Data loggers are mainly used to receive electrical signals collected and transmitted by amplifiers, sensors, electrodes, etc.

It can be used in conjunction with analysis software and various amplifiers, sensors, lead wires, and electrodes to measure and analyze various physiological parameters of animals, such as electrocardiography, electroencephalography, electromyography, electrooculography, intracardiac electroencephalography, epicardial electrocardiography, gastrointestinal electroencephalography, action potentials, invasive blood pressure, non-invasive blood pressure, and ventricular pressure measurement dP/dt、 Body temperature, ex vivo muscle tone, respiratory waves, respiratory flow rate, lung function, tissue blood flow, vascular blood flow, nerve potential, oxygen content, carbon dioxide content, blood oxygen saturation, cardiac output, pulse volume, electrical stimulation, evoked potential, etc.

Main application areas

11. Non invasive measurement of blood pressure and cardiac output in the human body

Applicable animals
Mice, rats, guinea pigs, rabbits, cats, dogs, sheep, pigs, etc

There are multiple styles and models to choose from

model: IX-RA-834

The iWorx RA 834 data collector is a highly versatile physiological data acquisition system that includes 4 standard BNC inputs, 4 transducer inputs, 2 event marker inputs, 8 digital signal inputs, 1 low/high pressure stimulator, 8 digital signal outputs, 1 built-in atmospheric pressure sensor, and 4 iWire sensors ™ Input interface.

IWorx RA is widely used in multiple research fields due to its high resolution, low noise, and high flexibility, including cardiac function research, hemodynamic research, ex vivo tissue and organ research, exercise physiology research, metabolic research, neuroscience research, cell clamp and voltage clamp, etc.

model: IX-400

The iWorx 400 Series data collector is a high-precision and economical physiological data acquisition system that includes 4/8/16 standard BNC interfaces and can be used in conjunction with a wide range of analog signal amplifiers and sensors. The 16 bit analog-to-digital conversion and maximum acquisition speed of up to 10kHz enable it to meet the needs of most scientific research fields.

The 400 series recorder uses a 16 bit A/D converter to sample data at a speed of up to 10kHz over its entire input range of+/-10V. Low noise (<1mV) greatly reduces the need for gain and offset.

Model: IX-TA-220

IX-TA-220 is a recorder with integrated sensors that simplifies your physiology laboratory. It is a revolutionary research-oriented, teaching aid solution designed with research grade components.

·Simplified the setup, provided high-quality teaching experience, and made all aspects of the teaching laboratory as simple as possible;
·Simplify laboratory setup by integrating several typically independent sensors into the control module;
·Advanced microcontroller technology has been adopted to enable automated pre calibration of many sensors, including spirometers, blood pressure sensors, grip strength sensors, temperature sensors, and pressure sensors;
·Capable of multiple functions, capable of simultaneously recording multiple signals (i.e. heart rate, respiration, and pulse oximetry)
·Including an onboard air pressure sensor to ensure high accuracy in your lung capacity measurement laboratory;
·Built in electrical stimulators, low and high voltage stimulators controlled by built-in software for animal experiments;
·Reproducible results that maintain consistent performance across laboratories;
·The timeless iWire digital design adapts to future laboratory technologies, allowing TA control modules to connect with iWire compatible digital sensors and record from multiple sensors simultaneously through a single iWire connection;
·With the development of new experimental projects, simply insert the new iWire compatible sensor into the iWire port to start recording;
·Using research grade components is very suitable for students' in-depth research;
·By using built-in functions and diaries to simplify data analysis and report generation, students can use it to write reports without launching another program;

model: IX-BIO

IX-BIOx is a multi-channel electrophysiological data collector that can simultaneously collect EMG, ECG, EOG and other electrophysiological signals from a single exercise/rest individual. It includes two models: IX-BIO4 and IX-BIO8. Up to 8 channels of EMG signals can be obtained simultaneously, or both EMG signals and 2 channels of ECG signals can be obtained simultaneously. The electrocardiogram signals of leads I and II can be analyzed using LabScribe software to obtain electrocardiogram signals of leads III, aVL, aVR, and aVF.

The recorder is equipped with LabScribe recording and analysis software, which can be directly connected to a USB port on a Macintosh or Windows PC;

model: IX-ECG6

·A compact and lightweight PC based electrocardiogram recorder that can simultaneously measure 6 electrocardiogram leads
·Equipped with advanced LabScribe ECG software for data recording and analysis;

model: IX-ECG12

·IX-ECG12 can record all 12 leads of electrocardiogram

·Equipped with advanced LabScribe ECG software for data recording and analysis;

model: IX-B3G

·IX-B3G isolated bioelectric and GSR recorders allow recording of up to three channels of ECG, EMG, or EEG, as well as GSR (skin conductance response)
·The module is connected to the subject through a snap, connected to the pre gel AG/AgCl electrode for recording biological potential and the finger electrode for recording GSR;
·The recorder includes iWorx LabScribe recording and analysis software, and is directly connected to a USB port on a Macintosh or Windows computer;

model: iWorx 100B

The iWorx 100A data acquisition system is a single channel recorder that provides an economical and high-performance solution for specialized applications such as Langendorff or working heart preparation that only require one biopotential recording channel.

·There is an isolated input channel equipped with a low-voltage stimulator and an audio output;
·This recorder provides high-resolution/low-noise performance required for small animal cardiovascular research and oocyte clamp nerve recording;
·Use a 16 bit A/D converter to sample data at a speed of up to 200 kHz over its entire input range of ± 1V;
·Multi functional biological amplifier, providing multiple low-pass and high pass filters, safe for human-machine connection;
·Input range: ± 1V, ± 250mV, ± 125mV, ± 50mV, ± 25mV, ± 12.5mV, ± 5mV, ± 2.5mV;
·The low voltage stimulator iWorx 100A has a software programmable 16 bit+/- 5V Stimulator (DAC)
·The parameters of the stimulator, such as pulse width, frequency, and amplitude, can be instantly changed using the convenient controls in the LabScribe software toolbar;
·Standard protocols include Pulse, Train, Step, Triangle, and Ramp;
·In applications involving ex vivo hearts, the stimulator can be programmed for pacing;

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