Safeguarding health
Improving people’s lives
At Sensirion, we are dedicated to safeguarding people's health through innovative sensor technology. Our precision-engineered flow sensors play a critical role in ensuring consistent and accurate medication delivery to patients. By meticulously measuring airflow, our highly sensitive sensors guarantee that patients receive their prescribed dosage safely, minimizing the risk of suffocation or inadequate treatment. Integrated into smart inhalers, our sensors elevate the quality of patient care, providing enhanced monitoring and control for optimal therapeutic outcomes.
Improving health
Our sensors play a pivotal role in revolutionizing the medical field through their precision and reliability. In healthcare settings, they are integrated into a diverse array of medical devices and applications, ranging from respiratory therapy devices to point-of-care testing equipment. By providing accurate measurements of airflow, humidity, temperature, and other critical parameters, our sensors ensure precise delivery of medication, enhance patient monitoring capabilities, and contribute to the development of innovative diagnostic tools. Whether it's monitoring respiratory conditions with smart inhalers or enabling real-time feedback on drug delivery, our sensors empower healthcare professionals to deliver optimal care while improving patient outcomes.
Moreover, our commitment to quality and regulatory compliance ensures that our sensors meet the rigorous standards of the medical industry, providing confidence in their performance and reliability in healthcare applications.
The role of our sensors in medicine
Smart inhalers
By measuring inhalation flow profiles and monitoring medication delivery with smart inhalers, we help prevent application errors and improve disease management. With our sensor solutions for smart inhalers, we enable improved drug efficacy, simplify the correct use of inhalers for patients, and provide valuable insights into disease progression.
Smart inhalers
Infusion
To ensure safe therapy, precise measurement of flow rates and volumes, coupled with rapid and reliable malfunction detection, is paramount. Our LD20 platform excels in delivering accurate measurement of even the smallest flow rates, facilitating secure drug administration and dependable error detection during infusion procedures.
LD20
Subcutaneous drug delivery
Large volume injectors (LVIs) offer continuous subcutaneous drug delivery, replacing conventional intravenous methods for select therapies. They enhance patient comfort, alleviate pressure on clinical staff, and reduce costs. LVIs equipped with precise dosing capabilities rely on flow sensors for accurate drug delivery, while features such as bubble detection and occlusion alerts enhance patient safety. Our compact liquid flow platform ensures precise measurements and biocompatibility, with air-in-line alarms.
Subcutaneous drug delivery
Smart inhalers will play a key role in modern medication dosing therapy in the future. Sensirion provides accurate, reliable flow rate measurements for better treatment results.
Bruno MeierSenior Technican Sensirion AG
More about us
Promoting sustainability
Through our sensor technology, we promote sustainable thinking and action worldwide as well as opening up dialog regarding social responsibility.
Increasing efficiency
Our sensor solutions provide the basis for highly energy-efficient applications in all areas of life.
Ensuring safety and comfort
With our sensor solutions, we want to make the world an increasingly safer place for everybody and improve their quality of life and level of comfort.
Technology at heart
Our purpose for the future – creating sustainability through technology that moves people and companies forward.
Encouraging innovation
We are always trying out new things, pushing boundaries, looking for new ways to set new standards and practice innovation.
Embodying quality & reliability
We continuously improve our products and services and guarantee maximum reliability for the most demanding of applications.