NETIS registered product! Hydraulic monitoring system that contributes to bid points.

A technology that proves safety, labor-saving, and quality improvement with objective data, directly linked to an increase in evaluation points in competitive bidding.

last updated Jan 20, 2026

A hydraulic monitoring system that can instantly identify the cause of trouble.

Instantly identify "when, where, and what" abnormal changes in the jack's pressure, load, and displacement occurred. Enable rapid investigation and response to issues!

last updated Jan 20, 2026

Accurately grasp fluctuations in pressure and load. Achieve planned construction through hydraulic monitoring.

Objectively prove the construction of "as planned." Compare and manage in real-time the target load anticipated during the design phase with the actual pressure and load during the jacking-up process.

last updated Jan 20, 2026

Streamlining load monitoring! Achieving construction with fewer personnel through hydraulic monitoring.

The era of allocating personnel for load monitoring is coming to an end. An efficiency solution that automates measurement, recording, and alerts, enabling personnel to focus on core tasks.

last updated Jan 20, 2026

Achieving unified management! Smooth bearing replacement for bridges with hydraulic monitoring.

Even for bridges with long spans, load management is completed on a single screen. A system that synchronizes multiple jacks to minimize stress on the structure.

last updated Jan 20, 2026

Shall we visualize the intuition and experience of engineers through hydraulic monitoring?

Scientifying craftsmanship. A liquid pressure monitoring system that visualizes load changes during jack operation and digitizes the know-how of veterans into 'numbers'.

last updated Jan 20, 2026

Manage load fluctuations with zero risk! Liquid pressure monitoring system.

It does not miss even the slightest load imbalance. A safety management system that identifies risk factors in the unstable jacking-up process in advance to thoroughly prevent serious accidents.

last updated Jan 20, 2026

Achieving uniform load! A liquid pressure monitoring system that streamlines bearing replacement.

Do not rely on the "intuition and experience" of veterans. Visualize subtle load changes in real-time during jacking up. Achieve safe construction through hydraulic monitoring.

last updated Jan 20, 2026

Thin hydraulic load cell with a thickness of approximately 8mm and capable of measuring a maximum load of 20 tons.

This measuring device, with a thickness of approximately 8mm, can measure loads up to 20 tons! It allows for remote monitoring of measurement values and is useful for measuring the load on bolt heads and detecting nut loosening!

last updated Aug 27, 2024

[Case Study of Ekiatsumieruka Field Application] Bearing Replacement Work

Using pressure gauge mounting brackets, installed in the circuit! Introducing examples of support replacement work for various jacks.

last updated Mar 08, 2023

Liquid Pressure Monitoring System "Ekiatsumieruka LPMS100"

Manage jack pressure and remotely check hydraulic and water pressure measurements without manual intervention! Quickly and safely obtain data without entering the installation site!

last updated Oct 04, 2024

Improvement of safety and efficiency: Pressure measurement methods for maintenance and repair work, such as bridge bearing replacement.

NETIS registration number TH-220004-A Efficient management of jack pressure and hydraulic/hydraulic pressure measurement values in bridge bearing replacement without manual labor × centralized management!

last updated Mar 09, 2023

[Case Study Introduction] Gaps, Insufficient Filling, and Inadequate Compaction in Concrete Pouring Work

Here are some examples of accidents that can occur due to voids, insufficient filling, and inadequate compaction during concrete placement.

last updated Feb 17, 2025

[Information] About the repair work for Ekia Tsumi Eruka.

The subject was the replacement work of the upper and lower joint bearings! The transition of the jacking-up state can be confirmed.

last updated Oct 11, 2022

[NETIS Registration] Centralized management of hydraulic/water pressure measurement values! For bridge bearing replacement!

NETIS registration number TH-220004-A Manage jack pressure and hydraulic/hydraulic pressure measurement values centrally during bridge bearing replacement! Also for plant management.

last updated Oct 05, 2022

[Data] Juuten Mieruka Application Examples, Application Proposals, Achievements

Applicable to various concrete structure construction projects! Information on application examples, proposals, and achievements of Juuten Mieruka is published.

last updated Sep 13, 2024

[Data] Juuten Mieru Ka On-site Implementation Image

For areas that are difficult to fill and hard to visually confirm! We have posted images of the Juuten Mieruka introduction for different sites.

last updated Sep 13, 2024

[Information] Juuten Mieruka WEB Service "Mieruka Online"

Easy management online! Introducing features such as "viewing function" and "data acquisition function" using images and diagrams.

last updated Feb 06, 2025

[Data] Juuten Mieru Ka Monitor Display Example

Visualize CSV data on your PC! Numerous examples of Juuten Mieruka's monitor display are included.

last updated Sep 13, 2024

[Data] Juuten Mieru Ka Sensor Specifications and Application Examples

Customization available! Information on ultra-thin pinpoint sensors and examples of sensor applications.

last updated Feb 06, 2025

[Information] About the principle of filling detection for Juuten Mieruka

Don't overlook insufficient concrete filling and compaction! Information on the principles of filling detection and compaction detection.

last updated Feb 06, 2025

[Information] Introduction to the system configuration and overview of Juuten Mieruka.

Don't overlook insufficient concrete filling and compaction! Concrete filling and compaction management system.

last updated Feb 06, 2025

WEB service "Mieruka Online" <ICT management online>

Browse, acquire, and link through the internet! Link the acquired data to any web service.

last updated Nov 18, 2021

【Application Example】Coating Creates a Small Power Plant!

Various applications such as environmental energy generation and vibration energy generation! It is possible to create power generation elements that do not break even when bent.

last updated Apr 16, 2021

Piezoelectric Element "ARCH TYPE"

Generating electricity by pressing the convex part! Made of flexible material, it can generate electricity in the low frequency range.

last updated Apr 16, 2021

Piezoelectric element "MP-G"

Generating power through grip! Introducing piezoelectric elements that are easily customizable according to your needs.

last updated Apr 16, 2021

WEB service "Mieruka Online"

Wi-Fi connection required! Real-time online ICT management of filling status and compaction degree.

last updated Feb 06, 2025

Introduction to PiezoCoat™ Piezoelectric Elements

The unique coating technology enables piezoelectric functionality without the need for adhesives!

last updated Sep 23, 2019

[NETIS Registration] Ultra-thin sensor for concrete filling and compaction management

Don't overlook insufficient concrete filling and compaction! A sheet-type sensor (Juuten Mieruka) that visualizes the concrete filling condition and compaction level.

last updated Feb 03, 2026