![]() ![]() ![]() They also eliminate the need for soldering, which significantly decreases assembly time and cost, and have easily detachable spring pins to help maximize design flexibility. Pogo-pin connectors feature a floating contact design that allows them to rotate and slide freely within the housing to provide the range of movement required. The spring-loaded design provides constant lateral pressure against the inside of the tube, which results in steadier connections with better contact resistance than standard connectors. Pogo-pin contacts consist of three primary parts: pins, tubes, and springs. Pogo-pin connectors are a durable and effective connectivity solution for these designs. To ensure utility and durability in typical use scenarios, these electronics must be adequately protected from everyday hazards, including exposure to liquids and dust. Wearable monitors like glucose meters, insulin monitors, and heart rate monitors are vital for proactive, preventative patient care. ![]() The global wearable medical device market size was valued at $10.3 billion in 2018 and is estimated to grow to $93.7 billion by 2027. The global pandemic has accelerated demand for safe, hands-off, portable, and home-based medical technologies. Portable and wearable medical devices including glucose monitors are increasingly common and often require smaller and more rugged connectivity components than those employed in clinical environments. Rugged spring-loaded pogo-pin connectors offer the high-performance and waterproofing characteristics vital to a wide range of portable and wearable medical applications. In many applications, these connectors must also be able to withstand contact with fluids, including cleaning chemicals. In addition taking on smaller form factors, these connectors must be rugged enough to withstand the everyday vibration, shock, and general use conditions portable and wearable healthcare equipment experiences in home and institutional environments. To meet the growing demand for safe, effective portable devices, connector design engineers are developing smaller, more rugged connectivity solutions that can be implemented in compact medical application designs. Portable medical technologies can be used at home and in medical facilities, and they collect and transmit valuable data to the cloud for storage and analysis by medical professionals. These devices give patients greater independence, flexibility, and support, and provide healthcare providers with critical, timely information for improved diagnosis and patient care. These devices handle the harsh operating conditions of the home and clinic with the help of pogo-pin connectors.Īs the medical world turns to technology to deliver healthcare in new ways, demand for portable and wearable medical devices is growing rapidly. Small portable and wearable medical technologies give patients and healthcare providers a safer, more flexible tool for collecting vital biometric data and delivering care. ![]()
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