In the field of medical devices, connectors are an important component for data transmission, signal stability and reliable operation of equipment. Due to its compact design, high level of protection and superior performance, the M8 connector is widely used in critical scenarios such as medical sensors, imaging equipment and laboratory instruments. Here are the main advantages of M8 connectors in medical devices:
The compact size of the M8 connector makes it ideal for medical devices with limited space, such as portable monitoring devices and endoscopes. This compact design not only saves space, but also meets the need for lightweight equipment.
Medical equipment is often in high humidity, frequent disinfection environment, M8 connectors with IP67 or higher protection level, effective water, dust, corrosion resistance, can maintain reliable performance under the long-term action of disinfectants and moisture.
With stable signal transmission performance and current carrying capacity, the M8 connector is suitable for devices requiring precise signal transmission such as heart rate monitoring, blood oxygen measurement, and ultrasonic probes to ensure the accuracy of medical data.
Medical devices often need to be frequently installed, removed, or moved. The M8 connector supports more than 500 insertion and removal operations, providing stable and durable performance to meet the high reliability requirements of medical scenarios.
The M8 connector supports multiple pin configurations (e.g., 3-pin, 4-pin, 8-pin) to simultaneously transmit data, signal, and power to meet the needs of medical devices for complex functions, especially in multifunctional monitoring devices.
The M8 connector is simple in design and fast in installation and disassembly, which reduces the complexity of maintaining or replacing components of medical devices, further improving the operating efficiency and ease of operation of the device.
The M8 connector housing and terminals are made of corrosion-resistant, oxidation-resistant, high-quality materials (such as nickel-plated copper) that not only extend service life, but also meet the stringent requirements for material biocompatibility and safety in medical devices.
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SKM12 A Series M12 A Coded Connectors Plate Rear Mount 5PIN Male Solder Type M16*1.5 shielded
SKM12 S Series M12 S Coded Connectors Straight Plastic Assembled 3PIN(2+PE) Famale Solder Type PG7
SKM12 A Series M12 A Coded Connectors Plate Rear Mount 17PIN Male Solder Type M16*1.5 shielded
SKM16 Series M16 Connectors Regular Overmolded 5PIN Male Solder Type M16*0.75 With Short Shield
SKM12 A Series M12 A Coded Connectors Plate Rear Mount 3PIN Female Solder Type M16*1.5
SKM12 S Series M12 S Coded Connectors Right Angle Plastic Assembled 4PIN(3+PE) Male Screw type PG9
SKM16 Series M16 Connectors Square Flange 12PIN Female Solder Type 20*20
SKM16 Series M16 Connectors Regular Overmolded 7PIN Female Solder Type M18*0.75 With Short Shield
SKM16 Series M16 Connectors Plate Rear Mount 5PIN Female Solder Type M18*0.75
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