ProComp Infiniti

ProComp Infiniti

ProComp Infiniti

Product catalog summary
Overview of Physiological Sensors
Our range of compact and non-invasive physiological sensors is designed to capture precise signals for a comprehensive understanding of a client's physiology. These sensors are engineered to measure various physiological parameters across different systems.
Autonomic Nervous System
  • Skin Conductance: Measures changes in electrical conductivity in fingers or toes, indicating stress levels.
  • Temperature: Monitors changes in peripheral circulation, with hand temperature decreasing as stress increases.
Central Nervous System
  • Electroencephalography (EEG): Detects brainwave activity changes related to mental state shifts, monitoring consciousness from attention to relaxation.
  • Passive Infrared (pIR): Measures forehead temperature shifts due to vascular flow changes in the frontal lobes.
Musculoskeletal System
  • Surface Electromyography (SEMG): Used for muscle rehabilitation, relaxation, sports medicine, and peak performance.
  • Ergonomic Sensors: Measure joint movement, including flexion/extension and lateral torsion.
Cardiovascular & Respiratory Systems
  • Electrocardiography (EKG): Detects heart's electrical activity, calculating heart rate and heart rate variability (HRV).
  • Blood Volume Pulse (BVP): Measures blood flow caused by each heartbeat, providing HR and BVP, useful for stress-related vasoconstriction.
  • Respiration: Measured from chest or abdominal strap, tracking rib cage expansion and contraction with each breath.
Device Range and Features
  • ProComp 2™: Entry-level encoder ideal for clinicians on a budget, offering affordability and ease of use with integrated EEG sensor.
  • ProComp Infiniti: Suitable for clinicians and researchers measuring stress effects and teaching self-regulation with biofeedback protocols.
  • ProComp 5: Cost-effective option for simpler needs, offering high-speed inputs for EMG and EKG.
  • FlexComp Infiniti: Top-of-the-line encoder with 10 sensor inputs, ideal for research requiring synchronization of multiple high-resolution data channels.
Additional Features
  • Scalable Solutions: Options for 2, 5, 8, or 10 sensor inputs to record multiple physiological signals simultaneously.
  • Wired or Wireless Connection: Wired connection provides reliable data flow, while optional Bluetooth module offers maximum movement freedom.
  • Optimal Sampling Rates: Choice of 256 or 2048 samples/second for optimal resolution and minimal data file size.
  • Safety Design: Battery-operated encoders with sensor connectors eliminate accidental contact with electrical sources.
  • Compact Flash Option: Ability to save data to a Compact Flash memory card for situations where a computer link is not possible.
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Catalog excerpts

ProComp Infiniti-1

goniometer adapter, can be used to measure joint movement, including flexion/extension and lateral torsion. • Ergonomic sensors, like the bend sensor and the abdominal strap which measures the expansion and contraction of the rib cage at each breath. • Respiration is picked up from a chest or blood that is caused by each heartbeat from a finger tip, and provides HR and BVP. It is also a useful measure of stressed related vasoconstriction • Blood volume pulse (BVP) detects the rush of activity of the heart and is used to calculate heart rate and heart rate variability (HRV) • Electrocardiography (EKG) detects the electrical • Surface electromyography (SEMG) is used for muscle rehabilitation, relaxation, sports medicine, training & peak performance. Cardiovascular & Respiratory systems temperature caused by increases or decreases in vascular flow in the frontal lobes. • Passive Infrared (pIR) picks up shifts in forehead Musculoskeletal system vasoconstriction in the peripheral circulation. As stress levels increase, hand temperature decreases. • Temperature measures changes in in brainwave activity related to shifting mental states. Monitor consciousness as it goes from attention and focus to relaxation and drowsiness. • Electroencephalography (EEG) detects changes • Skin Conductance measures changes in electrical conductivity in fingers or toes and is an important parameter of stress. Central nervous system Autonomic nervous system Get the full picture on your client’s physiology with a complete range of physiological sensors. Our compact and non-invasive sensors are precisely engineered to pick up the cleanest signals possible. A complete range of physiological sensors The Future of Psychophysiology and physiological

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ProComp Infiniti-2

The ability to save data to a Compact Flash memory card is crucial in extreme situations where a link to a computer is not possible. Compact Flash option Our battery operated encoders use sensor connectors with no exposed metal to eliminate the risk of accidental contact with electrical sources. The wired connection uses optic fibre to maximize electrical insulation between subject and computer. Designed with safety in mind Capture physiological data with optimal resolution and minimal data file size with a choice of either 256 or 2048 samples/second. Optimal sampling rates Clinicians with simpler...

 Open the catalog to page 2

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.