Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube;
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube; Endobronchial Tube Accessories,Right with CPAP,(2) Right Angle Swivel Connectors; Carlens Y Adapter
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube;
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube; Endobronchial Tube Accessories,Right with CPAP,(2) Right Angle Swivel Connectors; Carlens Y Adapter
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube;
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube; Endobronchial Tube Accessories,Left with CPAP,(2) Right Angle Swivel Connectors; Carlens Y Adapter
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube;
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube; Endobronchial Tube Accessories,Left with CPAP,(2) Right Angle Swivel Connectors; Carlens Y Adapter
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube;
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube; Endobronchial Tube Accessories,Left with CPAP,(2) Right Angle Swivel Connectors; Carlens Y Adapter
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube;
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube; Endobronchial Tube Accessories,Left with CPAP,(2) Right Angle Swivel Connectors; Carlens Y Adapter
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube;
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube; Endobronchial Tube Accessories,Left with CPAP,(2) Right Angle Swivel Connectors; Carlens Y Adapter
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube;
Endobronchial Suction Catheters with Color Coded Connectors; Endobronchial Tube; Endobronchial Tube Accessories,Left with CPAP,(2) Right Angle Swivel Connectors; Carlens Y Adapter
The reusable BE 30-142 is designed for use with ventilators, anesthesia machines
The reusable BE 30-142 is designed for use with ventilators, anesthesia machines, resuscitators, and other systems where PEEP or CPAP is required. A threshold-like resistance is applied after active exhalation. The PEEP valve prevents the exhalation pressure from dropping below a pre-determined value. PEEP ranges are adjustable from 3 to 20cm of water. Maximum PEEP can vary +/-10%. Objectives of PEEP therapy: 1) increase functional residual capacity by maintaining a positive pressure throughout the ventilatory cycle - improves gas distribution,2) aid in the prevention of atelectasis via aveolar stinting, 3) decrease in the inspired oxygen fraction (FiO2) is an advantage, 4) help in the stabilization of flail chest condition, and 5) monitor tidal volume by connecting a spirometer to the outlet port.
The reusable BE 142-A is designed for use with ventilators, anesthesia machines
The reusable BE 142-A is designed for use with ventilators, anesthesia machines, resuscitators, and other systems where PEEP or CPAP is required. A threshold-like resistance is applied after active exhalation. The PEEP valve prevents the exhalation pressure from dropping below a pre-determined value. PEEP ranges are adjustable from 3 to 20cm of water. Maximum PEEP can vary +/-10%. Objectives of PEEP therapy: 1) increase functional residual capacity by maintaining a positive pressure throughout the ventilatory cycle - improves gas distribution,2) aid in the prevention of atelectasis via aveolar stinting, 3) decrease in the inspired oxygen fraction (FiO2) is an advantage, 4) help in the stabilization of flail chest condition, and 5) monitor tidal volume by connecting a spirometer to the outlet port.
The reusable BE 142 is designed for use with ventilators, anesthesia machines, r
The reusable BE 142 is designed for use with ventilators, anesthesia machines, resuscitators, and other systems where PEEP or CPAP is required. A threshold-like resistance is applied after active exhalation. The PEEP valve prevents the exhalation pressure from dropping below a pre-determined value. PEEP ranges are adjustable from 3 to 20cm of water. Maximum PEEP can vary +/-10%. Objectives of PEEP therapy: 1) increase functional residual capacity by maintaining a positive pressure throughout the ventilatory cycle - improves gas distribution,2) aid in the prevention of atelectasis via aveolar stinting, 3) decrease in the inspired oxygen fraction (FiO2) is an advantage, 4) help in the stabilization of flail chest condition, and 5) monitor tidal volume by connecting a spirometer to the outlet port.