Modern medicine is definitely not limited to x-rays, stethoscopes or pulse measuring devices. Currently, we live in times when there is practically no week for inventing new devices that significantly affect the effectiveness of diagnostic and treatment processes.
The EMG sensor was created through the cooperation of DFRobot and OYMotion. EMG - electromyograph, sensor of electric activity of muscles and peripheral nerves of human. This sensor is a combination of a filtering and amplification chain. It strengthens the minimum value of sEMG in the range of ± 1.5 V 1,000 times and reduces the noise...
Module from the Grove series that allows you to collect the bioelectric signal generated by the human muscles (EMG). The output is an analog signal that can be read using any microcontroller with A/D converter, for example, Arduino. The sensor requires the use of biomedical electrodes.
Module from the Grove series, used for measuring the pulse with a clip on the finger, based on high-quality optical system CMOS with the green LED and integrated digital signal processing PAH8001EI-2G in the form of a sensor of heartbeat rate HDR. The device is powered with voltage of 5 V. The kit also includes a cable suitable for Seeedstudio...
Module from the Grove series equipped with GSR sensor using the galvanic-skin reaction. It is powered with the voltage of 3.3 V or 5V. The sensors of this type are used in psychophysiology, they reflect the stress response, experienced emotions, and activity level.
Neeuro SenzeBand is an intelligent solution that allows you to train Your brain. The device works on the principle of electroencephalography. Thanks posted six electronic manipulators able to explore changes in the activity of certain brain areas during training with applications. The device in combination with regular exercise helps to improve memory,...
Module for measuring electrical activity of the human heart. The output is an analog signal which can be saved as EKG. The sensor is easy to operate, the manufacturer provides a code example for Arduino.
Module for measuring the human heart rate, compatible with Arduino. It is working with the voltage from 3 V to 5 V, the output is the analog signal. The kit includes a probe that can be applied to the finger or connected via clip to the ear.
Wireless sensor of the human pulse, it transmits data from the probe placed on the human body. The receiver operates with a voltage of 3.3 V or 5.0 V. The output is a digital signal 0 1, reflecting the heartbeat. The probe does not require the use of gel.
Set for monitoring the heart rate, contains an ear clip with a wire and receiver module. The results can be displayed on the monitor through a serial port. The supply voltage ranges from 3V to 5V. The kit includes a cable adapted to the Seeedstudio Base Shield v2.0.
The sensor allows to control devices via bioelectrical signals generated by human muscles (EMG). The output is an analog signal that can be read using any microcontroller with converter A/C, for example, Arduino. The sensor requires the use of biomedical electrodes.
The kit allows you to control devices via bioelectrical signals generated by human muscles (EMG). The output is an analog signal that can be read using any microcontroller with A/C converter, for example, Arduino.
Module for measuring heart rate of the human heart, compatible with Arduino. It works with voltage from 3.3 V to 6 V, the output is the analog signal. The kit includes a probe, 6 biomedical sensors, module with pulsometer AD8232 heart rate monitor and the wire is adapted to DFRobot IO Expansion Shield.
Module for measuring heart rate of the human heart, compatible with Arduino. It works with voltage from 3.3 V to 6 V, the output is the analog or digital signal. The kit includes a strap for putting on the finger or wrist.
The sensor is based on a system MAX30105 and allows for the determination of the distance, pulse, smoke, and even blinking of an eye. It has 3 LEDs and a very responsive detector of photons. It communicates through an I2C interface. It works with voltages of 3.3 V and 5 V.
Module from the Grove used to measure pulse-based optical CMOS PAH8001EI-2G with green diode and chipboard designed as a sensor frequency of heart beats HDR. The sensor is based on optical technology have measured the variability of blood flow. Low consumption and additional power saving mode make the sensor ideal for creating the smart clothes.
So nowadays, medicine is very technologically advanced devices equipped with various types of medical sensors. In the Botland store you will find various types of medical equipment that has a versatile or specialized use. Our components are used by scientific laboratories, medical startups, schools and universities as well as large companies. In this category you will find products that are compatible with other electronic components. Many of them can be adapted to your DIY project and programmed in your own way.
Build your own human heart rate monitor, pH meter and even an electromyography (EMG) with Botland - a device for measuring muscle activity! It's all possible and easier than you think! Find medical components for a variety of devices and projects that best suit your needs.
Nowadays, electronics in medicine is ubiquitous and offers unlimited possibilities. Thanks to modern and innovative medical electronics, medical equipment is today characterized by the highest quality, a very high level of accuracy and repeatability of measurements. All results and values can be easily recorded, visualized and analyzed. Most importantly - thanks to modern medical electronics, we have access to the most advanced treatment techniques.
Most of us have had the ability to measure blood pressure using a seemingly ordinary blood pressure monitor. Such a device is in fact a sophisticated electronic device that makes use of a number of medical sensors. Medical sensors have significantly improved the accuracy of measurements, and hence the quality of treatment.
Today, we are able to check the condition of our circulatory system using the heart rate monitor without the presence and assistance of a doctor. You can build basic medical equipment yourself, which will be very satisfying. In the Botland store, we offer the purchase of the highest quality medical sensors. By purchasing individual components, you will be able to build a human heart rate monitor, a pH meter, or an EMG muscle activity electromyography. Of course, there are many more possibilities!
Medical sensors are a great opportunities for robotics designers. By equipping yourself with a set of medical sensors available in this category, you will have the opportunity to build a variety of structures! An additional advantage of the presented products is that many of them can be combined with other products, boards, modules and I/O devices. In other words - you can use medical components not only for medical purposes, but very versatile. In practice, you are only limited by your imagination.
Of course, the presented products are ideal for building medical robots. Basic programming knowledge is required (see courses and beginner kits in other store categories). Equip yourself with the presented modules and build a muscle-controlled robot module yourself, using the MyoWare series kit prepared by Botland. In the set you will find a sensor for measuring the activity of the EMG muscles, a power cover for the EMG sensor, an overlay for the EMG sensor, an overlay with LED diodes and a prototype cover for the EMG sensor. The set has been additionally equipped with all necessary biomedical cables and electrodes, which can also be used for EEG and ECG testing, as well as additional pins and connectors. The set is adapted to work with popular development kits – Arduino. Check also other medical sensors such as human heart rate sensors adapted to the DFRobot IO Expansion Shield.
Also pay attention to the PH sensors that we present in this category. If, in addition to electronics, automation and robotics, you are a plant lover or have a fish aquarium, you've come to the right place. In Botland you will find pH sensors with an accuracy of +/- 0.1 pH, thanks to which you can design your own water pH measurement system. What's more, we offer a pH sensor with an industrial probe that you can leave immersed in water for up to a year. Check out all the products in this category!