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Endotracheal Tube, Cuffed

Urine Meter Drain Bag

Urine Meter with Drainage Bag is a closed system used to accurately measure urine output and collect the urine. The device features a rigid, clear and transparent measured volume chamber, and a 2000mL soft drainage bag.

Description
  • ·Easy-to-read molded plastic meters are calibrated up to 400ml, 500ml urine meter.·With needleless sample port.
  • With reinforced double hanger and rope hanger.
  • ··Latex-free, Packed sterile.
Ref. No.: Description: Qty.Cs:
NMU220101 2600ml drain bag and 200ml urine meter 10
NMU220102 2500ml drain bag and 200ml urine meter 10

Urine Meter Drain Bag

Urine Meter with Drainage Bag is a closed system used to accurately measure urine output and collect the urine. The device features a rigid, clear and transparent measured volume chamber, and a 2000mL soft drainage bag.

Urine Meter Drain BagĀ is a shut framework used to precisely gauge pee result and gather the pee. The gadget includes an unbending, clear and straightforward estimated volume chamber, and a delicate seepage sack. Urinary catheterisation is related with various entanglements including catheter-related urinary plot disease (CAUTI), tissue harm, bypassing and blockage. The danger of entanglements implies catheters ought to just be utilized subsequent to thinking about other moderation the executives choices, and ought to be eliminated when clinically fitting (Loveday et al, 2014).

Urine Meter Drain Bag

During the addition methodology tissue injury and poor aseptic strategy can prompt CAUTI; this hazard proceeds however long the catheter is set up. Hazard factors for CAUTI are illustrated in Box 1. Fitting catheter seepage and backing gadgets, just as hand cleanliness and related contamination avoidance methodologies, can lessen the danger of CAUTI. Catheterisation can profoundly affect patients' way of life and sexual connections (Prinjha and Chapple, 2013; Royal College of Nursing, 2012) so it is imperative that patients are associated with the choice of seepage and backing gadgets, and that their capacity to deal with these autonomously is evaluated. Choosing a seepage framework The choice of a suitable seepage gadget relies upon: The justification behind, and reasonable length of, Urine Meter Drain Bag; Patient inclination; Disease avoidance issues (Dougherty and Lister, 2015). There are various catheter sack types including: Two-liter sacks - utilized for non-mobile patients and short-term waste; Leg sacks - can be worn under garments, along these lines empowering portability and recovery as patients don't need to convey a pack appended to a catheter stand. Leg packs can likewise positively affect patients' poise as they are not noticeable to other people (Dougherty and Lister, 2015); Urometer packs - used to intently screen urinary result. Rules that wellbeing experts should remember while overseeing seepage gadgets are featured in Box 2. Urinary Drain Bag (2) Box 2. Standards for overseeing seepage gadgets Catheters should be connected to a suitable waste gadget or catheter valve (see section 5 on catheter valves to be distributed in the May issue) The association between the catheter and urinary waste framework should not be broken except if clinically demonstrated (Loveday et al, 2014) Catheter sacks ought to be changed by clinical need - for instance, assuming the pack is stained, contains residue, smells hostile or is harmed (Royal College of Nursing, 2012), or as trained by producers (Loveday et al, 2014), which is generally at regular intervals (RCN, 2012) Catheter examples of pee ought to be acquired from an examining port on the catheter seepage gadget as per nearby arrangement Sacks ought to be situated underneath the level of the bladder (Loveday et al, 2014); many are fitted with an enemy of reflux valve Urinary seepage packs ought not be permitted to fill past 3/4 (Loveday et al, 2014) At the point when a 2L seepage pack is utilized, it ought to be appended to a fitting stand and contact with the floor ought to be stayed away from (Loveday et al, 2014) A different clean compartment ought to be utilized to exhaust packs, staying away from contact among tap and holder (Loveday et al, 2014) Germ-free or antimicrobial arrangements ought not be added to urinary seepage sacks (Loveday et al, 2014) Catheters should be very much upheld to diminish footing related issues, for example, bypassing of pee, and inconvenience and touchiness around the catheter Leg seepage sacks Leg sacks ought to be associated with the catheter to make a clean shut seepage framework (Loveday et al, 2014), and changed in accordance with producers' proposals or when clinically demonstrated (Loveday et al, 2014). Assuming that the sack becomes detached from the catheter it ought to be supplanted with another one right away. Leg sacks arrive in an assortment of sizes (Fig 1a) including: 350ml - a little limit sack; 500ml - the most widely recognized decision for every day use; 750ml. The limit required not set in stone by the patient's pee yield. Leg packs accompany three lengths of tubing (Fig 1b): Direct bay - joins straightforwardly to the catheter; Short cylinder; Long cylinder. Patients ought to be permitted to conclude where they mean to wear their leg sack (thigh, knee or lower leg) as this will decide the length of the channel tube utilized. This should be possible through experimentation, and patients might wish to attempt an assortment of items. It is significant the leg pack is situated all of the time underneath the bladder to keep up with pee stream. Packs come in various shapes, including square shapes and ovals, and some have a texture back to further develop patient solace when it is in touch with the skin (Dougherty and Lister, 2015). Two-liter seepage sacks Two-liter limit sacks can be associated with the lower part of leg packs around evening time. The power source tap on the leg pack is left open so the pee gathers in the bigger sack, which ought to be discarded day by day after use.