Graham-Field Bed Socket Telescoping I.V. Pole

Yes, this I.V. pole is designed to meet established healthcare standards for medical accessories. Specifically, the pole is built to comply with HCPCS code E0776.

Yes, this I.V. pole is specifically designed for secure attachment to compatible hospital beds. It features a specialized bed socket design at the base, allowing for easy and reliable mounting into socket mounting points typically found on medical and hospital beds. The pole’s durable, anodized aluminum construction ensures a stable and long-lasting connection.

Yes, the Graham-Field Telescoping I.V. Pole is designed for silent and smooth operation, which is critical in healthcare settings. This is achieved through the use of internal rubber bumpers.

These bumpers provide two key benefits:

• Quiet Adjustment: They ensure the telescoping pole section can be raised or lowered with minimal noise.
• Shock Absorption: They reduce physical shock to both the user’s hand and the I.V. container when the telescoping tube is lowered.

Yes, the Graham-Field I.V. pole is built for longevity using durable, anodized aluminum tubing. This robust material is designed to ensure a long service life suitable for demanding clinical environments.

Yes, this I.V. pole is manufactured with compliance in mind. The Graham-Field Bed Socket Telescoping I.V. Pole is designed to meet the requirements outlined in HCPCS code E0776.

Yes, the Graham-Field Telescoping I.V. Pole is specifically engineered for quiet operation, which is crucial in patient environments where minimizing noise is necessary.

This benefit is achieved through the use of internal rubber bumpers integrated into the design, which serve a dual function:

• They guarantee silent operation when the telescoping tube is being lowered or adjusted.
• They effectively reduce shock and minimize vibration transmission to the I.V. container.

Yes, the Graham-Field I.V. pole is specifically engineered for silent operation, which is crucial in patient care environments.

This quiet functionality is achieved using internal rubber bumpers integrated within the durable, anodized aluminum tubing. These bumpers provide two key benefits when adjusting the pole’s height (35 to 65 inches):

• Noise Reduction: They absorb physical shock, minimizing sound during height adjustments.
• Shock Protection: They reduce shock transfer to the I.V. container and the user’s hand when the telescoping tube is lowered.

Yes, the Graham-Field I.V. Pole is designed for silent operation, minimizing disruption in clinical and home healthcare settings. This crucial feature is achieved through the use of internal rubber bumpers.

These bumpers provide two key benefits:

• They ensure quiet use when adjusting the telescoping pole height.
• They minimize physical shock transfer to the I.V. container and the user’s hand when the telescoping tube is being lowered.

Yes, the I.V. pole is constructed from durable, anodized aluminum tubing. This robust material is chosen to ensure:

• Longevity and Reliability: Built to withstand the demands of medical environments.
• Structural Integrity: Provides a reliable and stable structure for supporting I.V. containers.

The Graham-Field Telescoping I.V. Pole provides a broad and secure height adjustment range:

• Height Range: The pole adjusts securely from a minimum of 35 inches up to a maximum of 65 inches.
• Adjustment Mechanism: Height is quickly and securely set using a reliable locking collet.
• Silent Operation: Internal rubber bumpers are integrated to ensure silent operation and reduce shock to the I.V. container when the pole is being lowered.