Description

A common need when recording biosignals is the annotation of meaningful events that occur during the recording session, synchronously with the biosignal data. This ergonomic handheld manual button was specifically designed for that purpose. In addition, it can be used as a trigger device to manually start online and offline signal acquisitions using 8-channel biosignalsplux devices.

Compatibility Information

The Trigger Button is compatible with 8-channel biosignalsplux hub for event annotation and acquisition triggering tool by connecting it to the digital I/O port. On 4-channel biosignalsplux devices, it can be connected on any of the available 4 analog input ports for event annotations purposes

Features

Ergonomic design
Event annotation tool
Allows manual start of data acquisitions (8-channel devices only)
Easy-to-use
Output states:High (3V) if pressed; Low (0V) if not pressed

Specifications

\nCable Length: 100cm±0.5cm\n
\nConnector Type: UC-E6 (Male)\n
Type: Momentary (returns to the initial state upon button release)

Downloads

","featuredImage",{"_674":675,"_676":119},"inventoryTotalQuantity","hasOnlyDefaultVariant","variantId","variantPrice","variantInventoryQuantity","variantInventoryPolicy","DENY","variantsCount","images",[973],[85,148,149,150,145,115,151,152,153,117],"options",[966,967,968],[147,145,143,82,141,139,111,137,109,135],"variantStorePrice",{"_969":972},{"_969":971},{"_969":970},"name","Type","Connector Type","Cable Length",{"_674":675,"_676":119},"Description Compact electrodes that can be used with or without gel and can be used multiple times. Features Stud connector Plastic rim to increase fixation area (use is optional) Diameter: 10mm Thickness: 2mm Core: Ag/AgCl coated polymer","

Description

Compact electrodes that can be used with or without gel and can be used multiple times.

Features

Stud connector
Plastic rim to increase fixation area (use is optional)
\nDiameter: 10mm
\nThickness: 2mm
\nCore: Ag/AgCl coated polymer

",{"_674":682,"_676":203},[983],[85,114,117],[981],[82,113,111],{"_969":982},"Title",{"_674":682,"_676":203},"Description Specialty gel with mild abrasive to clean and reduce the impedance of the skin before applying the electrodes. Recommended for the skin cleaning and electrode placement process when using any of the BITalino or biosignalsplux electrode-based sensors. Features Stand-up tube Flip-top cap Net Weight: 114g","

Description

Specialty gel with mild abrasive to clean and reduce the impedance of the skin before applying the electrodes. Recommended for the skin cleaning and electrode placement process when using any of the BITalino or biosignalsplux electrode-based sensors.

Features

Stand-up tube
Flip-top cap
\nNet Weight: 114g

",{"_674":688,"_676":192},[992],[85,114,115,86,117],[991],[82,113,111,109,78,105],{"_969":982},{"_674":688,"_676":192},"Description A common need when recording biosignals is the annotation of meaningful events that occur during the recording session, synchronously with the biosignal data. This ergonomic foot switch was specifically designed for that purpose. In addition, it can be used as a trigger device to manually start online and offline signal acquisitions using 8-channel biosignalsplux devices. The Foot Switch is compatible with 8-channel biosignalsplux hub for event annotation and acquisition triggering tool by connecting it to the digital I/O port. On 4-channel biosignalsplux devices, it can be connected on any of the available 4 analog input ports for event annotations purpose Features Ergonomic design Event annotation tool Allows manual start of data acquisitions (8-channel devices only) Easy-to-use Type: persistent; output state is toggled after each button press and stays at the value until the next button press Downloads Foot switch Datasheet","

Description

A common need when recording biosignals is the annotation of meaningful events that occur during the recording session, synchronously with the biosignal data. This ergonomic foot switch was specifically designed for that purpose. In addition, it can be used as a trigger device to manually start online and offline signal acquisitions using 8-channel biosignalsplux devices.

The Foot Switch is compatible with 8-channel biosignalsplux hub for event annotation and acquisition triggering tool by connecting it to the digital I/O port. On 4-channel biosignalsplux devices, it can be connected on any of the available 4 analog input ports for event annotations purpose

Features

Ergonomic design
Event annotation tool
Allows manual start of data acquisitions (8-channel devices only)
Easy-to-use
Type: persistent; output state is toggled after each button press and stays at the value until the next button press

Downloads

Foot switch Datasheet

",{"_674":695,"_676":155},[1003],[85,149,145,115,152,117],[1000,1001,1002],[147,145,143,82,141,111,137,109],{"_969":972},{"_969":971},{"_969":970},{"_674":695,"_676":155},"Overview Want to boost your PLUX Biosignals setup? Our Third-Party Sensor Adapter lets you easily add other sensors, all with a secure RCA connection. This isn't just any adapter – it's crafted for safety with medical-grade precision. Got a unique sensor or a third-party device? Connect it effortlessly. With one biosignalsplux hub, you can sync every sensor, PLUX or not. Also, add Bluetooth streaming to your non-Bluetooth sensors and make use of our OpenSignals software and PLUX APIs Safety is our priority. With top-notch medical-grade insulation, connect confidently, knowing your PLUX Biosignals and external devices are in safe hands! Content 1x Third-Party Sensor Adapter 1x Sensor Connection Cable (10cm) Highlights Integrate both custom and third-party sensors with your biosignalsplux hub. Synchronize recordings from all sensors, PLUX or otherwise. Streamline data collection by connecting various sensors to one biosignalsplux hub. Upgrade non-Bluetooth sensors with Bluetooth streaming and tap into our PLUX software and APIs. Resources PLUX Knowledge Base: Third-Party Sensor Adapter Third-Party Sensor Adapter - Datasheet","

Overview

Want to boost your PLUX Biosignals setup? Our Third-Party Sensor Adapter lets you easily add other sensors, all with a secure RCA connection. This isn't just any adapter – it's crafted for safety with medical-grade precision.

Got a unique sensor or a third-party device? Connect it effortlessly. With one biosignalsplux hub, you can sync every sensor, PLUX or not. Also, add Bluetooth streaming to your non-Bluetooth sensors and make use of our OpenSignals software and PLUX APIs

Safety is our priority. With top-notch medical-grade insulation, connect confidently, knowing your PLUX Biosignals and external devices are in safe hands!

Content

1x Third-Party Sensor Adapter
1x Sensor Connection Cable (10cm)

Highlights

Integrate both custom and third-party sensors with your biosignalsplux hub.
Synchronize recordings from all sensors, PLUX or otherwise.
Streamline data collection by connecting various sensors to one biosignalsplux hub.
Upgrade non-Bluetooth sensors with Bluetooth streaming and tap into our PLUX software and APIs.

Resources

\n
PLUX Knowledge Base: Third-Party Sensor Adapter
\n
\n
Third-Party Sensor Adapter - Datasheet
\n

",{"_674":701,"_676":63},[1012,1013,1014,1015,1016],[85,86,87],[1011],[84,82,80,78],{"_969":982},{"_674":701,"_676":63},{"_674":1020,"_676":63},{"_674":1019,"_676":63},{"_674":1018,"_676":63},{"_674":1017,"_676":63},"https://cdn.shopify.com/s/files/1/0595/1068/5887/files/banner-novo-produto-005.jpg?v=1718710347","https://cdn.shopify.com/s/files/1/0595/1068/5887/files/banner-novo-produto-003.jpg?v=1718710349","https://cdn.shopify.com/s/files/1/0595/1068/5887/files/banner-novo-produto-002.jpg?v=1718710356","https://cdn.shopify.com/s/files/1/0595/1068/5887/files/banner-novo-produto-001.jpg?v=1718710359","Description Standard pre-gelled and self-adhesive disposable electrodes. Features 1 stud connector Self-adhesive Diameter: 24mm Thickness: 1mm Core: Ag/AgCl coated polymer Gel: Conductive and adhesive hydrogel","

Description

Standard pre-gelled and self-adhesive disposable electrodes.

Features

1 stud connector Self-adhesive
\nDiameter: 24mm
\nThickness: 1mm
\nCore: Ag/AgCl coated polymer
\nGel: Conductive and adhesive hydrogel

",{"_674":707,"_676":708},[1029,1030],[85,114,115,116,86,117],[1028],[82,113,111,109,78,107,105,103],{"_969":982},{"_674":707,"_676":708},{"_674":1031,"_676":1032},"https://cdn.shopify.com/s/files/1/0595/1068/5887/products/sensores04_ed2031a6-3eb5-4f6e-9495-25f234a7eba8.jpg?v=1718710117","Gelled Electrodes side view","Description Conductive and adhesive paste for EEG data acquisition (also applicable to EMG / ECG / EDA when using non-gelled electrodes) Features Stand-up tube Flip-top cap Net Weight: 114g Ingredients: Polyoxethylene 20 Cetyl Ether Water, Glycerin Calcium Carbonate 1,2 Propanediol Potassium Chloride Gelwhite Sodium Chloride Polyoxythylene 20 Sorbitol Methylparaben Propylparaben.","

Description

Conductive and adhesive paste for EEG data acquisition (also applicable to EMG / ECG / EDA when using non-gelled electrodes)

Features

Stand-up tube
Flip-top cap
\nNet Weight: 114g

Ingredients:

Polyoxethylene 20 Cetyl Ether
Water, Glycerin
Calcium Carbonate
1,2 Propanediol
Potassium Chloride
Gelwhite
Sodium Chloride
Polyoxythylene 20 Sorbitol
Methylparaben
Propylparaben.

",{"_674":713,"_676":180},[1041],[85,114,115,86,117],[1040],[82,113,111,109,78,107],{"_969":982},{"_674":713,"_676":180},"Description Pre-gelled and self-adhesive electrodes that can be repositioned and used multiple times without significant degradation to the adhesive. Features 1 stud connector Self-adhesive Diameter: 22mm Thickness: 1mm Core: Ag/AgCl coated polymer Gel: Conductive and adhesive hydrogel","

Description

Pre-gelled and self-adhesive electrodes that can be repositioned and used multiple times without significant degradation to the adhesive.

Features

1 stud connector
Self-adhesive
\nDiameter: 22mm
\nThickness: 1mm
\nCore: Ag/AgCl coated polymer
\nGel: Conductive and adhesive hydrogel

",{"_674":719,"_676":168},[1050],[85,114,115,86,117],[1049],[82,113,111,109,78,105],{"_969":982},{"_674":719,"_676":168},"Description Visible range light sensor useful for synchronization with visual stimuli and cues. The biosignalsplux Light sensor can be used for a variety of different purposes such as tracking physiological response (e.g. heart rate) in dependence of the ambient light changes or visual evoked potentials. Another common need when working with biosignals is the synchronization of the recorded data with external sources. For instance, when applied to the computer screen, this sensor can detect chromatic changes in the screen as a possible synchronization marker. Features Ambient light monitoring Visual stimuli tracking Visual synchronization marker Pre-conditioned analog output Raw data output Ready-to-use & miniaturized form-factor Specifications Range: 400-700mm (peak @ 550nm) Consumption: ~0.05mA Cable Length: 100cm±0.5cm (customizable; extra costs may apply) Connector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit) Compatibility: This sensor is only compatible with biosignalsplux acquisition system Downloads Light (LUX) Sensor User Manual Light (LUX) Sensor Datasheet Signal Sample","

Description

Visible range light sensor useful for synchronization with visual stimuli and cues.

The biosignalsplux Light sensor can be used for a variety of different purposes such as tracking physiological response (e.g. heart rate) in dependence of the ambient light changes or visual evoked potentials.

Another common need when working with biosignals is the synchronization of the recorded data with external sources. For instance, when applied to the computer screen, this sensor can detect chromatic changes in the screen as a possible synchronization marker.

Features

Ambient light monitoring
Visual stimuli tracking
Visual synchronization marker
Pre-conditioned analog output
Raw data output
Ready-to-use & miniaturized form-factor

Specifications

\nRange: 400-700mm (peak @ 550nm)
\nConsumption: ~0.05mA
\nCable Length: 100cm±0.5cm (customizable; extra costs may apply)
\nConnector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit)

Compatibility:

This sensor is only compatible with biosignalsplux acquisition system

Downloads

\n \n

",{"_674":726,"_676":424},[1062,1063,1064,1065,1066],[149,150,145,115,152,326,153,87,117],[1058,1059,1060],[147,145,84,325,143,111,137,109,135],{"_969":1061},{"_969":972},{"_969":971},"Range",{"_674":726,"_676":424},{"_674":1071,"_676":424},{"_674":1070,"_676":424},{"_674":1069,"_676":424},{"_674":1067,"_676":1068},"https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleLUX.png?v=1718709719","Light (LUX) Sensor Signal sample","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-LUX.3.jpg?v=1718709711","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-LUX.2.jpg?v=1718709714","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-LUX.4.jpg?v=1718709716","Description The PLUX Temperature sensor is specifically developed for biosignal research applications where it can be used to measure corporal or ambient temperatures. The sensor produces an accurate analog output signal with short response times to temperature alterations and it can be used with our biosignalsplux and BITalino devices. The medical-grade PVC insulation of the Temperature sensor allows a safe use of this sensor even when in direct skin contact. Additionally, the small form-factor of the sensor and small diameter of the sensing element (~2mm) enable possibilities of local and accurate temperature measurements within a 0ºC and 50ºC temperature range. Features Medical-grade PVC insulation Short response times High signal-to-noise ratio Pre-conditioned analog output Ready-to-use & miniaturized form-factor Specifications Type: NTC thermistor Range: 0ºC-50ºC Element Diameter: 2.04mm Cable Length: 100cm±0.5cm (customizable; extra costs may apply) Connector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit) Compatibility: This sensor is compatible with both BITalino and biosignalplux systems Downloads Temperature (TMP) User Manual Temperature (TMP) Datasheet Signal Sample (.ZIP)","

Description

The PLUX Temperature sensor is specifically developed for biosignal research applications where it can be used to measure corporal or ambient temperatures. The sensor produces an accurate analog output signal with short response times to temperature alterations and it can be used with our biosignalsplux and BITalino devices.

The medical-grade PVC insulation of the Temperature sensor allows a safe use of this sensor even when in direct skin contact. Additionally, the small form-factor of the sensor and small diameter of the sensing element (~2mm) enable possibilities of local and accurate temperature measurements within a 0ºC and 50ºC temperature range.

Features

Medical-grade PVC insulation
Short response times
High signal-to-noise ratio
Pre-conditioned analog output
Ready-to-use & miniaturized form-factor

Specifications

\nType: NTC thermistor
\nRange: 0ºC-50ºC
\nElement Diameter: 2.04mm
\nCable Length: 100cm±0.5cm (customizable; extra costs may apply)
\nConnector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit)

Compatibility:

\n
\nThis sensor is compatible with both BITalino and biosignalplux systems
\n

Downloads

",{"_674":731,"_676":454},[1080,1081,1082,1083,1084],[149,115,86,152,254,87,117,291],[1079],[147,84,250,290,111,137,109,78],{"_969":982},{"_674":731,"_676":454},{"_674":1089,"_676":454},{"_674":1088,"_676":454},{"_674":1087,"_676":454},{"_674":1085,"_676":1086},"https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleTMP.png?v=1718709588","Temperature (TMP) Sensor Signal sample","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-TEMP.4.jpg?v=1718709585","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-TEMP.2.jpg?v=1718709576","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-TEMP.3.jpg?v=1718709582","Description The biosignalsplux EDA sensor is capable of accurately measuring the electrical properties of the skin which changes. These changes are caused by alterations in sweat secretion and sweat gland activity as a result of changing sympathetic nervous system activity. The low-noise signal conditioning and amplification circuit design provide optimal performance in the detection of even the most feeble electrodermal skin response events. Features Skin resistance measurement Pre-conditioned analog output High signal-to-noise ratio Medical-grade raw data output Ready-to-use & miniaturized form-factor Specifications Range: >0 t 24μS Bandwidth: 0-3Hz Consumption: ~0.72mA Input Impedance: Spec Cable Length: 100cm±0.5cm (customizable; extra costs may apply) Connector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit) Compatibility: This sensor is only compatible with biosignalsplux data acquisition system which is sold separately. Make sure you have one to use it. Downloads Electrodermal Activity EDA Datasheet","

Description

The biosignalsplux EDA sensor is capable of accurately measuring the electrical properties of the skin which changes. These changes are caused by alterations in sweat secretion and sweat gland activity as a result of changing sympathetic nervous system activity. The low-noise signal conditioning and amplification circuit design provide optimal performance in the detection of even the most feeble electrodermal skin response events.

Features

Skin resistance measurement
Pre-conditioned analog output
High signal-to-noise ratio
Medical-grade raw data output
Ready-to-use & miniaturized form-factor

Specifications

\nRange: >0 t 24μS
\nBandwidth: 0-3Hz
\nConsumption: ~0.72mA
\nInput Impedance: Spec
\nCable Length: 100cm±0.5cm (customizable; extra costs may apply)
\nConnector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit)

Compatibility:

This sensor is only compatible with biosignalsplux data acquisition system which is sold separately. Make sure you have one to use it.

Downloads

Electrodermal Activity EDA Datasheet

",{"_674":736,"_676":737},[1098,1099,1100,1101,1102,1103,1104],[149,252,150,145,115,253,152,326,87,117],[1097],[147,145,84,325,248,111,137,109,135],{"_969":982},{"_674":736,"_676":737},{"_674":1111,"_676":737},{"_674":1110,"_676":311},{"_674":1109,"_676":311},{"_674":1108,"_676":311},{"_674":1107,"_676":311},{"_674":1105,"_676":1106},"https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleEDA.png?v=1739375217","Electrodermal Activity (EDA) Sensor Signal sample","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EDA.3.jpg?v=1739375217","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EDA.2.jpg?v=1739375217","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EDA.4.jpg?v=1739375217","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EDA.1.jpg?v=1739375217","https://cdn.shopify.com/s/files/1/0595/1068/5887/files/EDA_sensor.jpg?v=1748901063","Description The biosignalsplux tri-axial Accelerometer ( ACC ) uses Micro-Electro-Mechanical Systems (MEMS®) technology for the acquisition of high-quality accelerometry data. This sensor can measure sub-milliG accelerations and provides raw data of each axis on individual channels, giving you full control of the acquired data. ACC sensors are commonly found in motion tracking applications where this sensor can be used for the development of to measure physical activity, range of motion, as well as to conduct vibration analysis, which, for example, can be used to prevent ergonomic injuries or evaluate tremors of Parkinson patients. Features Tri-axial sensing MEMS® technology High-quality raw data output Pre-conditioned analog output Ready-to-use & miniaturized form-factor Specifications Axis: 3 Range: ±3.6G Bandwidth: 0-50Hz Cable Length: 100cm±0.5cm (customizable; extra costs may apply) Connector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit) Compatibility: This sensor is compatible with both BITalino and biosignalplux systems Downloads Accelerometer ACC Datasheet Accelerometer ACC User Manual","

Description

The biosignalsplux tri-axial Accelerometer ( ACC ) uses Micro-Electro-Mechanical Systems (MEMS®) technology for the acquisition of high-quality accelerometry data. This sensor can measure sub-milliG accelerations and provides raw data of each axis on individual channels, giving you full control of the acquired data.

ACC sensors are commonly found in motion tracking applications where this sensor can be used for the development of to measure physical activity, range of motion, as well as to conduct vibration analysis, which, for example, can be used to prevent ergonomic injuries or evaluate tremors of Parkinson patients.

Features

Tri-axial sensing
MEMS® technology
High-quality raw data output
Pre-conditioned analog output
Ready-to-use & miniaturized form-factor

Specifications

\nAxis: 3
\nRange: ±3.6G
\nBandwidth: 0-50Hz
\nCable Length: 100cm±0.5cm (customizable; extra costs may apply)
\nConnector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit)

Compatibility:

\n
\nThis sensor is compatible with both BITalino and biosignalplux systems
\n

Downloads

Accelerometer ACC Datasheet
Accelerometer ACC User Manual

",{"_674":742,"_676":743},[1120,1121,1122,1123,1124],[149,115,86,152,272,376,254,274,87,117,291],[1119],[147,84,250,309,374,290,111,137,109,78],{"_969":982},{"_674":742,"_676":743},{"_674":1129,"_676":743},{"_674":1128,"_676":743},{"_674":1127,"_676":743},{"_674":1125,"_676":1126},"https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleACC.png?v=1718709824","Accelerometer (ACC) Sensor Signal sample","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-ACC.4.jpg?v=1718709821","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-ACC.3.jpg?v=1718709818","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-ACC.2.jpg?v=1718709814","Description The biosignalsplux Electrooculography (EOG) sensor has been specially designed for seamless EOG data acquisition. Either used by itself or in combination with an eye tracker, our sensor can provide additional insight into your subjects’ eye gaze patterns. The bipolar configuration, with two measurement electrodes, detects the electrical potentials in the specific temporal or facial region of choice, with respect to a reference electrode (placed in an area of low bioelectrical activity). The resulting signal is the amplified difference between these two leads, eliminating the common unwanted signals. Its convenient form factor enables a discrete application in the typical EOG electrode placement locations. Features Biosignal-based eye-tracking tool Single-chanel sensor Bipolar differential measurement High signal-to-noise ratio Pre-conditioned analog output Medical-grade raw data output Ready-to-use & miniaturized form-factor Specifications Gain: 2.040 Bandwidth: 0.05-41.00Hz CMRR: 100dB Connector Type: UC-E6 (Male) Range: ±0.81mV (with VCC=3V) Input Impedance: >100GOhm Cable Length: 100cm±0.5cm (customizable) Compatibility: This sensor requires a biosignalsplux data acquisition system to function, which is sold separately. Downloads Electrooculography (EOG) Sensor Datasheet Electrooculography (EOG) Sensor User Manual","

Description

The biosignalsplux Electrooculography (EOG) sensor has been specially designed for seamless EOG data acquisition. Either used by itself or in combination with an eye tracker, our sensor can provide additional insight into your subjects’ eye gaze patterns.

The bipolar configuration, with two measurement electrodes, detects the electrical potentials in the specific temporal or facial region of choice, with respect to a reference electrode (placed in an area of low bioelectrical activity). The resulting signal is the amplified difference between these two leads, eliminating the common unwanted signals. Its convenient form factor enables a discrete application in the typical EOG electrode placement locations.

Features

Biosignal-based eye-tracking tool
Single-chanel sensor
Bipolar differential measurement
High signal-to-noise ratio
Pre-conditioned analog output
Medical-grade raw data output
Ready-to-use & miniaturized form-factor

Specifications

\nGain: 2.040
\nBandwidth: 0.05-41.00Hz
\nCMRR: 100dB
\nConnector Type: UC-E6 (Male)
\nRange: ±0.81mV (with VCC=3V)
\nInput Impedance: >100GOhm
\nCable Length: 100cm±0.5cm (customizable)

Compatibility:

This sensor requires a biosignalsplux data acquisition system to function, which is sold separately.

Downloads

",{"_674":748,"_676":749},[1138,1139,1140,1141,1142,1143,1144,1145,1146,1147],[149,251,150,145,115,253,152,254,87,117],[1137],[147,145,84,250,248,111,137,109,135],{"_969":982},{"_674":748,"_676":749},{"_674":1159,"_676":749},{"_674":1157,"_676":1158},{"_674":1156,"_676":393},{"_674":1155,"_676":393},{"_674":1154,"_676":393},{"_674":1153,"_676":393},{"_674":1151,"_676":1152},{"_674":1150,"_676":1149},{"_674":1148,"_676":1149},"https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleEOGVertical_7c4c3801-122a-4514-af7f-52e8726c2fb4.png?v=1739375973","Electrooculography (EOG) Sensor Signal sample","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleEOGHorizontal.png?v=1739375973","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleEOGBlinking.png?v=1739375973","Electrooculography (EOG) Sensor Signal sample ","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EOG.4.jpg?v=1739375973","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EOG.3.jpg?v=1739375973","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EOG.2.jpg?v=1739375973","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EOG.1.jpg?v=1739375973","https://cdn.shopify.com/s/files/1/0595/1068/5887/files/EOG_sensor_in_use_case.jpg?v=1748901006","eog sensor for biosignals analysis","https://cdn.shopify.com/s/files/1/0595/1068/5887/files/EOG_Sensor_in_use.jpg?v=1748901017","Description Our low-noise ECG local differential triode configuration enables fast application and unobtrusive single-lead ECG data acquisition (although custom electrode cable configurations are available). The state-of-the-art design of the analog frontend on this sensor is specifically targeted at analyzing minutiae in the data and provides medical-grade raw sensor data. This sensor can be used to extract heart rate data and other ECG features, enabling its application in research fields such as biomedical, biofeedback, psychophysiology, and sports, among many others. Features Bipolar differential measurement Pre-conditioned analog output High signal-to-noise ratio Medical-grade raw data output Ready-to-use & miniaturized form-factor Specifications Gain: 1019 Range: ±1.47mV (with VCC=3V) Bandwidth: 0.48-100Hz Input Impedance: >100GOhm CMRR: 100dB Cable Length: 100cm±0.5cm (customizable; extra costs may apply) Connector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit) Compatibility: This sensor is only compatible with biosignalsplux acquisition system Downloads Electrocardiography (ECG) Sensor User Manual Electrocardiography (ECG) Sensor Datasheet Electrocardiography (ECG) Sensor Signal Sample (.ZIP) Technical Note - Electrocardiography (ECG) During Exercise Technical Note - Electrocardiography (ECG) on One Mental Challenge","

Description

Our low-noise ECG local differential triode configuration enables fast application and unobtrusive single-lead ECG data acquisition (although custom electrode cable configurations are available). The state-of-the-art design of the analog frontend on this sensor is specifically targeted at analyzing minutiae in the data and provides medical-grade raw sensor data.

This sensor can be used to extract heart rate data and other ECG features, enabling its application in research fields such as biomedical, biofeedback, psychophysiology, and sports, among many others.

Features

Bipolar differential measurement
Pre-conditioned analog output
High signal-to-noise ratio
Medical-grade raw data output
Ready-to-use & miniaturized form-factor

Specifications

\nGain: 1019
\nRange: ±1.47mV (with VCC=3V)
\nBandwidth: 0.48-100Hz
\nInput Impedance: >100GOhm
\nCMRR: 100dB
\nCable Length: 100cm±0.5cm (customizable; extra costs may apply)
\nConnector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit)

Compatibility:

This sensor is only compatible with biosignalsplux acquisition system

Downloads

",{"_674":755,"_676":756},-447,[1169,1170,1171,1172,1173,1174,1175,1176],[149,150,145,115,271,253,152,273,87,117,291],[1168],[147,145,84,270,290,248,111,137,109,135,105],{"_969":972},{"_674":755,"_676":756},{"_674":1183,"_676":1184},{"_674":760,"_676":761},{"_674":1182,"_676":481},{"_674":1181,"_676":481},{"_674":1180,"_676":481},{"_674":1179,"_676":481},{"_674":1177,"_676":1178},"https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleECG.png?v=1739374876","Electrocardiography (ECG) Sensor Signal sample","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-ECG.4_1.jpg?v=1739374876","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-ECG.3_1.jpg?v=1739374876","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-ECG.2_1.jpg?v=1739374876","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-ECG.1_1.jpg?v=1739374876","https://cdn.shopify.com/s/files/1/0595/1068/5887/files/ECG_Short_Cable_4cm-6cm-4cm.jpg?v=1748900928","short cable ecg sensor","Description The biosignalsplux Electroencephalography (EEG) sensor has been specifically designed with both classic and localized EEG measurement applications in mind. This single-lead EEG sensor is ideal for experimental setups for which an EEG cap is too intrusive, only a limited number of EEG channels are needed, or when multiple sensor types are being used in combination with localized EEG monitoring. The bipolar configuration, with two measurement electrodes, detects the electrical potentials in the specific scalp region and is used in combination with a reference electrode, placed at a region of low muscular activity. The resulting signal is the amplified difference between these two signals and the result of the brain’s electrical activity in the monitored scalp region. This sensor enables non-invasive, unobtrusive, and localized EEG monitoring, which, for example, can be used to track changes in cerebral activity as a result of visual or auditory stimuli. Note: This sensor comes with our Headband to help keep the sensor in place during the acquisition. Additionally, this EEG Sensor works with a biosignalsplux hub, which is sold separately. Make sure you have one to use with this sensor! Features Single-channel bipolar sensor Pre-conditioned analog output High signal-to-noise ratio Medical-grade raw data output Ready-to-use Miniaturized form-factor Specifications Gain: 47.780 Range: ±37.5μV (with VCC=3V) Bandwidth: 0.80-48.23Hz Input Impedance: >100GOhm CMRR: 100dB Cable Length: 100cm±0.5cm (customizable; extra costs may apply) Connector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit) Compatibility: This sensor requires a biosignalsplux data acquisition system to function, which is sold separately. Proven in Biosignals Research Used in 50+ peer-reviewed studies, including leading journals and institutions. Some examples: \"On Biosignals Analysis for the Effectiveness of Essential Oils with Virtual Reality for Stress and Anxiety Relief\" | IEEE Conference Publication | IEEE Xplore (2023) \"AI for health: Using AI to identify stress from wearable devices data\" | Webthesis (2023) \"Attention Classification Based on Biosignals during Standard Cognitive Tasks for Occupational Domains\" | (2022) \"New Frontiers in Postural Control and Motion Sickness Assessment: The BioVRSea Paradigm | IEEE Conference Publication\" | IEEE Xplore (2024) \"Multimodal emotion classification using machine learning in immersive and non-immersive virtual reality\" | Virtual Reality (2024) Downloads Electroencephalography (EEG) User Manual Electroencephalography (EEG) Datasheet Signal Sample (.ZIP)","

Description

The biosignalsplux Electroencephalography (EEG) sensor has been specifically designed with both classic and localized EEG measurement applications in mind. This single-lead EEG sensor is ideal for experimental setups for which an EEG cap is too intrusive, only a limited number of EEG channels are needed, or when multiple sensor types are being used in combination with localized EEG monitoring.

The bipolar configuration, with two measurement electrodes, detects the electrical potentials in the specific scalp region and is used in combination with a reference electrode, placed at a region of low muscular activity. The resulting signal is the amplified difference between these two signals and the result of the brain’s electrical activity in the monitored scalp region.

This sensor enables non-invasive, unobtrusive, and localized EEG monitoring, which, for example, can be used to track changes in cerebral activity as a result of visual or auditory stimuli.

Note: This sensor comes with our Headband to help keep the sensor in place during the acquisition. Additionally, this EEG Sensor works with a biosignalsplux hub, which is sold separately. Make sure you have one to use with this sensor!

Features

Single-channel bipolar sensor
Pre-conditioned analog output
High signal-to-noise ratio
Medical-grade raw data output
Ready-to-use
Miniaturized form-factor

Specifications

\nGain: 47.780
\nRange: ±37.5μV (with VCC=3V)
\nBandwidth: 0.80-48.23Hz
\nInput Impedance: >100GOhm
\nCMRR: 100dB
\nCable Length: 100cm±0.5cm (customizable; extra costs may apply)
\nConnector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit)

Compatibility:

This sensor requires a biosignalsplux data acquisition system to function, which is sold separately.

Proven in Biosignals Research

Used in 50+ peer-reviewed studies, including leading journals and institutions. Some examples:

\"On Biosignals Analysis for the Effectiveness of Essential Oils with Virtual Reality for Stress and Anxiety Relief\" | IEEE Conference Publication | IEEE Xplore (2023)

\"AI for health: Using AI to identify stress from wearable devices data\" | Webthesis (2023)

\"Attention Classification Based on Biosignals during Standard Cognitive Tasks for Occupational Domains\" | (2022)

\"New Frontiers in Postural Control and Motion Sickness Assessment: The BioVRSea Paradigm | IEEE Conference Publication\" | IEEE Xplore (2024)

\"Multimodal emotion classification using machine learning in immersive and non-immersive virtual reality\" | Virtual Reality (2024)

Downloads

",{"_674":766,"_676":767},[1193,1194,1195,1196,1197,1198],[149,252,150,145,115,253,152,326,87,117],[1192],[147,145,84,325,248,111,137,109,135,107],{"_969":982},{"_674":766,"_676":767},{"_674":1204,"_676":343},{"_674":1203,"_676":343},{"_674":1202,"_676":343},{"_674":1201,"_676":343},{"_674":1199,"_676":1200},"https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleEEG.png?v=1739375643","Electroencephalography (EEG) Sensor Signal sample","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EEG.4.jpg?v=1739375643","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EEG.3.jpg?v=1739375643","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EEG.2.jpg?v=1739375643","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EEG.1.jpg?v=1739375643","Description The biosignalsplux Goniometer is based on the SG twin-axis goniometer series (Biometrics, Ltd.) and is designed for seamless acquisition of angular data with other biosignals. With two attachment points to the body and a flexible beam, it enables uncompromised monitoring of flexion/extension and ulnar/radial deviations in individual channels, without limiting the motion of the monitored subjects. Multiple size options are available, enabling placement in segments ranging from a finger (e.g. intermediate – proximal phalanges) to a leg (e.g. lower part of the femur – upper part of the tibia). Goniometers are commonly found in motion tracking applications in biomechanics, rehabilitation, ergonomics, and sports research. Contact our support and sales representative to select the most suitable Force sensor option for your applications. Features Twin-axis sensor Strain gauge technology Flexible beam (freedom of motion) Pre-conditioned analog output Raw sensor output Ready-to-use & miniaturized form-factor Specifications Axis: 2 Channels: 2 (1 flex./ext.; 1 ulnar/radial) Lifetime: 600.000 cycles Range: ±150º Accuracy: ±2º (for specified range) Repeatability: ±1º Cable Lengths: 100cm±0.5cm (customizable; extra costs may apply) Connector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit) Compatibility: This sensor requires a biosignalsplux data acquisition system to function, which is sold separately. Downloads Goniometer (GON) Sensor Datasheet Signal Sample (.ZIP)","

Description

The biosignalsplux Goniometer is based on the SG twin-axis goniometer series (Biometrics, Ltd.) and is designed for seamless acquisition of angular data with other biosignals.

With two attachment points to the body and a flexible beam, it enables uncompromised monitoring of flexion/extension and ulnar/radial deviations in individual channels, without limiting the motion of the monitored subjects. Multiple size options are available, enabling placement in segments ranging from a finger (e.g. intermediate – proximal phalanges) to a leg (e.g. lower part of the femur – upper part of the tibia).

Goniometers are commonly found in motion tracking applications in biomechanics, rehabilitation, ergonomics, and sports research. Contact our support and sales representative to select the most suitable Force sensor option for your applications.

Features

Twin-axis sensor
Strain gauge technology
Flexible beam (freedom of motion)
Pre-conditioned analog output
Raw sensor output
Ready-to-use & miniaturized form-factor

Specifications

\nAxis: 2
\nChannels: 2 (1 flex./ext.; 1 ulnar/radial)
\nLifetime: 600.000 cycles
\nRange: ±150º
\nAccuracy: ±2º (for specified range)
\nRepeatability: ±1º
\nCable Lengths: 100cm±0.5cm (customizable; extra costs may apply)
\nConnector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit)

Compatibility:

This sensor requires a biosignalsplux data acquisition system to function, which is sold separately.

Downloads

Goniometer (GON) Sensor Datasheet
Signal Sample (.ZIP)

",{"_674":773,"_676":774},[1213,1214,1215,1216],[149,375,150,145,115,151,152,376,87,117,291],[1212],[147,145,84,374,139,290,111,137,109,135],{"_969":982},{"_674":773,"_676":774},{"_674":1220,"_676":1221},{"_674":1219,"_676":358},{"_674":1217,"_676":1218},"https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleEOGVertical.png?v=1739384872","Goniometer Sensor signal sample","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/NovoProjeto_20.png?v=1739384872","https://cdn.shopify.com/s/files/1/0595/1068/5887/files/2_e9f6bb4e-0f8c-4dd5-985f-ef0f42610423.jpg?v=1748901041","Goniometer (GON) - PLUX Biosignals","Description The biosignalsplux Force sensors are based on the proven FlexiForceTM (TekScan, Inc.) and Force Sensing Resistor® (Interlink Electronics, Inc.) force sensors and specifically adjusted for biomechanics, ergonomics, and sports research to measure force impulses. The lightweight designs of these sensors are available in 7 different sizes, lengths, and forms, along with various force ranges, providing suitable options for localized monitoring of force impulses with uncompromised performance. These properties allow an unobtrusive measurement even in the most demanding applications, for example, with limited spacing. Features Thin film form-factor Force impulse measurement Various & customizable output range Pre-conditioned analog output Force & pressure impulse measurements Ready-to-use & miniaturized form-factor Specifications Response Time: <1.2ms Range: Up to 100kg Repeatability: ±2.5% (of full scale) Drift: <7% Cable Length: 100cm±0.5cm (customizable; extra costs may apply) Connector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit) Compatibility: This sensor is compatible with both BITalino and biosignalplux systems Downloads FSR Datasheet","

Description

The biosignalsplux Force sensors are based on the proven FlexiForceTM (TekScan, Inc.) and Force Sensing Resistor® (Interlink Electronics, Inc.) force sensors and specifically adjusted for biomechanics, ergonomics, and sports research to measure force impulses.

The lightweight designs of these sensors are available in 7 different sizes, lengths, and forms, along with various force ranges, providing suitable options for localized monitoring of force impulses with uncompromised performance. These properties allow an unobtrusive measurement even in the most demanding applications, for example, with limited spacing.

Features

Thin film form-factor
Force impulse measurement
Various & customizable output range
Pre-conditioned analog output
Force & pressure impulse measurements
Ready-to-use & miniaturized form-factor

Specifications

\nResponse Time: <1.2ms
\nRange: Up to 100kg
\nRepeatability: ±2.5% (of full scale)
\nDrift: <7%
\nCable Length: 100cm±0.5cm (customizable; extra costs may apply)
\nConnector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit)

Compatibility:

\n
\nThis sensor is compatible with both BITalino and biosignalplux systems
\n

Downloads

FSR Datasheet

",{"_674":781,"_676":782},-67,4,[1233,1234,1235,1236],[149,115,86,152,452,87,117,291],[1231],[147,84,451,290,111,137,109,78],{"_969":1232},"FSR Type",{"_674":781,"_676":782},{"_674":1240,"_676":782},{"_674":1239,"_676":782},{"_674":1237,"_676":1238},"https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleFSR.png?v=1718709600","Force (FSR) Sensor Signal sample","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-FSR.3.jpg?v=1718709594","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-FSR.2.jpg?v=1718709591","Description The biosignalsplux Blood Volume Pulse (BVP) sensor is an optical, non-invasive sensor measures changes in the arterial translucency using the light emitter and detector built into its finger-clip housing. When the heart pumps blood, the arteries become opaquer, allowing less light to pass from the emitter on the sensor through to the receiver on the other side of the finger clip. This variation in light absorption can be used to determine important characteristics of cardiac monitoring (e.g. heart rate) which can afterwards be used for further analysis (e.g. heart rate variation). The clip-on form-factor minimizes interferences from external light sources, enabling reliable signal acquisitions. Specifications Type: Transmittance LED wavelength: 670nm Consumption: ~4.8mA Connector Type: UC-E6 (Male) Gain: 34 Bandwidth: 0.02-2.1Hz Cable Length: 100cm±0.5cm (customizable) Compatibility: This sensor requires a biosignalsplux data acquisition system to function, which is sold separately. Available Add-Ons Heart Rate Variability (HRV) Analysis The Heart Rate Variability (HRV) add-on is designed to process Electrocardiography (ECG) and Blood Volume Pulse (BVP) sensor data and to extract Beat-to-Beat interval series from which temporal, spectral, and nonlinear HRV parameters are computed. All the algorithms were implemented according to the \"Standards of Measurement, Physiological Interpretation, and Clinical Use\" devised by the joint European Society of Cardiology and North American Society of Pacing Electrophysiology task force. Downloads Blood Volume Pulse (BVP) Sensor Datasheet Blood Volume Pulse (BVP) Sensor at Rest Technical Notes","

Description

The biosignalsplux Blood Volume Pulse (BVP) sensor is an optical, non-invasive sensor measures changes in the arterial translucency using the light emitter and detector built into its finger-clip housing.

When the heart pumps blood, the arteries become opaquer, allowing less light to pass from the emitter on the sensor through to the receiver on the other side of the finger clip. This variation in light absorption can be used to determine important characteristics of cardiac monitoring (e.g. heart rate) which can afterwards be used for further analysis (e.g. heart rate variation). The clip-on form-factor minimizes interferences from external light sources, enabling reliable signal acquisitions.

Specifications

\nType: Transmittance\n
\nLED wavelength: 670nm
\nConsumption: ~4.8mA
\nConnector Type: UC-E6 (Male)
\nGain: 34
\nBandwidth: 0.02-2.1Hz
\nCable Length: 100cm±0.5cm (customizable)

Compatibility:

\nThis sensor requires a biosignalsplux data acquisition system to function, which is sold separately.

Available Add-Ons

Heart Rate Variability (HRV) Analysis

The Heart Rate Variability (HRV) add-on is designed to process Electrocardiography (ECG) and Blood Volume Pulse (BVP) sensor data and to extract Beat-to-Beat interval series from which temporal, spectral, and nonlinear HRV parameters are computed. All the algorithms were implemented according to the \"Standards of Measurement, Physiological Interpretation, and Clinical Use\" devised by the joint European Society of Cardiology and North American Society of Pacing Electrophysiology task force.

Downloads

",{"_674":799,"_676":800},[1249,1250,1251,1252,1253,1254],[149,150,145,115,253,152,273,87,117,291],[1248],[147,145,84,270,290,248,111,137,109,135,105],{"_969":982},{"_674":799,"_676":800},{"_674":1260,"_676":1261},{"_674":1259,"_676":407},{"_674":1258,"_676":407},{"_674":1257,"_676":407},{"_674":1255,"_676":1256},"https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleBVP.png?v=1739375430","Blood Volume Pulse (BVP) Finger Clip Sensor Signal sample","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-ADV-BVP.2_1.jpg?v=1739375430","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-ADV-BVP.1_2.jpg?v=1739375430","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-ADV-BVP.3_2.jpg?v=1739375430","https://cdn.shopify.com/s/files/1/0595/1068/5887/files/BVP_Sensor_Finger.jpg?v=1748900984","bvp sensor","Description The biosignalsplux Electromyography (EMG) Sensor is designed to monitor muscular activity even in the most extreme conditions. The bipolar configuration is ideal for uncompromised low-noise data acquisition, and the raw data output provides medical-grade data enabling it to be used for advanced and highly accurate biomedical, biomechanics, and sports research, among many other possible applications. Features Bipolar differential measurement Pre-conditioned analog output High signal-to-noise ratio Medical-grade raw data output Ready-to-use & miniaturized form-factor Specifications Gain: 1000 Bandwidth: 25-500Hz CMRR: 100dB Range: ±1.5mV (with VCC=3V) Input Impedance: >100GOhm Cable Length: 100cm±0.5cm (customizable; extra costs may apply) Connector Type: UC-E6 (must be connected to a biosignalsplux acqusition unit) Compatibility: This sensor is only compatible with biosignalsplux acquisition system which is sold separately. Make sure you have one to use it. Downloads Electromyography (EMG) Sensor Datasheet Electromyography (EMG) Sensor User Manual Electromyography (EMG) Sample Signal (.ZIP)","

Description

The biosignalsplux Electromyography (EMG) Sensor is designed to monitor muscular activity even in the most extreme conditions. The bipolar configuration is ideal for uncompromised low-noise data acquisition, and the raw data output provides medical-grade data enabling it to be used for advanced and highly accurate biomedical, biomechanics, and sports research, among many other possible applications.

Features

Bipolar differential measurement
Pre-conditioned analog output
High signal-to-noise ratio
Medical-grade raw data output
Ready-to-use & miniaturized form-factor

Specifications

\nGain: 1000
\nBandwidth: 25-500Hz
\nCMRR: 100dB
\nRange: ±1.5mV (with VCC=3V)
\nInput Impedance: >100GOhm
\nCable Length: 100cm±0.5cm (customizable; extra costs may apply)
\nConnector Type: UC-E6 (must be connected to a biosignalsplux acqusition unit)

Compatibility:

This sensor is only compatible with biosignalsplux acquisition system which is sold separately. Make sure you have one to use it.

Downloads

",{"_674":805,"_676":806},[1270,1271,1272,1273,1274,1275,1276,1277],[251,252,150,145,116,253,152,254,87,117,291],[1269],[147,145,84,250,290,248,111,135,103],{"_969":982},{"_674":805,"_676":806},{"_674":1286,"_676":806},{"_674":1285,"_676":806},{"_674":1284,"_676":1281},{"_674":1283,"_676":1281},{"_674":1282,"_676":1281},{"_674":1280,"_676":1281},{"_674":1278,"_676":1279},"https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleEMG.png?v=1739374305","Electromyography (EMG) Signal sample","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EMG.4.jpg?v=1739374305","Electromyography (EMG)","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EMG.3.jpg?v=1739374305","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/BITalino-EMG.2.jpg?v=1739374305","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-EMG.1.jpg?v=1739374305","https://cdn.shopify.com/s/files/1/0595/1068/5887/files/biosignalsplux_EMG_3.jpg?v=1748901109","https://cdn.shopify.com/s/files/1/0595/1068/5887/files/biosignalsplux_EMG.jpg?v=1748901119","Description This optical sensor provides raw red and infrared (IR) light reflection values for developers and researchers aiming to build their own algorithms for oxygen saturation (SpO₂) or related physiological metrics. Unlike standard SpO₂ sensors, this device does not compute oxygen saturation values directly instead provides the raw sensor output. This enables custom algorithm development in domains requiring high-fidelity optical biosignal data. Applications span biomedical studies, algorithm prototyping, wearable research, psychophysiology, and more. Compatibility: This sensor requires a biosignalsplux data acquisition system to function, which is sold separately. Highlights Raw Optical Data Output: Provides unprocessed red & IR reflection data for algorithm development. Flexible Research Use: Finger Clip version for traditional setups; Versatile version for exploratory sensor placements. Multi-Modal Research Ready: Fully compatible with all biosignalsplux acquisition systems and combinable with other biosignalsplux sensors. Developer-Focused: Ideal for researchers building proprietary or experimental SpO₂ algorithms. Specifications Dual LED Design: 1 red & 1 infrared LED Red LED wavelength: 660nm Infrared LED wavelength: 950nm Detector Sensitivity: 400nm-1100nm (max@920nm) Resolution: 16-bit Sampling Frequency: 500Hz Cable Length: 100cm±0.5cm (customizable; extra costs may apply) Connector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit) Resources biosignalsplux Documentation Getting Started with biosignalsplux How to connect & configure the SpO2 sensor Downloads: Sample Data, Datasheet, and Technical Notes","

Description

This optical sensor provides raw red and infrared (IR) light reflection values for developers and researchers aiming to build their own algorithms for oxygen saturation (SpO₂) or related physiological metrics.

Unlike standard SpO₂ sensors, this device does not compute oxygen saturation values directly instead provides the raw sensor output. This enables custom algorithm development in domains requiring high-fidelity optical biosignal data.

Applications span biomedical studies, algorithm prototyping, wearable research, psychophysiology, and more.

Compatibility: This sensor requires a biosignalsplux data acquisition system to function, which is sold separately.

Highlights

\n
Raw Optical Data Output: Provides unprocessed red & IR reflection data for algorithm development.
\n
\n
Flexible Research Use: Finger Clip version for traditional setups; Versatile version for exploratory sensor placements.
\n
\n
Multi-Modal Research Ready: Fully compatible with all biosignalsplux acquisition systems and combinable with other biosignalsplux sensors.
\n
\n
Developer-Focused: Ideal for researchers building proprietary or experimental SpO₂ algorithms.
\n

Specifications

\nDual LED Design: 1 red & 1 infrared LED
\nRed LED wavelength: 660nm
\nInfrared LED wavelength: 950nm
\nDetector Sensitivity: 400nm-1100nm (max@920nm)
\nResolution: 16-bit
\nSampling Frequency: 500Hz
\nCable Length: 100cm±0.5cm (customizable; extra costs may apply)
\nConnector Type: UC-E6 (male; must be connected to a biosignalsplux acquisition unit)

Resources

biosignalsplux Documentation

Getting Started with biosignalsplux

How to connect & configure the SpO2 sensor

Downloads: Sample Data, Datasheet, and Technical Notes

",{"_674":812,"_676":813},-96,[1297,1298,1299,1300,1301],[150,145,115,271,152,272,273,274,87,117],[1295],[147,145,84,270,111,109,135],{"_969":1296},"Versions",{"_674":812,"_676":813},{"_674":1307,"_676":1305},{"_674":1306,"_676":1305},{"_674":1304,"_676":1305},{"_674":1302,"_676":1303},"https://cdn.shopify.com/s/files/1/0595/1068/5887/products/SampleSpo2.png?v=1739385058","Blood Oxygen Saturation (SpO2) Sensor Signal sample","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-ADV-SpO2verstile.3_3e4970d6-d1be-47d9-87e2-536994e6cf6e.jpg?v=1739385058","Blood Oxygen Saturation (SpO2) Sensors","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-ADV-SpO2-fingerClip.3_1_00037033-ad54-4ed1-90d9-a5cc02b60c46.jpg?v=1739385058","https://cdn.shopify.com/s/files/1/0595/1068/5887/products/biosignals-ADV-SpO2-fingerClip.1_1_9c218bce-9a8a-46bc-acae-bfafe59ae3dc.jpg?v=1739385058","Description Important Note:This kit does not include any sensors. If you want to add our best-selling biosignals sensors to this kit, click here or go to our Biosignals Kit Builder. The 8-Channel biosignalsplux kit was designed to keep advanced research applications on budget while allowing wireless and high-quality signal acquisitions without limitations. It enables up to ~10h of signal streaming at up to 3000Hz sampling rate and 16-bit resolution per channel while recording data from up to 8 sensors simultaneously. Due to its compact design, this professional biosignals kit can even be used for signal acquisition in dynamic conditions. Additionally, the Video Synchronization add-on allows the users to record videos during signal acquisition sessions to visualize all acquired signals synchronously with the recorded video for post-acquisition analysis purposes (e.g. movement analysis). Kit Content Hardware 1x wireless 8-channel hub 1x Bluetooth dongle 1x medical-grade charger 24x pre-gelled electrodes Sensors: Not included - Add our best-selling biosignals sensors to this kit. Click here or go to our Biosignals Kit Builder Software OpenSignals (r)evolution (Windows, macOS, Linux) OpenSignals Mobile (Android) Application Programming Interfaces (APIs) & Sample Code on GitHub Specifications Analog ports: 8 generic inputs Auxiliary Ports: 1 ground & 1 digital I/O Resolution: Up to 16-bit (per channel) Sampling Rate: Up to 3kHz (per channel) Internal Memory: Not included (16GB optionally available) Battery Life: ~10h streaming; ~24h logging Communication: Bluetooth Class II Range: Up to ~10m (extendable) Size: 85x54x10mm Weight: 45g (without sensors) Color: White Downloads biosignalsplux Quickstart Guide biosignalsplux User Manual 8-Channel Hub Datasheet Opensignals & Add-Ons User Manual OpenSignals (r)evolution (Windows, macOS, Linux) Image Disclaimer Due to photographic lighting, design techniques and different devices used to view the displayed product, the colour you see may vary slightly from the actual colour of the product. Similarly, other slight variations, like content, may occur between the product displayed (image) and the actual product. Please read Product Description and Kit Content for more accurate information.","

Description

Important Note:This kit does not include any sensors. If you want to add our best-selling biosignals sensors to this kit, click here or go to our Biosignals Kit Builder.

The 8-Channel biosignalsplux kit was designed to keep advanced research applications on budget while allowing wireless and high-quality signal acquisitions without limitations.

It enables up to ~10h of signal streaming at up to 3000Hz sampling rate and 16-bit resolution per channel while recording data from up to 8 sensors simultaneously. Due to its compact design, this professional biosignals kit can even be used for signal acquisition in dynamic conditions. Additionally, the Video Synchronization add-on allows the users to record videos during signal acquisition sessions to visualize all acquired signals synchronously with the recorded video for post-acquisition analysis purposes (e.g. movement analysis).

Kit Content

Hardware

1x wireless 8-channel hub
1x Bluetooth dongle
1x medical-grade charger
24x pre-gelled electrodes
\n
Sensors: Not included - Add our best-selling biosignals sensors to this kit. Click here or go to our Biosignals Kit Builder

Software

Specifications

\nAnalog ports: 8 generic inputs
\nAuxiliary Ports: 1 ground & 1 digital I/O\n
\nResolution: Up to 16-bit (per channel)
\nSampling Rate: Up to 3kHz (per channel)
\nInternal Memory: Not included (16GB optionally available)
\nBattery Life: ~10h streaming; ~24h logging\n
\nCommunication: Bluetooth Class II
\nRange: Up to ~10m (extendable)\n
\nSize: 85x54x10mm
\nWeight: 45g (without sensors)
\nColor: White

Downloads

Image Disclaimer

Due to photographic lighting, design techniques and different devices used to view the displayed product, the colour you see may vary slightly from the actual colour of the product. Similarly, other slight variations, like content, may occur between the product displayed (image) and the actual product. Please read Product Description and Kit Content for more accurate information.

",{"_674":822,"_676":503},[1316,1317],[252,519,520,152,117],[1315],[518,516,147,111,514],{"_969":982},{"_674":822,"_676":503},{"_674":1318,"_676":1319},"https://cdn.shopify.com/s/files/1/0595/1068/5887/files/8_channel_hub.jpg?v=1748901244","8 channel DAQ","Description Start your biosignals research with our 4-channel biosignalsplux toolkit and use up to 4 sensors simultaneously, all while staying within your budget. Experience wireless Bluetooth connectivity and high-quality signal acquisitionfor advanced research without compromising on signal integrity. Stream precision signals at up to 3000Hz per sensor at 16-bit resolution for up to 10 hours of Bluetooth acquisition. Forget about syncing different sensors - biosignalsplux does it for you. Plus,access our free Biosignal Studio software for signal visualization, extra add-ons forsignal processing, or use our free Application Programming Interfaces (APIs) tobuild your own biosignals software. Important Note: This kit does not include any sensors. If you want to add our best-selling biosignals sensors to this kit, click here or go to our Biosignals Kit Builder. Key Features High-Precision Wireless Acquisitions: Capture detailed biosignals wirelessly via Bluetooth at up to 3000Hz, with 16-bit resolution per channel Seamless Sensor Sync: Record 4 sensors simultaneously, synchronously Adaptable Anywhere: Compact design lets you gather biosignals in dynamic conditions, enhancing research versatility Software & APIs: Access user-friendly software for visualization and processing (extra), or build your own application using our APIs What's Included? 1x Wireless 4-channel hub for recordings with up to 4 sensors 1x Bluetooth Dongle 1x medical-grade charger 1x ground cable 50x pre-gelled & disposable electrodes 16GB Internal memory as optional add-on available The only thing missing? Your selection of biosignals sensors! Use our Kit Builder to find your ideal sensor setup. Resources biosignalsplux User Manual 4-Channel Hub Datasheet OpenSignals (r)evolution (Windows, macOS, Linux) OpenSignals Mobile (Android) Application Programming Interfaces (APIs) & Sample Code on GitHub Frequently Asked Questions (FAQs) Can I use any biosignalsplux sensor with my biosignalsplux hub? How to choose: 4-channel biosignalsplux hub and 8-channel biosignalsplux hub How many sensors can I connect to my biosignalsplux 4-channel hub? What are the sampling rate options for biosignalsplux devices? What are the sampling resolution options for biosignalsplux devices? Can I synchronize a 4-channel biosignalsplux hub with an 8-channel hub? Can I use trigger accessories with my 4-channel biosignalsplux hub? Do the biosignalsplux hubs and sensors filter my signals? What’s the meaning of the sensor cables’ sleeve colors?","

Description

Start your biosignals research with our 4-channel biosignalsplux toolkit and use up to 4 sensors simultaneously, all while staying within your budget.

Experience wireless Bluetooth connectivity and high-quality signal acquisition
for advanced research without compromising on signal integrity. Stream precision signals at up to 3000Hz per sensor at 16-bit resolution for up to 10 hours of Bluetooth acquisition.

Forget about syncing different sensors - biosignalsplux does it for you. Plus,
access our free Biosignal Studio software for signal visualization, extra add-ons for
signal processing, or use our free Application Programming Interfaces (APIs) to
build your own biosignals software.

Important Note: This kit does not include any sensors. If you want to add our best-selling biosignals sensors to this kit, click here or go to our Biosignals Kit Builder.

Key Features

High-Precision Wireless Acquisitions: Capture detailed biosignals wirelessly via Bluetooth at up to 3000Hz, with 16-bit resolution per channel
Seamless Sensor Sync: Record 4 sensors simultaneously, synchronously
Adaptable Anywhere: Compact design lets you gather biosignals in dynamic conditions, enhancing research versatility
Software & APIs: Access user-friendly software for visualization and processing (extra), or build your own application using our APIs

What's Included?

1x Wireless 4-channel hub for recordings with up to 4 sensors
1x Bluetooth Dongle
1x medical-grade charger
1x ground cable
50x pre-gelled & disposable electrodes
\n
16GB Internal memory as optional add-on available

The only thing missing? Your selection of biosignals sensors! Use our Kit Builder to find your ideal sensor setup.

Resources

Frequently Asked Questions (FAQs)

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you sure you have everything for your research?","displayOrder",3,"filterTitle","hideFromProgress","maximum","99","minimum","0","productDisplay","variant","shortTitle","showPrice","showSummary","skipIf",[],"sortby","Select 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