[Product Description]

Wearable biosignal measurement: The BORY fNIRS Band uses functional near-infrared spectroscopy to measure optical signals associated with changes in tissue hemodynamics and oxygenation during physical activity and research.

Exercise physiology research: Supports the collection of physiological signal data during and after physical activity, helping researchers examine changes associated with exercise, rest, and recovery conditions.

Biosignal data collection: The BORY fNIRS Band collects optical biosignal data related to changes in tissue hemodynamics and oxygenation, supporting research and analysis of physiological responses under different activity and experimental conditions.

Research and development use: Designed as a wearable functional near-infrared spectroscopy device for universities, research institutions, laboratories, and data-driven algorithm development projects requiring optical biosignal measurement hardware.

Adjustable wearable design: Features an adjustable strap with multiple sizing holes to support secure positioning on suitable measurement areas such as the forehead, arm, or lower leg for different research applications.

It is ideal for:

• fNIRS-based hemodynamic signal research

• Wearable neurotechnology prototyping

• AI-based signal analysis and pattern detection development

• Cognitive and neuroscience research applications

[Key Features]

• Dual-wavelength optical measurement (740nm / 850nm)

• Wireless Bluetooth data transmission + USB wired mode

• Stable optical sensor interface and signal conditioning

• Prototype-ready PCB platform for headband-type wearable systems

• Scalable to multi-point / multi-channel configurations upon request

• Custom optode contact and 3D-printed enclosure support available for custom prototype projects

[Notes on Hair/Scalp Contact]

• In practical fNIRS systems, scalp contact quality is critical, especially in hair-covered regions.

• Our platform supports optode/contact customization (spring/brush-type holders). Fiber-based solutions are typically research-grade and require separate mechanical/optical design.

[Important Disclaimer]

• This product is provided as a research and development kit only.

• It is not a clinical diagnostic device and is not FDA-cleared for medical use.

[Lead Time]

• This is a made-to-order development kit. Shipping may take up to 28 days after purchase.

[Box Contents]

• Wearable fNIRS Sensor Module

[Technical Specifications]
Optical Channels: 4
Wavelengths: 740nm / 850nm
Controller: ESP32-WROOM-32D
Communication:

• USB-C

• Bluetooth (BLE)

• Wi-Fi AP Mode

PCB Size: 66 × 35 mm
Power Consumption: Approx. 0.5 Wh

[Data Output]
The board outputs raw optical sensor measurements for research and algorithm development purposes.
Data can be collected through:
USB Serial
Bluetooth (BLE)
Wi-Fi
Data is recorded as TXT log files for external processing and analysis.

What's in the box

1x BORY fNIRS BAND