Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
226～240 item / All 488 items
We are showcasing products handled by Dormakaba Japan Co., Ltd., such as security gates, hotel locks, and door closers.
You can touch the actual device and try out its functions. There is also a meeting room available where you can receive proposals and conduct business discussions with product representatives.
Visualizing inventory using handheld tablets for product information! Introduction of our system development achievements.
We would like to introduce the "Warehouse Control System" that our company has developed. This system efficiently manages the receipt, shipment, and inventory of warehouse stock using material handling equipment. By utilizing handheld devices and tablets for product information, it enables visibility of inventory. 【Application Overview】 ■ System integration design/development ■ Use of material handling equipment ■ Efficient management of receipt, shipment, and inventory *For more details, please refer to the PDF document or feel free to contact us.
Flow and Water Quality Dual Chemical Injection Control System
【Features】 ● Touch panel type with excellent operability ● Automatic calculation and control of the required dosage based on raw water flow rate and water quality concentration ● Supports remote input of control target values
A solution that achieves optimal air conditioning environments and energy savings through automatic measurement and control using learning functions.
Link the indoor wireless temperature sensor module with the air conditioning unit, selecting the target air conditioning unit based on the fluctuations in each sensor's measurement values for automatic control. Through optimal control, a reduction in air conditioning power consumption of up to 30% is achieved.
Low cost, high precision, flow control system
The flow control system regulates compressed air in the manufacturing process, significantly improving energy-saving effects.
It has excellent drying capabilities and can continuously dry at high speed and uniformly.
This is the "TED GAS CONTROL SYSTEM (TGCS)," which continuously detects the solvent concentration in the exhaust gas of the dryer and automatically controls the exhaust air volume to reach a pre-set concentration. By combining TGCS with deodorization equipment, it is possible to significantly reduce the exhaust air volume and design a system with low energy consumption, while also greatly reducing the costs of ancillary equipment and deodorization devices. 【Features】 ○ Compact and low-cost ○ Long lifespan and maintenance-free ○ No sensitivity degradation For more details, please contact us or download the catalog.
We provide IoT with KotoPro's embedded technology!
The "ECOM-Z" automatically controls air conditioning for comfortable temperature and humidity (with infrared remote control) and informs you of the current temperature and humidity status through its eye color. It is also equipped with a human presence sensor that greets you with phrases like "Welcome" or "Hello" when someone approaches. All operations, such as walking and turning, can be performed from a smartphone or tablet. 【Features】 ■ Communication with various sensors via Bluetooth, also compatible with the 920MHz band ■ Data collection and display on tablet devices, including iPhone/iPad ■ Connection to the cloud via mobile networks from smartphones and tablets *For more details, please refer to the PDF document or feel free to contact us.
Automation of cranes and hooks makes work safer and more efficient!
eLINK (Multi-functional Control System) is a central data collection and control system that can control auto hooks individually or as a group. Using the eight inputs and four outputs of eLINK, sensor data from the auto hooks can be utilized, enabling easy automation of cranes through an app. The inputs allow you to assign the opening and closing operations of the hook to physical buttons. The outputs can control the operation of the auto hook or crane by setting conditions in advance on the app. For example, it is possible to configure the system to cut off the signal to the hook when it detects that the hook is in an intermediate position, or to stop the crane's operation if the hook loses the signal. With its simple operability, it can be connected via Wi-Fi from smartphones, tablets, or PCs, allowing for monitoring of the hook's opening and closing as well as its status. Remote operation enables safe lifting and lowering of loads, thereby increasing work efficiency.
[Case Study Collection Giveaway] Achieving Energy Savings with Inverter Control Power Saving System
Fans and pump system motors are controlled by inverters, achieving a reduction in electricity costs. Short delivery time, possible within one month from specification confirmation. Basic specifications are simple, equipped with necessary features at a low cost. Custom options available; we can accommodate installation conditions, control methods, etc. For a limited time, we are offering a collection of case studies as a gift. Please take this opportunity to apply! For more details, please contact us or download the catalog.
![Case Study: Fan 1 [Office Building] - Inverterization of Supply and Exhaust Fans](https://image.mono.ipros.com/public/product/image/835/2000180050/IPROS1290610390961977776.jpg?w=280&h=280)
Achieved low implementation costs compared to automatic control using general-purpose sensors.
We achieve low implementation costs compared to automatic control using general-purpose sensors. By utilizing a schedule timer, we manage energy savings according to the operational status of the tenants. 【Features】 ○ Control Method: Time Schedule Control ○ Target Equipment: Indoor Ventilation System Supply Fan (5.5kW) × 1 unit, Exhaust Fan (3.7kW) × 1 unit For more details, please contact us or download the catalog.
![Case Study: Blower 2 [Commercial Facility] - Inverterization of Supply and Exhaust Fans](https://image.mono.ipros.com/public/product/image/56a/2000180054/IPROS500191453234929693.jpg?w=280&h=280)
During the quiet hours of the underground parking lot, significantly reduce power consumption by controlling the motor's rotation speed.
Utilizing information from carbon monoxide concentration sensors. We significantly reduce power consumption by controlling the rotation speed outside of peak times, such as weekends and busy morning and evening hours. 【Features】 ○ Target Equipment: Underground parking ventilation system Parking supply fans and exhaust fans × 3 units (total capacity 90kW) ○ Control Method: Inverter control of fan motor rotation speed using carbon monoxide concentration sensors We respond to various customer requests with optimal proposals and prompt implementation work. For more details, please contact us or download the catalog.
HydroCOM
- Dramatically reduce costs through groundbreaking energy-saving effects - Compress the required gas volume - Excellent responsiveness - Stepless capacity adjustment from 0% to 100% - Compactly integrated actuator - Online monitoring function
Introduction of a case study on commissioned development of a 3-phase brushless motor control system.
Our company has a track record of contract development for various systems, and as an example, we would like to introduce a case of contract development for a three-phase brushless motor control system. We received a request from an automotive-related manufacturer stating, "We want to create a test system for automotive brake systems." We proposed that we could provide a driver for a three-phase brushless motor using FETs, along with circuit design and sample control programs applied to automotive brakes. We then produced and delivered the solid design, circuit board design, wiring, and control software for the three-phase brushless motor control system. It has been used in the prototype development of electric brakes, and they are very satisfied with it. [Requirements] - We want to create a test system for automotive brakes. - We want to achieve three-phase brushless motor control with sinusoidal wave drive. - We would like the test system to be as compact as possible. *For more details, please refer to our catalog or feel free to contact us.
![[Regularly Scheduled] Introduction to Digital Control Seminar](https://image.mono.ipros.com/public/product/image/d2b/315309010/IPROS680519097847239299.jpg?w=280&h=280)
You can learn everything from the basics of digital control theory to practical development methods using MATLAB/Simulink!
You will learn the basic concepts of discrete systems, Z-transformation and its significance, transfer function models, state-space models, system stability, PID control, pole placement and state feedback control, optimal state feedback control, and integral-type optimal state feedback control, while solving example problems.
