Description:

EEV-6039

Mindray A4 Expanded Vent and Optimizer Package includes Expanded Vent (PCV, SIMV-VC, SIMV-PC) Package (Optional Software Upgrade Package)

Optional Features 

  • Integrated Gas Analysis with auto agent ID, capnography, and age calculated MAC value.
  • Pressure Control Ventilation with Volume Guarantee (PCV and PCV-VG).
  • Synchronized Intermittent Mandatory Ventilation with Pressure Control, Volume Control, and Volume Guarantee (SIMV-PC, SIMV-VC, and SIMV-VG).
  • Optimizer functionality provides useful tools to support low flow anesthesia.
  • Agent calculation displays real-time agent usage rates and total amount of agent used un each case.
  • Flexible bag arm.
  • Three in-line vaporizer mount.

Optimizer TM

When used together with the Integrated Gas Module, clinicians benefit from the low flow decision support tools of the optimizer suite:

  • Manage intraoperative fresh gas dynamics
  • Visualize real-time intra-case agent usage
  • Quantify actual end of case agent consumption value 

Mindray A4 Expanded Vent and Optimizer Package

$8,950.00 $6,435.00 Sale
-

Description:

EEV-6039

Mindray A4 Expanded Vent and Optimizer Package includes Expanded Vent (PCV, SIMV-VC, SIMV-PC) Package (Optional Software Upgrade Package)

Optional Features 

  • Integrated Gas Analysis with auto agent ID, capnography, and age calculated MAC value.
  • Pressure Control Ventilation with Volume Guarantee (PCV and PCV-VG).
  • Synchronized Intermittent Mandatory Ventilation with Pressure Control, Volume Control, and Volume Guarantee (SIMV-PC, SIMV-VC, and SIMV-VG).
  • Optimizer functionality provides useful tools to support low flow anesthesia.
  • Agent calculation displays real-time agent usage rates and total amount of agent used un each case.
  • Flexible bag arm.
  • Three in-line vaporizer mount.

Optimizer TM

When used together with the Integrated Gas Module, clinicians benefit from the low flow decision support tools of the optimizer suite:

  • Manage intraoperative fresh gas dynamics
  • Visualize real-time intra-case agent usage
  • Quantify actual end of case agent consumption value