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Learn more about our products!
Explore our diverse range of products, each designed to meet your unique needs and solve your challenges effortlessly. Discover how our cutting-edge solutions can serve you best. Ready to order? Head over to to the Order page.
Intracardiac EP Catheter
The small animal electrophysiology catheter is utilized for intracardiac electrophysiological experiments in rats or mice.
Transesophageal EP Catheter
A transesophageal electrophysiology (EP) catheter is a specialized medical device used in cardiac electrophysiology to diagnose and treat arrhythmias.
Rodent Surgical Platform (Elite)
Rodent Surgical Platform (Elite) is an integrated product that integrates multi-function and multiple technologies.
Rodent Surgical Platform (Premium)
Rodent Surgical Platform (Premium) integrates with independent electrodes, a temperature controller, and real-time temperature monitoring, ensuring precise data collection and control.
Rodent Surgical Platform (Standard)
Introducing our Rodent Surgical Platform (Standard), a state-of-the-art solution for precise and flexible animal surgery.
Wireless Amplifier
The device is capable of continuously and in real-time collecting specific animal bioelectrical signals without interruption. It transmits this signal through its built-in wireless transmission device, which is then decoded by an external receiving system.
Wireless Receiver
Developed for rodents and small animals, compared with the traditional implantable telemetry system, it has the characteristics of micro-invasive and low trauma.
Dual-channel Programmable Electric Stimulator
The dual-channel programmable electrical stimulator is a fully digital, software-controlled stimulator capable of delivering constant voltage and constant current output.
Dual-Channel Biopotential Acquisition Device
Dual-Channel Biopotential Acquisition Device can be used for EP study and compatible with catheter system.
Zebrafish ECG Monitoring System
Leveraging cutting-edge bioelectrical data collection and recording technology, we have developed an advanced Zebrafish Electrocardiogram (ECG) Monitoring System. This system takes full advantage of zebrafish as a model organism, making it an invaluable tool for cardiovascular-related pharmacology and toxicology research, as well as fundamental studies on cardiac arrhythmias.
High-Speed Body Surface Biological Signal Recorder
This product is primarily designed for scientific experiments involving humans and large animals and can collect signals such as electromyography (EMG), skin neural electrical activity, and electrocardiography (ECG).
Body Surface Biological Signals Recording System
Multi physiological parameter acquisition system can collect Radial artery waveform, radial vein waveform, heart sounds, electrocardiogram (ECG), pulse wave (blood oxygen), ICG (impedance cardiography), body temperature.
Wearable Biological Signals Recording System
Introducing our advanced Wearable Body Surface Biological Signals Recording System, designed to collect and monitor vital biological signals seamlessly. This innovative system can accurately record electrocardiogram (ECG) data and pulse waves from the ear, including blood oxygen levels.
Engineered for both convenience and precision, our wearable system ensures reliable data collection for a range of applications, from medical diagnostics to fitness tracking. The system's lightweight and ergonomic design make it comfortable for continuous wear, allowing for uninterrupted monitoring of critical health metrics.
Intracardiac Pressure Catheter
The Intracardiac Pressure Catheter for rodents offers precise and reliable measurement of intracardiac pressures, providing essential data for cardiovascular research. Engineered for use in small animals, this catheter features a high-fidelity sensor that ensures accurate readings of pressure changes within the heart chambers. Its design minimizes trauma to the animal, enhancing the reliability of experimental outcomes. This catheter is an invaluable tool for researchers aiming to understand cardiac mechanics, evaluate disease models, and test new treatments in the preclinical phase.
Zebrafish Refusion Pumper
The Zebrafish Perfusion Pump is an innovative tool designed for precision and control in zebrafish research. This device allows for the accurate perfusion of solutions through zebrafish tissues, enabling detailed studies of cardiovascular function, drug effects, and vascular responses. With its fine-tuned flow rate control and compatibility with various perfusion protocols, the Zebrafish Perfusion Pump enhances experimental consistency and reliability. Essential for researchers focused on zebrafish models, this pump provides critical support for advancing our understanding of biological processes and developing new therapeutic strategies.
Fiber Pressure Catheter
The Fiber Optic Pressure Catheter offers cutting-edge pressure measurement capabilities with unparalleled accuracy and sensitivity. Utilizing advanced fiber optic technology, this catheter is designed to deliver real-time, high-resolution pressure data from within the cardiovascular system. Its compact and minimally invasive design is suitable for both clinical applications and preclinical research involving small animals such as rodents. The catheter’s robustness and reliability make it an indispensable tool for researchers and clinicians aiming to gain deeper insights into cardiovascular function and disease.
Nano Telemetry Transmitter
The Nano Telemetry Transmitter revolutionizes physiological monitoring in small animal research with its ultra-compact and lightweight design. This advanced device wirelessly transmits real-time data on vital parameters such as heart rate, body temperature, and physical activity, ensuring minimal impact on the animal's natural behavior. Its precision and reliability provide researchers with critical insights into physiological responses, enhancing the accuracy of preclinical studies. Ideal for long-term monitoring, the Nano Telemetry Transmitter is a powerful tool for advancing cardiovascular, metabolic, and behavioral research in small animals.
Implantable Transmitter
It is a convenient and precise system that collects physiological signal data from animals through wireless control technology. It can also programmable deliver and configure stimulus waveforms, including support for S1S1 square wave stimulation.
Catheter Adaptive Box
The electrode switch box selects the required electrodes through knob switches, eliminating the need for plugging and unplugging adapter cables. The electrode switch box connects to the bioelectric amplifier or stimulator via 2mm pin-type adapter cables, making it convenient for conducting various aspects of cardiac electrophysiology research, including cardiac pacing and electrical signal recording applications, using electrophysiological catheters.
Small Animal CPR
Small animal cardiopulmonary resuscitation operations such as manual compression generally have certain errors, the special cardiopulmonary resuscitation instrument has the advantages of accurate compression point, consistent compression depth, high compression frequency, consistent and adjustable compression frequency. It can effectively improve the success rate of cardiopulmonary resuscitation for small animals with cardiac arrest and ensure the reliability of experimental data. In response to the needs of some small animal experiments, we have designed and developed this set of cardiopulmonary resuscitation instrument for small animals.
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