Medical transport stretchers are essential medical devices used for patient transfer and rescue, making them indispensable in healthcare facilities. With the advancements in medical technology, electrically powered intelligent medical transport stretchers are increasingly being adopted in numerous medical institutions, revolutionizing patient repositioning and transport. Such medical equipment requires reliable, instantaneous power and signal transmission through waterproof connectors. Due to the dual nature of medical transport stretchers as medical and transportation devices, there are specific characteristics that industrial waterproof connectors need to possess to meet the requirements of these beds.
Technical Requirements for Connectors in Medical transport stretcher:
Quick and Easy Operation: Medical equipment demands efficient and user-friendly operation to provide convenience for healthcare professionals.
Vibration and Shock Resistance: Medical transport stretchers may experience vibrations and bumps during movement, requiring connectors that can withstand such conditions.
Waterproof Capability: As medical transport stretchers are used in hospitals and outdoor emergency situations, they need connectors that can resist water ingress and protect against liquid exposure.
Corrosion Resistance: Medical environments undergo regular disinfection processes, and transport stretchers are also subjected to disinfection treatments. Connectors used in these beds must be corrosion-resistant due to the varying corrosive nature of disinfectants.
A Suitable Industrial Connector: The LP Series by Shine Industry
The LP Series M12 A 4-pin connectors, developed by Shine Industry and equipped with numerous appearance and utility patents, perfectly align with the technical requirements of medical transport stretchers. Let’s know how these connectors meet the connectivity needs of medical transport stretchers.
Single-Handed Insertion and Extraction for Swift Operations:
The Shine Industry LP Series features a patented “Convenient Installation Connector,” allowing for quick and easy operations. Its push-button lock design enables healthcare professionals to insert and extract connectors with a single hand. This feature ensures operational efficiency and a seamless user experience during urgent medical interventions.
Vibration and Shock Resistance:
The LP Series connectors utilize a push-button lock connection mechanism, which guarantees secure and reliable connections even during the intense vibrations and movements experienced by medical transport stretchers. They are designed to withstand any potential loosening or detachment.
High Waterproof Rating for Protection Against Liquid Ingress:
The Shine Industry LP Series plastic connectors boast a patented “Waterproof Structure” that provides outstanding waterproof performance. The connectors incorporate internal structural design and waterproof seals at critical points such as socket-to-enclosure, plug-to-socket, and plug-to-cable connections. The LP Series connectors can achieve an IP68 waterproof rating, with IP65/IP67 options available, ensuring uninterrupted power and signal transmission in medical environments prone to liquid exposure.
Corrosion Resistance for Endurance Against Disinfectants:
The Shine Industry LP Series plastic connectors, with their patented “Integrated Insulation Shell, Integrated Socket, and Waterproof Structure,” exhibit exceptional corrosion resistance. The connectors’ main body is crafted from high-performance outdoor engineering plastics using high-precision injection molding. The low surface roughness of the connectors prevents electrochemical corrosion, making them impervious to the corrosive substances found in acid-based medications and routine hospital disinfectants. The LP Series connectors protect the internal contacts and insulating materials, ensuring long-term reliability.
The Award-Winning BD Series: A Fusion of Connector Technology and Art
In addition to the LP Series classic industrial waterproof connectors, the renowned BD Series-D coded M12 connector, recipient of the prestigious Red Dot Design Award, is also suitable for medical transport stretchers. Both series offer a wide range of connector types, single-handed operation capability, high environmental adaptability, and options in both metal and plastic materials, allowing for interchangeability.
Conclusion:
Industrial waterproof connectors are vital in facilitating the reliable and efficient operation of medical transport stretchers. The Shine Industry LP Series and BD Series connectors, with their distinctive features such as single-handed operation, vibration resistance, high waterproof ratings, and corrosion resistance, are well-suited for meeting the demands of these critical medical devices. With their exceptional technical characteristics and innovative designs, these connectors ensure seamless power and signal transmission, contributing to medical transport stretchers’ overall functionality and reliability in healthcare settings.
