "smartphone apps." Furthermore, it is possible to manage information using the cloud, link with in-vehicle information, and connect with health management and advisory services. Based on specific examples, we will introduce in detail what kind of systems are available and how they can be utilized. *Details of the examples can be viewed through the related links. For more information, please feel free to contact us.*
Printing control board for FujiFilm Dimatix's SAMBA head G3L. Ultra-fast USB 3.0 communication specification version.
Printing control board for FujiFilm-Dimatix SAMBA Head G3L. Ultra-fast USB 3.0 communication specification version. High-speed label printing with the ability to update print data for each print (approximately 8 sheets/second). Print speed of 1m/second with the ability to update different print data for each print. - Equipped with the industry's fastest USB 3.0 communication function. * Maximum 200MB/second print data transfer when connecting one board to USB. * Print memory: 1GB equipped. Next print data can be transferred during printing. - Maximum ejection cycle: 120kHz. Can be synchronized with the transport system encoder. * Head temperature control (external) is possible. - 1200 dpi / water-based, UV, solvent, latex. - VersaDrop capability (multi-drop function). - Head drive waveform generation software is available. - Configurable as a CMYK color printer using multiple heads. - Bitmap data can be used for printing. - Printing control software that makes system construction easy is also provided. * User application DLLs can be supplied. - Ink circulation pump available for SAMBA head.
Printing control board for Ricoh GEN6 head. Control data communication USB 3.0 (up to 200 MB). Capable of handling different print data at 10 sheets per second.
Printing control board for Ricoh GEN6 head and CMYK color printing control software. Control data communication via USB 3.0 (up to 200 MB). Capable of receiving the next printing data during printing. Can handle different printing data at 10 sheets per second for each print. Even if the "address, product name, name," etc. differ for each print, a printing speed of 60 m/min is possible. Basic Information: 1. The head control and drive AMP for GEN6 consist of two boards. * The connection between the head control board and the drive AMP board can be extended. * Head temperature and board temperature can be measured. 2. Full specification control and drive of GEN6 is possible. 3. Printing data and control use USB 3.0 (up to 200 MB). * As of 2020, this is the fastest in the industry. * Capable of receiving the next printing data during printing. * Can handle different printing data at 10 sheets per second for each print. ⇒ Different printing data is possible even at a printing speed of 60 m/min. * Data communication speed varies depending on the number of computers or boards. 4. Maximum ejection cycle of 50 kHz. Can be synchronized with the transport system encoder. 5. Printing data can use BITMAP data. 6. There is software for generating head drive waveforms.
It can be mounted on a motor and used as an integrated unit! It is a control board with a built-in microcontroller.
We handle the "Integrated Drive Control Board for Stepping Motors." This product can boost the input from 5V to 24V. It allows for adjustments to the motor drive voltage and motor drive current. Additionally, by simply connecting a sensor and power supply, it can autonomously drive the stepping motor. 【Features】 ■ Stepping motor drive ■ Built-in microcontroller ■ Integrated motor ■ Boosts input from 5V to 24V ■ 2-channel sensor connection *For more details, please refer to the PDF document or feel free to contact us.
Leave the contract manufacturing of control boards to Nippo, specializing in software, hardware, and network technology! We accept ODM board development.
We provide a comprehensive service from printed circuit board design, embedded software development, sheet metal and mechanical design, to network device development. You can entrust us with everything from board development to implementation and product assembly. 【Specialized Technologies】 ■ Embedded control boards ■ Gas combustion boards ■ RS485/422 to LAN conversion boards ■ Temperature and humidity sensors ■ Control panels ■ Ultrasonic humidifiers ■ IoT devices ■ Cloud services … and more *For more details, please download the PDF or feel free to contact us.
Through thorough discussions with our clients, we will carry out design and manufacturing that meets your requests and ensures your satisfaction. Of course, our aftercare is also comprehensive!
We mainly handle circuit board design and manufacturing, logic circuit design, and mechanical design and manufacturing. 【Development Examples】 - P-THIN-GEM A neutron detector capable of measuring two-dimensional images of materials using neutrons and TOF (Time-Of-Flight) information. - 8ch-5Gsps-Digitizer Writes analog signals to analog memory at speeds of up to 5Gsps. - BRoaD III A module that facilitates the verification of signal logic, input switching, and comparison of outputs from multiple logic circuits. - ADC-SiTCP An ADC board capable of digitizing 16-channel balanced analog inputs at 40Msps. - Acrylic chamber for moisture supply A discharge experiment case for Kinki University. An acrylic case that allows observation of discharges while supplying moisture. ★ We specialize in circuit design using FPGA (VeriLog) and the development of devices incorporating hardware TCP. *For more details, please feel free to contact us.
We will introduce examples of developed motor control boards, control units, and solar cell control circuit boards.
We would like to introduce various product development examples that we have conducted. We have developed products such as the "Motor Control Board for Commercial Vacuum Cleaners," the "Motor Control Board for Commercial Floor Cleaning Machines," and the "Automatic Door Control Unit Board." Additionally, we have examples of development such as the "Electric Control System with Built-in Angle Sensor," which adopts a bus slot type with excellent expandability for adding functions later, and the "Solar Cell Control Circuit Board," which can operate independently. 【Development Examples (Partial)】 ■ Motor Control Board for Commercial Vacuum Cleaners ■ Motor Control Board for Commercial Floor Cleaning Machines ■ Automatic Door Control Unit Board ■ Electric Control System with Built-in Angle Sensor ■ Solar Cell Control Circuit Board *For more details, please download the PDF or feel free to contact us.
Many achievements in mounting on satellites! The satellite is alive because the power supply is operational. The heart of electronic devices, power control board and battery module [Catalog available].
Numerous achievements in mounting on space probes and satellites! The satellites are alive because the power supply is operational. Here is an introduction to our power control boards and lithium-ion batteries, which have been widely adopted. 【Adoption Achievements】 ◆ The University of Tokyo TRICOM-1R (SS-520:5) ◆ NESTA Hodoyoshi No. 3 and No. 4 (Dnepr), among many others 【Product Introduction】 ◆ Multi-functional lithium-ion battery models ◆ Hodoyoshi-mounted EPS modules, among many others *For more details, please download the catalog or feel free to contact us.
![[Design Development Outsourcing/ODM Case] Motor Control Board for Key Systems](https://image.mono.ipros.com/public/product/image/92f/2001516737/IPROS6776330646174192304.png?w=280&h=280)
A case where development was carried out by fully utilizing our company's know-how in motor control.
We would like to introduce a case where we received a request for the development of a circuit board for a key system sold under the client's own brand from a residential equipment manufacturer. It was necessary to develop a circuit board that not only controls motors but also enables communication with other circuit boards via wired connections, and allows for the recording of locking and unlocking operation history, covering all of these specifications. This circuit board controls two motors. There was a concern about operational failures due to the long physical distance between the motors and the power supply, which could lead to voltage drops and reduced current. To mitigate voltage drop, we implemented low power consumption control. We utilized our expertise in motor control to ensure the reliable operation of both motors during development. [Our Proposals and Services] - Regarding the power supply, using a one-chip power board resulted in significant power noise, so we developed a custom power supply and implemented noise countermeasures. - For collaboration with other companies' circuit boards, we adopted RS485 and RS232C communication standards, and we also implemented noise countermeasures on our circuit board to achieve stable operation. *For more details, please refer to the related links or feel free to contact us.
![[Design Development Outsourcing/ODM Case] Lithium-Ion Battery Control Board](https://image.mono.ipros.com/public/product/image/ee6/2001516741/IPROS15171986365129764529.png?w=280&h=280)
A case where stable communication was achieved by optimizing the operating mode of the BLE module.
We would like to introduce a case where we developed a lithium-ion battery control board to be mounted in fan-equipped wearables. The fan operation of this wearable is controlled via a smartphone, which required us to design the interface and control to enable integration with the smartphone. Additionally, due to a short development period, it was necessary to bring the prototype to completion within a short lead time, and we were entrusted with this task because our company provides consistent support in both hardware and software design. For this product specification, there is a metal (cell) near the circuit board, which could cause issues with BLE communication, necessitating countermeasures. However, we achieved stable communication by optimizing the operating mode of the BLE module. [Our Proposals and Services] - The specifications have been changed to a 12V output, and the cell connection has been modified from 2 series and 2 parallel to 4 series, optimizing the output voltage control specifications. - The software specifications on the device allow for checking the battery level via a smartphone, and we designed the circuit and board to ensure that there is no discrepancy between the actual charging/discharging amounts and the battery level displayed on the smartphone. *For more details, please refer to the related links or feel free to contact us.
We propose the best solutions tailored to our customers' needs from design development to completion.
Processing content, main products and technology features: Electrical assembly, electrical wiring, planning, design, and drafting. Industrial control boards, medical device boards, marine equipment, power equipment, automotive wedge bulbs, non-freeze. A production factory capable of handling a wide variety of variations from design development to board mounting and assembly, with support available from a single unit.
![[Development Case] Control Board for LED Near Ultraviolet Irradiation Device - [EOL Support]](https://image.mono.ipros.com/public/product/image/5b1/2001516335/IPROS14001007466337623096.jpeg?w=280&h=280)
Replacement design of embedded systems - Transition to a high-functionality microcontroller 1Chip that achieves stable supply and cost reduction.
By adopting overseas microcontrollers and FPGAs, we have implemented alternative board designs that achieve stable supply and high performance for customers facing increased component procurement risks due to changes in the global situation. While maintaining the conventional configuration, we have replaced it with a high-functionality microcontroller from a domestic manufacturer, eliminating the need for complex circuit designs and FPGA circuits. This allows us to break free from dependence on overseas components and significantly reduce component supply risks. Furthermore, by simplifying design changes and management burdens, we have achieved improved productivity and reduced total costs. We have realized stable supply to end users while enhancing product safety and market competitiveness through a consistent development process. Design engineers, procurement, and production management can solve on-site challenges and improve operational efficiency through our replacement design examples. Please feel free to contact us!
Responding to large new orders! Strengthening the production system for transformer-reactor components and control boards.
We would like to introduce a case where Diamond Electric Holdings (Japan) expanded its business in the automotive and air conditioning markets by establishing a presence in the United States and Mexico. In 2021, the company expanded its subsidiary, Diamond Electric Manufacturing (WV) in the United States, and in 2023, it established a subsidiary in Mexico as a subsidiary of Diamond Electric Manufacturing in the U.S., strengthening the production system from transformer reactor components to control boards. The reason for the expansion is to respond to large new orders from several domestic automobile manufacturers in the U.S. [Case Overview (Partial)] ■ Location: Eleanor, WV ■ Area: 37,000 sqft. ■ Expansion Investment Amount: $3.74 million ■ New Equipment Investment Amount: $18.61 million *For more details, please refer to the PDF document or feel free to contact us.
![Development of Charge and Discharge Device Servo Control Board [Control System Development Case Study]](https://image.mono.ipros.com/public/product/image/979/2001227590/IPROS59391256337354205764.png?w=280&h=280)
Rich experience in the development of digital PID (servo) control! Case studies of solving issues with charging and discharging devices.
We would like to introduce a case study of the development of a servo control board for a charging and discharging device for an electrochemical equipment manufacturer. The company faced challenges with the current charging and discharging device, which uses a dropper method, in terms of reducing thermal loss and energy efficiency, and wanted to digitize the servo control board. Our company has extensive experience in developing digital PID (servo) control systems. We proposed to digitize the control of the dropper-type charging and discharging device, achieving reduced thermal loss and improved energy efficiency. [Case Overview (Partial)] ■ Request: To digitize the servo control board ■ Proposal: To digitally control the dropper-type charging and discharging device ■ Result: Achieved reduced thermal loss and improved energy efficiency *For more details, please refer to the PDF document or feel free to contact us.
