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> Anesthesia |
Limb-O
The Limb-O is a circle circuit, accommodating all of your needs, including low-flow. The streamlined design minimizes the clutter of a two-limbed circle circuit with these important additional benefits:
- LIGHT WEIGHT - Less plastic means less weight and torque on the patient’s airway management device; Limb-
O weighs 34% less than coaxial circle circuits and 25% less than traditional circle circuits.1
- LOWER COMPLIANCE – The presence of a septum in Limb-
O decreases compliance in the circuit to significantly increase delivered volume . . . without sacrificing drape.
- THERMALLY EFFICIENT – Bench testing suggests the transfer of heat from the expiratory to the inspiratory limb of 6.2°C at 4L/min flow rates1.
Transport to the PACU or ICU
With the addition of our Limb-O Transport System, Limb-O becomes a Mapleson-D Transport Circuit, a safe, cost-effective alternative to a self-inflating manual resuscitator.
- Attach oxygen tubing to inspiratory limb
- Attach patient-dedicated Adjustable Pressure Limiting (APL) valve to expiratory limb
- Reuse the patient’s breathing bag by attaching it to the APL valve
In the ICU
Why pay for a fresh circuit set-up when your patient reaches the ICU? With Limb-O the patient’s anesthesia circuit becomes the ventilator circuit.
- A 24” expandable hose accommodates ventilator hook up on all 72” Limb-
O circuits
- The Vital Signs HCH product line, coupled with the heat transfer properties of the common inspiratory/expiratory wall, provides you with a truly efficient method of passively heating and humidifying your patient
- See Limb-
O Data Sheet TD031 for specifications and performance characteristics
Key Features:
Light Weight: |
Less plastic means less weight and torque on the patient’s airway management device; Limb-O weighs 34% less than coaxial circle circuits and 25% less than traditional circle circuits.1 |
Lower Compliance : |
The presence of a septum in Limb-O decreases compliance in the circuit to significantly increase delivered volume . . . without sacrificing drape. |
Thermally Efficient : |
Bench testing suggests the transfer of heat from the expiratory to the inspiratory limb of 6.2°C at 4L/min flow rates1. |
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Information:
Product Description: |
Limb-O™Adult and Pediatric Anesthesia Circle Circuit or Volume Ventilator Circuit |
Ordering Information: |
| Product Code |
Description |
| AFM12XXX |
40" length, 3 L Latex-Free Bag, Gas Sampling Elbow, Filter on Inspiratory Lumen |
| AFR12XXX |
58" length, 3 L Latex-Free Bag, Gas Sampling Elbow, Filter on Inspiratory Lumen |
| AFN12XXX |
72" length, 3 L Latex-Free Bag, Gas Sampling Elbow, Filter on Inspiratory Lumen |
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Accessories: |
| Product Code |
Description |
| 5509 |
Limb-O Mapleson D Adapter set - fresh gas tubing with adapters |
| 5510 |
Limb-O Transport System--7' Star Lumen Oxygen Tubing set and APL Valve Set |
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Size: |
| Size: |
40" |
58" |
72" |
| Weight with Connectors1: |
106g |
136g |
169g |
| Compliance of Circuit @ 100 cm H20 |
.64 ml cm H20 |
.76 ml cm H20 |
.93 ml cm H20 |
|
Thermal Efficiency1: |
Net increase of 6.2 degrees C in first 15 minutes at 4L/min flow rates on anesthesia machine. |
Insp. and Exp. Resistance at Various Flow Rates cm H201 |
| Length |
10 L/min |
20 L/min |
30 L/min |
40 L/min |
50 L/min |
60 L/min |
I |
E |
I |
E |
I |
E |
I |
E |
I |
E |
I |
E |
40" |
.09 |
.10 |
.25 |
.31 |
.59 |
.66 |
.99 |
1.12 |
1.52 |
1.71 |
2.05 |
2.30 |
60" |
.11 |
.13 |
.34 |
.43 |
.76 |
.94 |
1.30 |
1.61 |
1.98 |
2.48 |
2.65 |
3.36 |
72" |
.14 |
.16 |
.46 |
.57 |
1.06 |
1.24 |
1.80 |
2.12 |
2.74 |
3.28 |
3.69 |
4.39 |
108" |
.18 |
.22 |
.59 |
.80 |
1.34 |
1.73 |
2.26 |
2.97 |
3.46 |
4.58 |
4.82 |
6.42 |
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Circuit Materials : |
Corrugated Tubing and Septal Wall--Polyethylene/EVA
22mm Connectors--Medical Grade Polypropylene
Cuff Band - Polyisoprene
Expandable Extension Hose - Polypropylene |
Reference1: |
1Test Data on File |
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