Cardinal Health SU130-404D - 3-Spring Reservoir Kits with Trocar, 19 Fr (1/4 in.) PVC drain, 12/CS

Cardinal Health SU130-404D - 3-Spring Reservoir Kits with Trocar, 19 Fr (1/4 in.) PVC drain, 12/CS

3-Spring Reservoirs Kits

3-Spring Reservoirs are available in convenient kits with PVC Drains or separately with silicone adapters for connection to any of the Jackson-Pratt Silicone Drains.

The reservoirs feature:

• 3 - spring design to provide easy activation of suction.
• Anti-reflux valve in reservoir which helps prevent backflow of fluid to the patient.
• Transparent sidewall with clearly marked graduations for quick and easy identification and measurement of exudate.
• Not made with natural rubber latex.
• The PVC wound drain includes a radiopaque stripe for x-ray detection.
• Universal wound drain y-connector which can be cut to accept 3/32 in., 1/8 in., 3/16 in. or 1/4 in. diameter wound drains.
• All kits include a round, center perforated, hubless PVC drain with a trocar.

Polyvinylchloride (PVC) Drains

Based on physician preference, round drains are also available in PVC; a PVC round drain will also have a radiopaque stripe running the entire length of the drain for x-ray detection.

Feature

• Jackson-Pratt flat drains are made of a silicone elastomer for softness and flexibility, featuring.
• Injection molded forstrength and drain integrity.
• Low-proile, hubless design to help promote tissue plane approximation.
• Innerlumen ribbing to help prevent drain collapse and clogging and help preserve drain patency.
• Silicone thatis barium impregnated for X-ray detection of drain.

What is Wound Darin?

A surgical drain is a tube used to remove pus, blood or other fluids from a wound. Drains inserted after surgery do not result in faster wound healing or prevent infection but are sometimes necessary to drain body fluid which may accumulate and in itself become a focus of infection.

Trocar

The trocar is a sharply pointed shaft, usually with a three-sided point to help insert the drain into the patients body. One end is inserted in the patients wound and the other end is connected to the drain and the evacuator.

Preparing and Inserting Drains

• Drains are designed for single patient use only; they should never be reused.
• Drains are kept sterile and ready for use; no device or equipment should be opened until the surgeon specifies the style and size needed.
• Verify if the patient has any sensitivity or allergy to latex; if present, do not use a drain or other tubing with any latex components.
• The scrub person maintains the sterility of the drain until it is connected to the sterile end of the drainage tubing.
• All tubing/reservoir connections must be physically tightened and secured; the connections should not be completely obscured by wrapping them with tape.
• The drain site should be dressed separately from the operative incision site. A nonadherent dressing can be used as the contact layer around the drain. Gauze dressings can be cut into a Y-shape to fit snugly around the base of the drain.
• Avoid placing tension on the drain as well as kinks in the drain tubing; a gentle loop can be made and secured with tape at the time the dressing is applied.
• Collection devices connected to passive drains must be kept well below the level of the body cavity where the drain is inserted and below the level of the drainage tubing to prevent retrograde flow. The amount of drainage should be documented.
• With closed or negative pressure vacuum drains, the circulating nurse must check the suction level to ensure that it is set according to the surgeons order or activate the suction as appropriate for the system being used.
• If ordered, a radiograph may be taken to verify proper placement of the drain.
• Care should be taken to protect and secure drains and drainage systems. For example, drains may become tangled in the patients other lines and equipment (eg, IV tubing, electrocardiogram leads), clothing, or linen and accidentally pulled out, which can result in pain or bleeding.