エスココーポレーション List of Products and Services

We will introduce comprehensive use cases of our RFID technology and the process leading to its implementation. By implementing this system at each location, centralized management of information sharing, order placement, inventory management, and more can be achieved at the headquarters. Additionally, it will lead to the reduction of tasks performed at each location, prevention of black-boxing, and workforce reduction. The use cases presented are "examples." We will listen to your actual situation and concerns, conduct on-site investigations, and propose an appropriate system. 【Process Leading to Implementation】 ■1. Introduction of Examples ■2. Consulting ■3. Proposal of Improvement Plans ■4. Trial Implementation ■5. Full Implementation *For more details, please refer to the PDF document or feel free to contact us.

• IoT
• Logistics and warehouse management systems

We will introduce the "cost aspects" of production management utilizing our sensors. Taking examples such as implementation consulting fees, subunits, receivers, interfaces, and cloud usage fees, the installation of IoT can be achieved in a few hours and can start from several hundred thousand yen. For more details, please contact the person in charge. We will propose services tailored to your needs. 【Features】 ■Ease of setup - Due to the simple system, moving and reconfiguring is easy. - Security measures can be configured by each company. ■Proposal of services tailored to demand - Custom manufacturing using the system is also possible. - High expandability as it utilizes wireless LAN (2.4G band). *For more details, please refer to the PDF document or feel free to contact us.

• IoT

We would like to introduce a case study of the implementation of our sensors in the automotive parts manufacturing site. Since real-time CT measurements of each production machine were not being conducted, there was a request to test the introduction of multiple units. We introduced one master unit (receiver/transmitter) and ten slave units (transmitters) for a period of three months, measuring and analyzing each issue in real-time. 【Case Study】 ■ Purpose - Real-time CT measurements of each production machine were not being conducted, so multiple units were introduced for testing. ■ Implementation - Receiver/transmitter: 1 unit - Transmitter: 10 units - Implementation period: 3 months *For more details, please refer to the PDF document or feel free to contact us.

• IoT

In preparation for IoT implementation, we would like to introduce the sensors we handle. The sub-unit (transmitter) does not require modifications to the sequencer or power supply work, and it is equipped with a repeater function, allowing for simple improvement of radio wave conditions. By changing the type of sensor, it can be expanded to include identification, proximity, RFID, and more. Additionally, the main unit (receiver/transmitter) features a monitoring display function, enabling support for various work styles, identification monitoring of equipment anomalies, and visualization through production display capabilities. Up to 30 sub-units can communicate data with one main unit. [Features of the sub-unit (transmitter)] - No modification to the sequencer required - No power supply work needed (battery-operated) - Easy change of installation position - Equipped with a repeater function for simple improvement of radio wave conditions - Expandable to identification, proximity, RFID, etc. by changing the type of sensor *For more details, please refer to the PDF document or feel free to contact us.

• IoT

We will introduce the production management process utilizing our sensors, titled "Process Leading to IoT Implementation." We will clarify the objectives for the implementation of CT, takt time improvement, personnel allocation, inventory management, etc., and also specify the content to be displayed, such as operating rates and equipment operating conditions. Additionally, we will determine the display purposes within the factory, such as motivation and production planning, check the communication environment, and facilitate a smooth IoT implementation on-site. 【Process Leading to Implementation】 ■ Clearly define the purpose of implementation ■ Clearly specify the content to be displayed ■ Clarify the display purposes within the factory ■ Confirm the communication environment *For more details, please refer to the PDF document or feel free to contact us.

• IoT

We would like to introduce our company's "Common Challenges in IoT Implementation." "I know IoT implementation is necessary, but I don't know how to proceed." "I'm too busy with daily operations to think about it." "The proposed manufacturers don't match our situation." "I don't know what purpose we should implement IoT for." "I just want to know clear CT and operating rates, but I don't know how to do it." "I attended training from a major manufacturer, but the hurdles are too high." These challenges can be solved with our production management solution "IoT no Mikata," which utilizes sensors. [Challenges] ■ How to implement IoT ■ No time to think about it ■ Mismatch with proposed manufacturers ■ Unclear purpose for implementation ■ Hurdles for implementation are too high *For more details, please refer to the PDF document or feel free to contact us.

• IoT

"Esunon Hall" is a construction method that eliminates the need to drill holes in the roof to fix adhesive method fittings with adhesive, thus removing concerns about leaks. For heavy loads, it is possible to increase the number of receiving members adhered to the roof to distribute the load. Additionally, it allows for approximately a 25% reduction in labor and a shortening of the process compared to conventional methods. 【Features】 ■ Compatible with any roof shape ■ Installation without damaging the roof or drilling holes ■ Improved power generation with true south installation (also acceptable for roofs not facing true south) ■ 25% reduction in work due to the adhesive mounting method *For more details, please download the PDF or feel free to contact us.

• Renovation and repair methods
• Ground foundation construction method