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This professional fluid and gas connector is a dual-nut socket with 2P.Q01 configuration, specially designed for medical fluid/gas transmission scenarios like cryoablation and surgical robot systems. Adopting SUS316L stainless steel contact pipes and PSU housing, it features a max working pressure of 2Bars and IP50 protection grade. All materials comply with ROHS, and it has a mechanical life of 1000 times, ensuring stable and safe fluid/gas delivery in harsh medical working conditions.
The contact pipe is made of SUS316L stainless steel with pickling passivation treatment, having excellent corrosion and high/low temperature resistance, suitable for various medical fluid and gas media transmission, and the service life is effectively extended.
It supports a maximum working pressure of 2Bars, which can stably transmit fluid and gas media required for medical equipment such as cryoablation and ultrasonic surgical aspirators without leakage, meeting the precision pressure requirements of medical operations.
The connector can work stably in the extreme temperature range of -55°C to 150°C and withstand 95% humidity at 60°C, adapting to the complex working environments of different medical equipment and clinical operation scenarios.
With a mechanical life of 1000 times and IP50 protection grade, it can resist dust intrusion effectively, and the dual-nut structural design ensures firm installation and plugging, avoiding accidental disconnection during equipment operation.
The shell and nut are both made of Pantone 7546C blue PSU, with a unified and professional appearance, and all materials comply with ROHS requirements, meeting the environmental and safety standards of medical device production and use.
The maximum contact resistance is only ≤12.5mΩ, ensuring the stable transmission of associated electrical signals while delivering fluid and gas, matching the integrated operation needs of modern surgical medical equipment.
Parameters | Specifications |
Operating Temperature | -55°C~150°C |
Humidity(max) | <=95%[at 60°C/140°F] |
Salt Spray Corrosion | 96hr |
Vibration | 15g[10Hz~2000Hz] |
Mating Cycles | 1000+ times |
Contact Pipe | Picking Passivation of Stainless Steel |
Housing Material | PSU |
Insulator Material | PEEK |
Hexagon Nut Material | Nickel-plated Brass |
Gas Pipe Size | 0D8*5mm |
Max. Working Pressure | 2Bars |
Insulator Resistance | 5000 mΩ[at 5000V AC] |
Contact Resistance | <=12.5 mΩ |
IP Rate | TIP50 |
As a cryoablation cooling connector, it is used for the transmission of cooling medium and gas in medical cryoablation equipment, ensuring the stable delivery of low-temperature media to the ablation probe and realizing precise clinical cryoablation treatment.
Applied to ultrasonic surgical aspirators, it undertakes the transmission of cleaning fluid, cooling gas and other media of the equipment, matching the high-speed operation of the aspirator and ensuring the smooth progress of surgical aspiration and cutting operations.
Served as a surgical robot connector, it is used for the fluid and gas transmission of each functional module of the surgical robot, with stable connection performance, adapting to the precise and automated operation requirements of the surgical robot in the operating room.
Used in various professional medical cooling equipment, it can stably transmit cooling fluid and gas media, with excellent low-temperature adaptability, meeting the cooling demand of medical equipment and instruments during high-load operation.
Applicable to various minimally invasive surgery equipment that requires fluid/gas transmission, the compact structural design is suitable for the narrow operation space of minimally invasive surgery, and the anti-leakage performance ensures surgical safety.
A: The connector is specially matched with OD8*5mm PVC trachea for fluid and gas transmission, and it is not recommended to use non-standard trachea to avoid media leakage.
A: SUS316L has excellent corrosion resistance and low-temperature adaptability, and pickling passivation further enhances its anti-corrosion performance, suitable for various medical fluid/gas media and extreme temperature working conditions.
A: The dual-nut structural design is for fixed installation on the equipment panel, which can effectively prevent the connector from loosening due to equipment vibration during operation and ensure the stability of media transmission.
A: Yes, it can withstand a maximum humidity of 95% at 60°C and has IP50 dustproof performance, which can adapt to the high-humidity and dust-prone working environments of hospital operating rooms and equipment rooms.
A: The mark point is used for the precise matching of the plug and socket, ensuring the correct alignment of the positioning key during plugging, avoiding wrong insertion and ensuring the normal transmission of fluid, gas and associated signals.
This professional fluid and gas connector is a dual-nut socket with 2P.Q01 configuration, specially designed for medical fluid/gas transmission scenarios like cryoablation and surgical robot systems. Adopting SUS316L stainless steel contact pipes and PSU housing, it features a max working pressure of 2Bars and IP50 protection grade. All materials comply with ROHS, and it has a mechanical life of 1000 times, ensuring stable and safe fluid/gas delivery in harsh medical working conditions.
The contact pipe is made of SUS316L stainless steel with pickling passivation treatment, having excellent corrosion and high/low temperature resistance, suitable for various medical fluid and gas media transmission, and the service life is effectively extended.
It supports a maximum working pressure of 2Bars, which can stably transmit fluid and gas media required for medical equipment such as cryoablation and ultrasonic surgical aspirators without leakage, meeting the precision pressure requirements of medical operations.
The connector can work stably in the extreme temperature range of -55°C to 150°C and withstand 95% humidity at 60°C, adapting to the complex working environments of different medical equipment and clinical operation scenarios.
With a mechanical life of 1000 times and IP50 protection grade, it can resist dust intrusion effectively, and the dual-nut structural design ensures firm installation and plugging, avoiding accidental disconnection during equipment operation.
The shell and nut are both made of Pantone 7546C blue PSU, with a unified and professional appearance, and all materials comply with ROHS requirements, meeting the environmental and safety standards of medical device production and use.
The maximum contact resistance is only ≤12.5mΩ, ensuring the stable transmission of associated electrical signals while delivering fluid and gas, matching the integrated operation needs of modern surgical medical equipment.
Parameters | Specifications |
Operating Temperature | -55°C~150°C |
Humidity(max) | <=95%[at 60°C/140°F] |
Salt Spray Corrosion | 96hr |
Vibration | 15g[10Hz~2000Hz] |
Mating Cycles | 1000+ times |
Contact Pipe | Picking Passivation of Stainless Steel |
Housing Material | PSU |
Insulator Material | PEEK |
Hexagon Nut Material | Nickel-plated Brass |
Gas Pipe Size | 0D8*5mm |
Max. Working Pressure | 2Bars |
Insulator Resistance | 5000 mΩ[at 5000V AC] |
Contact Resistance | <=12.5 mΩ |
IP Rate | TIP50 |
As a cryoablation cooling connector, it is used for the transmission of cooling medium and gas in medical cryoablation equipment, ensuring the stable delivery of low-temperature media to the ablation probe and realizing precise clinical cryoablation treatment.
Applied to ultrasonic surgical aspirators, it undertakes the transmission of cleaning fluid, cooling gas and other media of the equipment, matching the high-speed operation of the aspirator and ensuring the smooth progress of surgical aspiration and cutting operations.
Served as a surgical robot connector, it is used for the fluid and gas transmission of each functional module of the surgical robot, with stable connection performance, adapting to the precise and automated operation requirements of the surgical robot in the operating room.
Used in various professional medical cooling equipment, it can stably transmit cooling fluid and gas media, with excellent low-temperature adaptability, meeting the cooling demand of medical equipment and instruments during high-load operation.
Applicable to various minimally invasive surgery equipment that requires fluid/gas transmission, the compact structural design is suitable for the narrow operation space of minimally invasive surgery, and the anti-leakage performance ensures surgical safety.
A: The connector is specially matched with OD8*5mm PVC trachea for fluid and gas transmission, and it is not recommended to use non-standard trachea to avoid media leakage.
A: SUS316L has excellent corrosion resistance and low-temperature adaptability, and pickling passivation further enhances its anti-corrosion performance, suitable for various medical fluid/gas media and extreme temperature working conditions.
A: The dual-nut structural design is for fixed installation on the equipment panel, which can effectively prevent the connector from loosening due to equipment vibration during operation and ensure the stability of media transmission.
A: Yes, it can withstand a maximum humidity of 95% at 60°C and has IP50 dustproof performance, which can adapt to the high-humidity and dust-prone working environments of hospital operating rooms and equipment rooms.
A: The mark point is used for the precise matching of the plug and socket, ensuring the correct alignment of the positioning key during plugging, avoiding wrong insertion and ensuring the normal transmission of fluid, gas and associated signals.
