Surgical Suction Askir C30 Basic2 Flo

Surgical Suction Askir C30 Basic2 Flo

The ASKIR C30 BR Basic 2 Flo stands as a remarkably efficient and portable suction unit meticulously engineered for the extraction of bodily fluids, encompassing oral, nasal, and tracheal aspiration for both pediatric and adult patients. This professional-grade apparatus boasts an impressive maximum aspiration capacity, clocking in at 36 liters per minute.

This unit is thoughtfully equipped with dual collection jars, streamlining the process of fluid collection with efficiency and convenience. Mounted on a stand with five castors, it ensures seamless mobility and transportability, rendering it well-suited for deployment across diverse healthcare settings.

What sets the ASKIR C30 BR apart is its versatility in operation. It can be powered either through an AC/DC adapter or a rechargeable battery, offering adaptability and flexibility in its utility. The incorporation of a rechargeable battery facilitates uninterrupted operation without the risk of overheating, guaranteeing a continuous and unbroken suction capability when the need arises.

To heighten user convenience and safety, the ASKIR C30 BR Basic 2 Flo features visual and acoustic alarms that signal a low battery level. This invaluable function helps healthcare practitioners stay attuned to the device’s power status, enabling them to plan accordingly. Moreover, the unit is furnished with a vacuum meter displaying vacuum levels in both bar and kilopascal (kPa) units, ensuring precise monitoring of suction pressure. The vacuum regulator allows for effortless adjustment of suction power to meet specific requirements.

With its robust construction and user-centric attributes, the ASKIR C30 BR Basic 2 Flo emerges as a dependable and efficient suction unit for medical professionals. Its compact, portable design, combined with the inclusion of a battery backup, renders it well-suited for deployment across various healthcare environments where mobility and uninterrupted operation are paramount.