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Achieving a compact and lightweight design with a palm-sized form factor weighing only 15g! A near-infrared spectrometer with a built-in long-lasting light source of 40,000 hours.

Wavelength range: 1.10–1.35μm/1.35–1.65μm/1.55–1.95μm/1.75–2.15μm/2.00–2.45μm Detector: InGaAs Light source: Two built-in tungsten vacuum lamps Size: 25×25×17.5 m³ Weight: Approximately 15g

A digital nano spectrometer that covers a wide range from UV to near-infrared (340 to 1010 nm) in an ultra-small size.

Product Lineup ■NSP32m: Digital Nano Spectral Sensor (Module Type) (N1: 600–1,000 nm / V1: 390–760 nm / W1: 340–1,010 nm) ■NSP32m DBK: Development Board Kit ■Evaluation Kit XL500BLE: Evaluation Kit for NSP32m As an evaluation kit for the NSP32m spectral sensor equipped with nanoLambda's plasmonic filter, we offer a measurement wavelength range of 390–760 nm (VIS) and 340–1,010 nm (UV–NIR). (Battery operated)

Multi-point measurement capable FBG sensor

Due to the ability to detect minute structural changes in the processed area caused by external forces and temperature as wavelength shifts, it is possible to measure the temperature and strain at multiple points with a single sensor. 【Features】 - 20 sensors arranged on a single fiber (customizable to freely arrange up to 30 sensors) - Compact and lightweight interrogator (X100: 60g) - Uses light, so it is not affected by electromagnetic radiation - Capable of high-speed sensing - Customizable length of FBG sensor chain and measurement points - High wavelength accuracy (< 0.15nm) - Highly durable

Detects impurity gases in hydrogen with high sensitivity. A single module can detect up to four types of gases.

【Features】 - High precision (Sub-ppm level trace analysis, accuracy < 2% (reading value or LOD)) - Real-time monitoring capability (Response speed in seconds) - Environmentally considerate design (Gas cell volume of 1 ml, reduced sample extraction/inflow to "<80ml") - Compact and robust (No moving parts, equipped with a microphone as a sensor) - Excellent maintainability (Each part can be easily replaced) - Easy operation with plug and play (Software provided includes self-diagnosis and alarm functions)

Optimal for air quality monitoring and greenhouse gas emission monitoring. Detects low concentration gases with high sensitivity. Capable of detecting multiple gases with a single module.

【Features】 - High precision - Real-time monitoring capability (response speed in seconds) - Environmentally considerate design (gas cell capacity of 1 ml, reduced sample extraction/inflow to "<80ml") - Compact and robust (no moving parts, equipped with a microphone as a sensor) - Excellent maintainability (each part can be easily replaced) - Easy operation with plug and play (software includes self-diagnosis and alarm functions) - Equipped with a high-performance microphone capable of detecting gases from low to high concentrations with a wide dynamic range.

For quality control of natural gas and biogas, and for moisture monitoring.

【Features】 - High precision (Sub-ppm level trace analysis, accuracy < 2% (reading value or LOD)) - Real-time monitoring capability (Response speed in seconds) - Environmentally considerate design (Gas cell volume of 1 ml, reduced sample extraction/inflow to "<80ml") - Compact and robust (No moving parts, equipped with a microphone as a sensor) - Excellent maintainability (Each part is easily replaceable) - Easy operation with plug and play (Software provided includes self-diagnostic and alarm functions)

For the miniaturization of gas measurement devices! 【Compact module with built-in IR light source】

■Main Specifications ・Dimensions (Length x Width x Height): 160x100x30mm ・Weight: 170g ・Supply Voltage: 24VDC (15…30VDC) ・Power Consumption: approx. 10W ■Electrical Interface Output: 2×4…20mA Bus Connection: RS-485, Bluetooth ■Measurable Gases CH4: 0…100% (+/-0.5% FS) CO2: 0…100% (+/-0.5% FS) CO: 0…100% (+/-0.5% FS) Other gases (please inquire). ■Built-in Pressure Sensor: 600…1400hPa

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

■Fiber Optic Microphone Material: Ultem Frequency Range: 150Hz – 10kHz (±3dB) SN Ratio: 70dB (Measured at 1kHz, 94dB) Maximum Sound Pressure: 130dB SPL Operating Temperature: -10℃ to +50℃ Storage Temperature: -20℃ to +70℃ ■Fiber Optic Dimensions: Φ 0.9 – 3mm Connector: E2000 (with protective cap) Type: Multi-mode OM1/OM2/OM3/OM4/OM5 Signal Loss: 0.3 dB/km – 0.6 dB/km Minimum Bend Radius: 5mm for short-term, 40mm for long-term storage ■Converter Dimensions: 141×97×36mm (length x width x height) Sensitivity: 150mV/Pa (measured at 1kHz, 94dB) Maximum Output Voltage: +5V Output Jack: 3.5mm Operating Temperature: 0℃ to +40℃ Storage Temperature: -20℃ to +70℃ Power Supply: μUSB (battery operation via external power is also possible) Power Consumption: 5V–0.5 W Recording: microSD (up to 32GB)

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

■Fiber Optic Microphone Material: Invar (R) Frequency Range: 15Hz to 15kHz (±3dB) SN Ratio: 70dB (measured at 1kHz, 94dB, gain stabilized with the central tab) Maximum Sound Pressure: 130dB SPL Operating Temperature: -25℃ to +120℃ ■Fiber Optic - Dimensions: Bare fiber (Φ250μm buffer), Loose tube type 900μm, or optical cable (Φ2mm, 3mm, metal) 1/2 inch adapter - Connector: E2000/APC (with protective cap) - Type: GI 50/125 (other types available upon request) - Minimum Bend Radius: 5mm for short-term, 40mm for long-term storage ■Converter - Sensitivity: 100mV/Pa (measured at 1kHz, 94dB, gain stabilized with the central tab) - Maximum Output Capacity: +2.5V/-2.5V - Output: 3.5mm jack – BNC 50Ω - Operating Temperature: -10℃ to +40℃ - Power Supply: Plug-in unit AC 100-240V – DC 5V - Power Consumption: 150mA – 0.8W - Battery Characteristics: 1200mAh, approximately 8 hours of use

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

■Fiber Optic Microphone - Material: Invar (R) - Frequency Range: 15Hz to 300kHz (±3dB) - SN Ratio: 70dB (measured at 1kHz, 94dB, gain stabilized with central tab) - Maximum Sound Pressure: 130dB SPL - Operating Temperature: -55℃ to +250℃/350℃ (intermittent) ■Fiber Optic - Dimensions: Bare fiber (Φ125μm buffer), Loose tube type 900μm, or optical cable (Φ2mm, 3mm, metal) 1/2 inch adapter - Connector: E2000/APC (with protective cap) - Type: Polyimide 100/110/125 - Minimum Bend Radius: 5mm instantaneous, 40mm long-term storage - Magnetic Field Sensitivity: None ■Converter - Sensitivity: 100mV/Pa (measured at 1kHz, 94dB, gain stabilized with central tab) - Maximum Output Capacity: +2.5V/-2.5V - Output: 3.5mm jack – BNC 50Ω - Operating Temperature: -10℃ to +40℃ - Power Supply: Plug-in unit AC 100-240V – DC 5V - Power Consumption: 150mA–0.8Watt - Battery Characteristics: 1200mAh approximately 8 hours of use

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

■Converter Input Specifications - Connector Type: Duplex LC/PC - Measurement Range: 1µW @ 1310nm - Bandwidth: (-3dB) 650kHz ■Environmental Specifications - Power Supply Voltage_Operating Temperature: -40~85℃ ■I/O Connector - Connector Type: SFP+ - Input_Power: 5V, 4.5V, 3.3V - Output_Analog: Sensor Signal 0–4.5V - Output_Digital: Tx/Rx (Unit Control) - Output_Digital: Monitoring FLT logic signal (Sensor Detection)

Cost-effective converter for optical fiber sensors.

Bandwidth: ~200kHz (±3dB) SN Ratio: 20dB (low band), minimum 10dB (up to 100kHz) Output: BNC 50ohm AC ±2.5V (with gain adjustment) BNC 50ohm DC 0-5V (without gain adjustment) 3.5mm Jack AC ±2.5V (with gain adjustment) Operating Temperature: 0℃ to +40℃ Connector Type: E2000 APC Fiber Type: 50/125 (62.5 is also possible upon request) Power Supply: μUSB 5V, 500mA Battery: None

Can be used in harsh environments such as high temperatures and high frequencies. Dynamic pressure wave measurement of turbochargers.

Operating Mode: Differential Pressure Natural Frequency: >100kHz Frequency Range: 10Hz-1MHz (typ.) depending on the converter used Pressure Measurement Range: 0.5 Bar (10^5 Pa) (≈190dB SPL) *Differential Self-Noise: 50dB SPL (BW: 1Hz, over full bandwidth) 40dB SPL (in low noise environments) Damage Threshold: > 1Bar (≈200dB SPL) *Differential Sensitivity: 0.3mV/Pa (10V/Bar) kg Calibration: Factory calibrated (An adapter for standard calibrators is available.) <General Specifications> Pressure Medium: Gas Fiber Type: Multi-mode 50/125 OM2 Output Connector: E2000 LSH APC Sensor Head Shape: 3.2×10 mm (2.5×10 mm is also possible) Weight of Sensor Head: 0.5 g Fiber Cable Length: 2 m (standard) (other lengths are also possible) Operating Temperature Range: -40 to +350℃ Peak Operating Temperature (short term): 420℃ Temperature Influence: < 1% (response sensitivity) Operating Environment Humidity: 100% (RH) EMI/RFI: No effect

Acoustic sensors that can be used in high temperature, high pressure, high humidity, high magnetic field, and radiation environments.

■Fiber Optic Microphone Material: Ultem Frequency Range: 150Hz to 10kHz (±3dB) SN Ratio: 70dB (Measured at 1kHz, 94dB, gain stabilized with the central tab) Maximum Sound Pressure: 130dB SPL Operating Temperature: -10℃ to +50℃ Storage Temperature: -20℃ to +70℃ ■Fiber Optic Dimensions: Φ 0.9 to 3mm Connector: E2000 (with protective cap) Type: Single-mode 9 microns Signal Loss: 0.3 dB/km to 0.6 dB/km Minimum Bend Radius: 5mm for short-term, 40mm for long-term storage ■Adjuster Dimensions: 120 × 110 × 60mm (length x width x height) Sensitivity: 150mV/Pa (Measured at 1kHz, 94dB, gain stabilized with the central tab) Maximum Output Voltage: +5V Output Jack: 3.5mm Operating Temperature: 0℃ to +40℃ Storage Temperature: -20℃ to +70℃ Power Plug-in Unit: 100-240V AC-5V Power Consumption: 5V – 0.5 W

A non-contact thermometer that can consider the effects of changes in both emissivity and reflectivity at temperatures between 500 and 1500°C.

<Main Specifications> - Measurement temperature range: 500 to 1500℃ - Fiber length: Standard 2 m - Working distance (W.D.): typ. 400 mm - Spot size: 5 mm @typ. 400 mm - Resolution: 1 ℃ - Measurement accuracy: ±10 ℃ typ. @1500 ℃ - Sampling frequency: 10 Hz (100 Hz upon request) - Operating wavelengths: 1,310 nm & 1,550 nm (Laser class: class 3B) - Targeting: Laser targeting, class 2 - Dimensions: 21 × 14 × 25 cm (excluding fiber) - Weight: 2.5 kg - Operating environment temperature: 15 to 30 ℃ (control unit section) *ThermoRef<TM> is a non-contact thermometer developed in collaboration with research institutes by Phonoptics Inc. (Patent pending).

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

■Probe Model Name: PRB-230-02M-ST-L / TP4 Measurement Range: -40℃ to +230℃ Accuracy: ±1.0℃ Immersion Response Time Constant: 2.0 seconds Probe Tip Diameter: 2.0 mm Minimum Bending Radius: 50 mm Probe Material: PTFE, Polyimide Partial Discharge: ASTM-D149 10 kV/mm Insulation Resistance: IEC 60270 Less than 10 pC ■Compatible Transmitter Models FTX-XFMR+ Series Number of Channels: 4 or 6 Analog Output: - Digital Interface: Standalone RS-485 Measurement Range: -50℃ to +250℃ Resolution: 0.1℃ System Accuracy: ±2.0℃ Update Rate: 30Hz Communication Protocol: Modbus RTU, Half Duplex Operating Humidity: 0 to 90% RH (no condensation) Operating Environment: -40℃ to +65℃ Power Supply: 12 to 24VDC (maximum 2.5W) Dimensions: 114×22.5×102 mm Mounting: 35 mm DIN Rail Configuration Software: OSENSA View or OSENSA View Pro

It is possible to perform accurate and highly reliable temperature measurements for research purposes in the fields of electricity and medicine.

■PRB-G40-2.0M-ST-C/HC - Standard range (-C) ±1.0℃: -40 to +250℃ - High temperature range (-HC) ±2.0℃: -40 to +350℃ - Probe length (initial setting 2.0m): 0.5 to 10m - Length of exposed part: 50mm - Extension cable: EXT-400-x.xM-ST-ST - Fiber core diameter: 400μm - Minimum bending radius: 60mm - Diameter of polyimide tip: 650μm - Response time: 250 milliseconds ■PRB-G20-2.0M-ST-C/HC - Standard range (-C) ±1.0℃: -40 to +250℃ - High temperature range (-HC) ±2.0℃: -40 to +350℃ - Probe length (initial setting 2.0m): 0.5 to 10m - Length of exposed part: 50mm - Extension cable: EXT-200-x.xM-ST-ST - Fiber core diameter: 200μm - Minimum bending radius: 40mm - Diameter of polyimide tip: 450μm - Response time: 200 milliseconds

By linking with a mobile app, it is possible to easily determine materials anytime and anywhere with simple steps.

■Specifications - Compatible devices: All smartphones and tablets - Light source: UVA, UVB, visible, NIR can be installed - Wavelength range: 380 to 750nm - Connection: 5.0 Bluetooth (Low Energy) - Weight/Size: 200g / 76x49x54mm - App: Available for download from Google Play/App Store - Data acquisition time: 10ms to 2000ms - Wavelength resolution: 1.5nm - Battery: Operating time: 4 hours, Standby mode: 12 hours

Ultra-compact. Easy color measurement, data storage, and sharing with a smartphone app. A comprehensive color library.

■Main Specifications ・Repeatability: 0.05 ΔE00 ・Instrument Tolerance: 0.2 ΔE00 (average) ・Illumination/Receiving Optical System: Diffused Light / 0 ・Observation Light Sources: A, F2, D50, D65 light sources ・Observation Conditions: 2° field of view / 10° field of view ・Measurement Diameter: Φ8 mm ・Measurement Wavelength Interval/Measurement Range: 10 nm / 400 - 700 nm ・Measurement Time: 1.5 seconds ・Measurement Light Source: Full Spectrum LEDs ・Light Source Lifespan: >500 hours or 1,000,000 scans ・Battery Capacity: 200 mAh

When attached to a smartphone with a camera, it becomes a compact spectrometer! It can be attached to most smartphones and tablets!

■Specifications - Wavelength range: 400–750nm (via smartphone) - Wavelength resolution: 10nm - Wavelength reproducibility: 1nm - Video rate: 10fps (typical) - Software: Android 5.0 Lollipop or iOS 8

A photodiode with very high sensitivity over a wide wavelength range from 200nm to 950nm.

【Features】 - Ideal light response over a wide wavelength range (200 nm to 950 nm) - Over 96% external quantum efficiency - Capable of collecting light at incident angles of up to 70 degrees 【Technical Information】 - Ultraviolet light response characteristics (twice that of a typical pn junction photodiode) - Detection angle (extremely high absorption rate of >95% at 60°C) - External certification Physikalisch-Technische Bundesanstalt (German National Metrology Institute) MIKES (Finnish National Metrology Institute)

Ultra-high sensitivity SMD package suitable for wearable devices - Black silicon photodiode

【Exhibition Information】 ■Exhibition Name: SmartSensing2023 ■Date: 2023/5/31 to 6/2 ■Venue: Tokyo Big Sight East Exhibition Hall ■Booth Number: 5B-27 【Product Features】 ・High sensitivity in other wavelength ranges (especially high sensitivity in green, red, and near-infrared) ・Low dark current ・Compact SMD package 【Product Basic Information】 ■Wavelength Range: 400‐1100 nm ■Peak Response Wavelength λp: 970 nm ■Responsivity Typ. λp 0.71 [A/W] 0.40 [A/W] @540nm 0.47 [A/W] @630nm 0.70 [A/W] @940nm