Superior Sensor Technology has revolutionized the high performance cost effective pressure sensor market by developing highly intelligent integration solutions for industrial, HVAC and medical applications. By enabling manufacturers to develop pressure-controlled 3D printers with advanced pressure sensor technology, innovations such as Superior Sensor Technology will enable a new generation of more accurate and less expensive devices. Superior Sensor Technology today announced that its NimbleSense ™ System-in-Sensor architecture offers manufacturers an accurate low pressure sensing solution to improve 3D printing accuracy and performance, enabling the development of pressure-controlled 3D printers.
The size, weight, and price of sensor technologies are rapidly shrinking, and the feature set of these devices is growing, making them a vital part of advanced connected systems and a key driver of innovation. The sensor industry is undergoing a paradigm shift with the integration of new technologies that are making sensors smarter and smarter. Innovations and advances in microelectronics are taking sensor technology to a whole new level.
The fact is that the use of sensors is constantly expanding along with the development of science and technology. Digital health must integrate the latest technologies using sensors. The use of sensors in digital health has many benefits from the perspective of the patient, clinician and hospital.
Explore touch solutions that provide enhanced functionality in new and innovative use cases. This specialist focuses on improving your vehicle’s integrated sensor solutions. The combination of the two sensor technologies provides more new information, making applications smarter and more efficient. Using sensors to provide access to large amounts of data, quickly analyzing data, and discovering relationships (between application domains) are the strengths of today’s applications.
Researchers are evaluating sensor technologies, developing new integrated measurement solutions, applying sensors to specific research goals, and exploring new strategies for analyzing and interpreting high-temporal measurement data. With the opening of the Sensor Lab, researchers now have the resources and support they need to address a myriad of health concerns, from stress to weakness and falls, and to develop sensory solutions to improve health and well-being. Leveraging Technology to Improve Healthcare Research Uarizona Health Sciences’ new sensor lab is expanding healthcare research by providing access to wearable sensors and cutting-edge digital technology.
The Sensor Lab is funded in part by state funding from the New Economy Initiative in Uarizona and is awarded by Uarizona Health Sciences. The Sensor Lab, open to researchers and students from across the university, offers state-of-the-art sensor systems and development platforms, as well as reconfigurable test spaces and data acquisition and analysis experiences. The Sensor Lab collaborates and shares space with the UArizona Holodecks Experimental Supercomputing Center.
The Sensor Lab collaborates with researchers on campus in a number of ways, including through seed funding to support projects. The Sensor Lab is part of Uarizona Health Sciences’ strategic plan to break new ground to improve health.
Danfoss Sensing Solutions, formerly Danfoss Industrial Automation, offers a wide range of advanced sensor technology and application expertise. In recent years, InvenSense’s portfolio has grown to include complementary inertial, environmental, microphone and ultrasonic sensor solutions. This joint venture represents an excellent opportunity for InvenSense to expand its customer base in ICT (Information and Communication Technology), Internet of Things and Automotive, enabling InvenSense to offer sensor solutions with greater synergy.
This acquisition brings together a more complete portfolio of sensors and software solutions spanning inertial sensors, pressure sensors, microphones and ultrasonic sensors and InvenSense technologies, as well as pressure, temperature, electrical current and various other TDK sensors. Through this acquisition, TDK will be able to strengthen TDK’s product and technology lines, which should enable both companies to become stronger players in large-scale IoT, automotive and ICT sensor solutions, accelerating the sensor product roadmap to offer innovative product solutions and generation platforms. Sensors are seen as an important technology that enables the IoT and TDK plans to significantly expand this part of its business and provide TDK customers with a wide range of sensor solutions.
Looking ahead, with advances in technology, a new wave of sensors, including IoT and wearables, will revolutionize the sensor industry for years to come. With smart it is now possible to monitor multiple parameters/phenomena simultaneously and new technologies and types of sensors have been proposed. Sensors are also rapidly evolving to better serve the latest technologies such as LiDAR, radar detection, interior measurement units (IMUs) and advanced driver assistance systems. Sensors are used not only to monitor moisture levels in hair and skin to personalize treatments, but also to study consumer responses to various sensory experiences.
Sensors in the food industry can be used to control the composition and concentration of ingredients in dishes. Food technology uses sensors to monitor various parameters, including soil moisture, temperature, humidity, sunlight exposure and odor. Smart sensors play a key role in patient health metrics, wearables, and more.
Sensor Technologies’ latest technology, called PinPoint, controls corrosion as isolated pits form and grow using a non-permanent modular design based on electrical resistance measurements. The main competitive advantage of this sensor is its fast response speed, making it an ideal low-cost solution for people looking to integrate CO2 detection into applications such as modified atmosphere packaging (MAP), employment, or anywhere fast data collection is required. The CM-7000 CO2 multi-sensor system has proven to be the best choice for many people in applications such as restaurants, beverage distribution, indoor farming and security industries.
The MIRA family of image sensors also offer the opportunity to incorporate face recognition into a range of products powered by a very small battery, or enable a new range of applications in addition to face recognition, as increased sensitivity expands the measurement possibilities. range at the same power and heat balance. US-based SensoR Technologies can provide you with the infrastructure, technology platform, data analytics, and machine learning you need, backed by functional and industry experts to meet your needs.