Maintenance and Resilience 2022 (Infrastructure Inspection and Maintenance Exhibition)

Multi-point measurement capable FBG sensor

This product consists of an interrogator that performs light emission and reception for sensing, and an FBG fiber that has been processed with Fiber Bragg Grating (FBG). ■ Interrogator A compact and lightweight interrogator equipped with the components necessary for the analysis of Fiber Bragg Grating (FBG). ■ FBG Sensor Chain The FBG sensor chain is an optical fiber cable processed with Fiber Bragg Grating (FBG), allowing for flexible customization. The cable length can be up to 500 meters, and measurement points can be freely set, with a minimum spacing of 1 mm. It can also be used in combination with your currently used interrogator.

• Other measuring instruments

Acoustic sensors that can be used in harsh environments such as high temperature, high pressure, high humidity, high magnetic fields, and radiation environments.

The Myotis 1400ht from Phonoptics is a fiber optic acoustic sensor designed to withstand harsh environments such as high temperatures, high pressures, high humidity, electromagnetic interference (EMI/RFI), strong magnetic fields, and radiation. It is capable of capturing sound in locations where conventional microphones cannot operate. ■ Utilizes patented sensor technology and fiber optics With MM50 fiber, microphones can be used up to 10 km from the converter, and with SM fiber, even further distances are possible. ■ The sensor is compact and easy to install Output options include BNC output, 3.5mm audio jack, and USB. ■ Product configuration of Myotis 1400ht - Acoustic sensor - Converter - Power cable

• Other measuring instruments

Acoustic sensors that can be used in harsh environments such as high temperature, high pressure, high humidity, high magnetic fields, and radiation environments.

The Myotis1300 from Phonoptics is a fiber optic acoustic sensor that can be used in environments with high temperatures, high pressure, high humidity, electromagnetic interference (EMI/RFI), strong magnetic fields, and radiation. ■ Usable in Harsh Environments It can be used in environments with high temperatures, high pressure, high humidity, electromagnetic interference (EMI/RFI), strong magnetic fields, and radiation. ■ The Sensor is Compact and Easy to Install By using a telephone communication network (single-mode fiber and graded-index multimode fiber types), the microphone can be connected to existing optical networks. ■ Product Configuration of Myotis 1300 - Acoustic Sensor - Converter - Power Cable

• Other measuring instruments

Can be used in harsh environments such as high temperatures and high frequencies. Measurement of dynamic pressure waves in turbochargers.

The Alpheus100 from Phonoptics is a dynamic pressure sensor that can be used in harsh environments such as high temperatures and high frequencies. ■ Compact: Sensor dimensions: Diameter Φ3.2mm, Φ2.5mm (※Φ1.25mm in development) ■ Lightweight: 0.5g (sensor head) Due to its fiber-optic design and small diameter, it can also be used for pressure measurements inside pipes. ■ Excellent explosion-proof properties The sensing part uses only glass and fiber, making it highly explosion-proof. ■ Accurate measurements in harsh environments. - RF/EMI-free, no influence from electromagnetic waves - Calibrated for better response speed and sensitivity than piezo sensors, allowing for more accurate measurements. ■ Frequency range: 40kHz, 100kHz (other specifications available upon request) ■ Operating temperature: up to 600℃ (※ up to 1000℃ in development) ■ Capable of detecting vibrations in liquids.

• Other measuring instruments

Cost-effective converter for optical fiber sensors.

Mini Myotis is a cost-effective converter that can be used with Phonopitcs' optical fiber sensors (acoustic (microphone), dynamic pressure, vibration, tachometer (rotational speed meter), etc.) that are operable in harsh environments such as high temperatures and high magnetic fields. - Built-in SLED light source, photodiode, and microcontroller - Compatible with various sensors from Phonoptics (acoustic sensors, dynamic pressure sensors, vibration sensors, tachometers, etc.) - Enhanced stability with heat sink housing - Supports various outputs including BNC output

• Other measuring instruments

A compact and low-cost converter suitable for embedding in optical fiber sensors.

μMyotis is a compact converter that can be used with sensors provided by Phonoptics, such as acoustic sensors, dynamic pressure sensors Alpheus, vibration sensors, and tachometers (revolutions per minute meters). μMyotis is equipped with a light source, photodiode, and microcontroller, making it ideal for integration into devices due to its smaller size compared to conventional products. ■ Compact size suitable for integration into devices ■ Built-in light source, photodiode, and microcontroller ■ Compatible with various sensors from Phonoptics, including acoustic sensors, dynamic pressure sensors, vibration sensors, and tachometers ■ Customizable PCB ■ Capable of connecting to IoT (Bluetooth, GPS, LORA/SIGFOX module, Ethernet, CAN, GSM, etc.) It can also be used in combination with Phonoptics' Breakout (sold separately). *For details about Breakout products, please contact us.

• Other measuring instruments

It is a microphone that uses fiber optics and does not use electrical signals, allowing it to capture sound without being affected by electromagnetic waves or interference.

As a new value of the optical fiber acoustic sensor developed for detecting abnormal sounds in harsh environments, this product is specialized for capturing voice. - The microphone part is made of plastic and does not use electrical signals, so it is not affected by electromagnetic waves. - The microphone cannot be detected by detection devices (it cannot be found). - Equipped with VOX and Time trigger (recording timing can be programmed). - The microphone can be installed up to 10 km away from the unit. - The microphone (sensor) unit is compact and lightweight (2g). - The microphone's terminal uses telecom fiber, allowing the use of existing fiber networks.

• Analysis and prediction system
• Other measuring instruments

For temperature monitoring of transformers, reliable temperature monitoring is possible without being affected by noise from EMI/RFI or high voltage environments.

OSENSA's fiber optic temperature sensor for transformers enables real-time temperature monitoring of transformers without being affected by noise in environments with EMI/RFI or high voltage. The basic configuration of this product consists of a temperature sensor probe, transmitter, and software. The PRB-230 probe is designed for temperature measurement in oil-filled transformers and accommodates immersion and removal processes for various types of transformer oil. The transmitter is available in a type that can connect multiple probes with a single unit, allowing for simultaneous measurement of temperatures at multiple points.

• Other analytical equipment

High-resolution SWIR (1100-1650nm) compact hyperspectral camera suitable for research applications.

The SNAPSCAN SWIR from imec is a compact and lightweight hyperspectral camera capable of rapidly acquiring high-resolution SWIR hyperspectral data. With high spatial and spectral resolution, it can be used for the characterization of materials with properties in the SWIR region. ■ Wavelength range: SWIR (1100-1650nm) ■ Snapshot capability Thanks to the built-in scanning mechanism, snapshot imaging is possible without the need for external moving parts. ■ High resolution ■ Achieves high SN ratio An active cooling system and advanced software features achieve a high signal-to-noise ratio. ■ Compact and lightweight < Evaluation Kit > In addition to the hyperspectral camera, an evaluation kit is available that includes key components such as lighting, tripod mounts, and analysis software.

• others

High resolution. A compact hyperspectral camera suitable for research applications such as minerals, pathology, material property evaluation, and art analysis, with a VNIR (470-900nm) range.

The SNAPSCAN VNIR from imec is a compact and lightweight hyperspectral camera that can rapidly acquire high-resolution hyperspectral data without the need for external moving parts, thanks to its built-in scanning mechanism. ■ Wavelength range: VNIR (470-900nm) ■ Snapshot capability The built-in scanning mechanism allows for snapshot imaging without the need for external moving parts. ■ High resolution (up to 7MP, 150 spectral bands) ■ High signal-to-noise ratio An active cooling system and advanced software features achieve a high signal-to-noise ratio. ■ Compact and lightweight < Evaluation Kit > In addition to the hyperspectral camera, an evaluation kit is available that includes key components such as lighting, tripod mounts, and analysis software.

• others

High-speed, robust, and high-performance hyperspectral camera suitable for industrial applications.

Hyspex Baldur is a hyperspectral camera equipped with high speed, flexibility, and robustness. ■ High Speed Capable of 1000 fps. *Even higher speeds are possible depending on specifications. We also offer high-speed software and inline integration support software, making it suitable for industrial applications.

• Other analytical equipment

Mobile-type hyperspectral camera that easily and quickly acquires VNIR (500-1000nm) spectral data on-site.

The HAIP BlackMobile hyperspectral camera is a handheld hyperspectral camera that allows for quick and easy acquisition of hyperspectral data in the field. ■ Mobile-type hyperspectral camera - Easy operation and result display in the field with a touch panel display. - Built-in LED lighting - Wavelength range: 500~1000nm, 100 spectral bands - High signal-to-noise ratio in the NIR region - Also equipped with a 4K RGB sensor

• others

[Real-time Snapshot] Compact and lightweight (260g). 1100-1650nm. Capable of video recording.

The SNAPSHOT SWIR from imec is a compact and lightweight hyperspectral camera capable of real-time snapshot imaging at video rates. ■ Real-time snapshot-type hyperspectral camera ■ Capable of video recording ■ Maximum frame rate: 120 fps ■ Wavelength range: 1,100 to 1,650 nm ■ Compact size: 65×65×130 mm ■ Lightweight: 260 g Since it allows for hyperspectral video recording in snapshot mode, it is ideal for applications involving moving subjects (such as tissue observation in medical imaging, capturing moving targets for security and surveillance purposes, and inspection on conveyor belts).

• others

"Compact × High Performance" Proven results in component analysis, quality control, and research applications! Accommodates various measurement needs.

■ Line scan type hyperspectral camera ■ Compact and lightweight, easy for field measurements ■ Acquires spectral data for each image pixel. ■ A wealth of accessories to enhance measurements ≪Measurement wavelength range product lineup≫ ・330–800nm ・400–1000nm ・420–980nm ・900–1700nm ・1000–2500nm 《Configuration items》 ■ Benchtop system (for research) Hyperspectral camera Movable stage Tower Lighting Software (capture and analysis) Dedicated PC ■ Field system (for outdoor shooting) Hyperspectral camera Rotating scanning stage Tripod tray for dedicated laptop Battery Software (capture and analysis) Dedicated laptop

• Analysis and prediction system

We provide a complete set of systems optimized for remote sensing for aircraft installation.

The Pika UAV, a hyperspectral camera system for UAVs, is a lightweight and compact device that is equipped with sufficient functionality. We offer it as a set, ensuring good compatibility and making it easy to implement for remote sensing applications.

• Analysis and prediction system

Drone-compatible, compact, lightweight hyperspectral system. Can be mounted on DJI drones (Matrice 300 RTK, Mavic 2).

The HyperSlit from Spectro-AG is a drone-compatible spectral system that can simultaneously capture spectra and RGB images spatially. ■ Compact and lightweight, compatible with DJI drones It can be mounted on DJI drones such as the Matrice 300 RTK. ■ Product models covering ultraviolet, visible, and near-infrared wavelength ranges It supports applications from UV to near-infrared for precision agriculture, vegetation, forestry, and minerals. ■ Calibration radiance sensor The compact and lightweight (380g) drone-compatible HyperSlit is equipped with a radiance sensor and can provide uniquely calibrated spectra across 1,000 bands.

• others

[Drone-Compatible] Hyperspectral Camera Developed for UAVs

Hyspex MjoInir (Mjölnir) is equipped with all the systems necessary for aerial imaging with a hyperspectral camera. It is compatible with various UAVs and also supports ground-based tripod shooting. The system allows for communication control from the ground. ■ Features: Provides solutions compatible with drones - Measurement wavelength range: 400~1000nm / 970~2500nm / 400~2500nm - Ground control software for advanced flight planning - High stability against wind - Built-in battery - Software integrated with drone cameras

• Structural Survey
• Environmental Survey
• Non-destructive testing

Corresponding to visible to near-infrared (up to 2500nm). A hyperspectral camera suitable for remote sensing, resource exploration, and research applications with high sensitivity and low noise.

The HySpex series hyperspectral cameras can be used for field, lab, and aerial system applications. ■ High S/N ratio ■ High spatial resolution and frame rate ■ Product lineup compatible with visible and near-infrared wavelength ranges (400–1000nm/930–2500nm/960–2500nm) ■ A wide range of accessories tailored to shooting conditions Suggestions available for aircraft, lab, and field systems (stages, navigation systems, dedicated tripods, etc.)

• Environmental Survey
• Non-destructive testing
• Other Smart Grid

Drone-compatible, compact, lightweight VNIR hyperspectral camera. For remote sensing, precision agriculture, and vegetation analysis.

The BlackBird V2 is a drone-compatible hyperspectral camera capable of simultaneously capturing high-resolution, high-spectral-resolution hyperspectral images (HSI) in the wavelength range of 500 to 1,000 nm, from visible to near-infrared (VNIR), along with RGB images. ■ A compact and lightweight hyperspectral camera designed for drones This model is specially designed for easy integration with DJI's Matrice 200 and 300 series drones. Connecting to the drone via the DJI Skyport interface is also straightforward. ■ User-friendly with rich features - Operable via remote control. - The DJI Pilot App allows for remote camera trigger functions, live streaming of RGB images, flight planning, and more. ■ Measurement wavelength range: 500 to 1,000 nm ■ Compact: 80×60×90 mm, lightweight: 790g (including gimbal) ■ 540×540px, 100 spectral bands ■ High signal-to-noise ratio in the NIR region ■ Equipped with an RGB sensor, allowing simultaneous capture of HSI (hyperspectral images) and RGB images in the same spatial context.

• others

Covers UV to NIR from 350 to 1000 nm with a single device. Introduces light field technology. Provides high-resolution imaging data.

The "Hyperspectral Camera ULTRIS X20" is an innovative hyperspectral camera based on light field technology. It is equipped with a 20MP CMOS sensor, allowing for high-resolution data acquisition. The "ULTRIS X20" has an expanded measurement wavelength range compared to the conventional model "ULTRIS 20," now covering a wide range of wavelengths from 350 to 1000 nm, from ultraviolet to near-infrared, all in one device. **Features of ULTRIS X20:** - Capable of capturing hyperspectral imaging data in video format - Measurement wavelength range: 350-1000 nm, 164 spectral bands - High resolution - 410×410 pixels - Compact (60 × 60 × 57 mm), lightweight (350 g) (standard model S20) - Robust housing compliant with IP standards - Capable of underwater shooting With its compact and lightweight design, it can be mounted on general drones. The 164 spectral bands and high spatial resolution of 410×410 pixels make it suitable for a wide range of applications, not only in laboratories and fieldwork but also in UAV applications.

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Compact and lightweight VNIR hyperspectral camera

The Hyper-Spectral Camera HAIP BlackBullet V2 is a compact and lightweight hyperspectral camera designed to accommodate various applications such as laboratories, fields, and UAVs. - Compact size (80×60×90 mm) - Measurement wavelength range: 500~1,000 nm - 540×540 px, 250 bands - High signal-to-noise ratio in the NIR region - Equipped with an RGB sensor, allowing simultaneous acquisition of HSI and RGB images in the same spatial context Its small and lightweight design makes it easy to implement on various platforms, including field measurements using UAVs or tripods, laboratory measurements, and installation on scan rail systems.

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We are pleased to announce the archive distribution of our seminar titled "New Plan 'Mojitori Plus' Debuts! From Paper to Data! The First Step Towards In-House DX with Mojitori." 'Mojitori' allows you to convert text from photos, images, PDF files, and more into data, automatically inputting it into various fields in kintone. In this seminar, we will clearly explain the basic functions and usage of Mojitori. Additionally, we will provide detailed explanations about the Plus plan and the document-focused Mojitori, which were added in the major update in November. 【Recommended for】 - Those who are struggling with frequent transcription errors due to manual data entry. - Those who wish to digitize items currently stored on paper. 【Timetable】 - Overview of Mojitori's functions - Overview of Mojitori Plus's functions - Details and pricing of each plan - Q&A session We look forward to your registration.

Is the performance report you are currently creating, which takes a tremendous amount of time and effort, appreciated by the management? Are you facing complaints from management such as: - The reports are coming out late (results from the previous month are reported around the 20th of the current month) - The reports are difficult to understand and hard to read - There is missing necessary information In this seminar, we will introduce a new system for managing performance information that addresses these issues, along with specific methods. The cost is free. We encourage you to participate. □ Seminar Content 1. What is performance improvement? 2. What information is useful for performance improvement? 3. How to view performance information 4. A system for automatically generating performance information and accessing necessary information when needed (Using our company's developed performance information management tool as a model)

Holding a management strategy seminar to "embed" generative AI and connect it to organizational outcomes! Are you facing challenges such as "not knowing how to use it," "lack of progress in utilization," or "not being embedded due to organizational rules and management" while advancing AI implementation? In this seminar, we will thoroughly explain the secrets to realizing an organization where AI operates autonomously, drawing from the generative AI training of Panhouse Co., Ltd. and the management methods of Shikigaku Co., Ltd. In particular, we will share specific case studies of the "Agent Model AI," which is gaining attention as a next-generation AI application, along with organizational design know-how for integrating generative AI into business, management pitfalls that hinder embedding, and their solutions, all accompanied by concrete examples. What you can learn in this seminar: - Experiences and case studies of Agent Model AI (exabase generative AI demo) - Initial preparations and design know-how to accelerate AI utilization - Key management points to break down organizational barriers that hinder AI embedding If you are in management or responsible for ensuring that generative AI becomes a "truly usable" system rather than just "trying it out," we encourage you to participate in this opportunity.

We are pleased to announce that Pan House Co., Ltd. will be participating in the online marketing conference "Data Driven Marketing 2026," which will be held from January 14 (Wednesday) to 16 (Friday), 2026. At this event, where professionals achieving results at the forefront will gather, our Chief Integration Officer, Tsubasa Kimura, will explain the new organizational approaches utilizing AI. Organizational Theory for "Maximum Effect with Minimal Effort" in the AI Era As AI technology rapidly evolves and the marketing environment changes significantly due to cookie regulations, relying on "past success experiences" and "intuition and experience" is reaching its limits. In this session, we will focus on how to utilize AI not just as a tool, but as a strategic infrastructure to build competitive advantages for organizations. We will discuss specific examples and methods on how to maximize the efficiency of marketing operations and establish an organizational structure that leads to results with minimal effort.

"Where should we start with AI implementation, and how can we expand it company-wide?" The reason for the slow progress in AI implementation is not the tools themselves. The key lies in project design that encompasses everything from creating guidelines to establishing a promotion system and turning success stories into models. In this webinar, we will systematically explain the types of AI implementation projects that successful companies practice to overcome the "zero-to-one barrier" and the "utilization promotion barrier." Both companies that have not yet implemented AI and those that are stagnating in their utilization will gain clarity on their respective starting points and take home actionable "answers at the action level" that can be executed starting tomorrow in just 60 minutes. Recommended for those facing the following challenges: This webinar is ideal for individuals in departments at the level of section chief or higher who want to promote AI implementation as a project. Companies that do not know how to "start" AI implementation (zero-to-one stage) Companies that have implemented generative AI but are experiencing stagnation in its utilization Companies lacking a driving force or where the initiative is not moving forward, struggling with individualization and the lack of established training Companies that are looking to expand company-wide but are unclear on how to horizontally deploy Companies considering the introduction of AI training (especially in the pre-approval stage)