- Anesthesia Circuits successful notch design which eliminates the risk of disconnection and leakage in the circuits.
- All circuit types can be customized. R-Vent has the capacity of customization which provide end-users with an endless number of disposable breathing circuit configurations.
- All circuits are manufactured in 10.000 class clean room.
- The products are CE marked and comply with ISO 13485:2003 quality requlation
- All circuits are made of medical grade material
- Sterile option available
Anesthesia Circuits
Anesthesia Circuits with Limb, Latex Breathing Bag
Corrugated Tubing Circuits
- Light weight and economical system
- Low risk of leakage with tight notch connections
Extendible Tubing Circuits
- Easy positioning for convenient usage and storage
- Low risk of leakage with tight notch connections
- Ability to store a memory, easy set-up for further usages
Smoothbore Tubing Circuits
- Better compliance
- Lower kinking risk
- Minimum condensation build-up in the circuit
- Less bacterial growth
- Reinforced by an external helix while inner surface is smooth
- Crush-proof thereby eliminating any risk of ventilation being interrupted
Anesthesia Circuits with Limb, Latex-Free Breathing Bag
Anesthesia Circuits with Limb, Latex Breathing Bag,Bacterial-Viral Filter
Anesthesia Circuits with Limb, Latex-Free Breathing Bag, Bacterial-Viral Filter
Double Gas Sampling Line Circuits
- The circuit has a healthy and cost-effective design
- The circuit decreases the use of anesthesic volatile agent by returning the gas to the system, by doing, it maintains the gas in the system and prevents operating people from inhaling volatile gas which is not in the atmosphere thanks to circuit design
Coaxial Circuits
- Simple and qualified functional design of streamlined tubing within a tube
- The design enables elimination of twisting between inspiratory and expiratory limbs
- The circuit offers a better chance of mobility and practical usage
- Inspired gasses become warm and humidified when exhaled through expiratory tubings, which result in self-contained and thermally sufficient atmosphere
Duo-Limb Circuit
- Less weight than two-limb circuits
- Reduced torque on patient’s airway
- More versatility when used as a transport circuit
- Kinking resistant, heigh quality