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The Non-Medical Use of Bubble Sensors

You have probably heard of bubble sensors and their role when it comes to detecting the presence of air pockets or bubbles inside fluid-filled tubes. In the medical world, technology such as this one can be a total game changer when it comes to the safety of patients! Bubble sensors can detect small air pockets in certain pumps that supply blood to the heart and make sure they are managed accordingly. When it comes to patient safety, bubble sensors are a crucial part of the medical world.

These are only the medical benefits of bubble detector sensors; however, there are non-medical applications of bubble sensors as well, which we will focus on in this post.

We can assure you that we have your needs covered for any of the applications mentioned below, so let’s take a look.

Retail/ Consumer Goods

The retail and consumer goods industry has seen incredible integrations of sensors over the years. Take the example of food. A bubble sensor in the milk dispensing system at a coffee shop can alert staff when the bag is empty, prompting them to stock up when needed. It can also help send back diagnostic data to the central servers to detect potential anomalies.

Industrial/Technology

In the industrial market, manufacturing facilities, heavy machine operators, and energy verticals can benefit significantly from using bubble sensors. These help in the filling, pumping, and dispensing applications and can even help detect overfill or underfilling of industrial tanks. Bubble sensors can be used in clean rooms and particular counters to ensure that the same line is free of air bubbles, particularly in bio-pharmaceutical systems. Bubble sensors can also be used as fuel warning systems.

There are multiple applications of bubble detector sensors out there and can be used to your advantage. If you have custom bubble sensor requirements, we can help you! At Introtek, we offer you a wide range of bubble detector sensor solutions catered to your specific needs. You can choose from our air bubble detector and air inline detectors in various low input configurations! Reach out to us to schedule an appointment now.

The Use of Flow Meters in the Bioprocessing Industry

Bioprocessing is a diverse term generally defined as the production of value-added material sourced from everywhere around us. When it comes to bioprocessing, the source organism is responsible and alive in its environment. This process encompasses the research, manufacturing, development, and commercialization of products prepared from or used by biological systems. This includes; food, fuels, feeds, biopharmaceuticals, and cosmetics.

To put it simply, bioprocessing comprises either the application or alteration of biologically derived materials for use that are beneficial to the environment.

The bioprocessing industry frequently relies on the use of liquid-based operations. They require constant monitoring and management of flow rate and fluid levels. Is there an effective way to accomplish this with the least hassle? There is!

The day-to-day use of non-invasive flow meter and fluid level sensors helps monitor and manage liquid levels accurately and repeatable. When these sensors are used, applications can easily be automated and eventually reduce inaccuracies.

Why You Should Choose Our Flow Sensors

Our IntroFlow-non-invasive flow detection sensors at Introtek are created using the latest ultrasonic technology that aids in flow measurement. The non-invasive concept offers a platform that allows for contactless measurement of fluids, thereby maintaining the facility’s safety, hygiene, and cleaning. Our solid 40-years of experience and history as one of the leading manufacturers of IntroFlow non-invasive fluid flow sensors makes us the best choice for you in the market.

Our team has exceptional training that qualifies them to offer you the best customer service while fulfilling your flow sensor needs. Reach out to us at Introtek now to discuss your flow sensor needs.

Integrating Sensors into Medical Devices

Like every other field, the medical sector is advancing towards a technology-driven environment at an unprecedented pace. With the help of computers and automated technology, many medical tools have been integrated with technology to increase the precision and accuracy of medical procedures. Various research has been dedicated to providing automated medical solutions to enhance the quality of diagnosis and treatments for patients.

One of the major components that have developed medical tools is sensors. Medical sensor solutions have consistently proved to be beneficial for doctors and surgeons. But the question still remains: How do they provide benefits?

We have accumulated what you need to know about how and why vital medical sensor solutions have become increasingly popular within the medical sector.

How Are Sensors Integrated into Medical Tools?

There are numerous ways that medical sensors have been established within medical instruments. These sensors are meant to increase the intelligence of medical apparatuses. They convert all forms of external stimulus and transform them into electric signals that produce an output accordingly. Therefore, the integration of the sensor depends on the instrument it has been integrated into.

For instance, force and pressure sensors are incorporated into devices to measure the amount of force exerted during inspection and diagnosis so that the patient is not hurt or in discomfort. Similarly, Bubble and occlusion sensors are used in devices for diagnosing and treating heart issues and tumors.

These medical sensors are known to be used in radiofrequency ablation devices. In sum, the type of sensor depends on the type of medical tools and what beneficial outcome they would provide.

Benefits of Integrating Medical Sensors

As previously mentioned, sensors have provided a number of benefits to the medical field. Integration of sensors has created intelligent tools that aid doctors in skillfully treating patients with less to no invasion. These tools also assist in remote monitoring of essential and vital organs such as the heart, lungs, and brain.

Further, sensors have increased the accuracy of locating health problems, such as tumors and cancers. For example, image sensors used in radiography, fluoroscopy, and cardiology have consistently provided precise results and diagnoses. With accurate and immediate results, doctors are able to treat their patients right way, thereby increasing their chances of survival. Statistics have repeatedly proven that medical sensor solutions have helped significantly reduce patient mortality rates.

Introtek is a sensor manufacturer in the USA, well-known for successfully integrating all forms of sensors in medical equipment. Explore our website or contact us today and see what services our experienced team of engineers has to offer.

The Evolution of the Level Sensors Industry

From healthcare and pharmaceutics to food and beverage, a number of different industries use level sensors to control and manage their operations. A liquid level sensor, for example, can be used by companies within these industries to monitor and regulate the volume and flow of liquids in a specific contained space or through an open system.

There are two measurements that are taken with these sensors. A continuous level sensor, for instance, accurately measures the liquid levels from a plastic tube or container in a non-invasive manner. It also monitors the levels of fluid within a specific range to produce an analog output that correlates to the liquid levels in the container. Point level measurements, on the other hand, detect the fluid levels to mark a predetermined single liquid height that provides additional information about the fluid level within the container.

The use of these sophisticated level sensors is integral to several industries:

Manufacturing

  • Sensors can be used to minimize wastage during manufacturing processes to reduce losses in time and resources while increasing work efficiency.

Food and Beverage

  • The liquid detection sensor can be effective in measuring liquids and semi-liquids in food and beverage production.

Healthcare and Pharmaceutics

  • Drug manufacturing requires a high level of specificity and accuracy to ensure the safety of consumers. Level sensors have been critical to this process for years. They can be used to monitor specific liquid levels in drugs, which is key to formulating medications with the correct concentrations.
  • Sensors are also critical to the function of a number of medical devices, including dialysis machines. Both the blood and the dialysate are closely monitored via non-invasive liquid sensors to identify potentially life-threatening leakages in the system.

Contact Introtek to learn more about liquid level sensors.