Vishal Medical & Equipment Systems

Neonatal Ventilator For Effective Breath Management With Enhanced Safety Features And Expanded Monitoring.

• Dual Control Breath Management.
• Preset Vent Setting For Mode, Breath Type And Settings Can Be Preset Without Affecting Current Ventilator Operation.
• Non-Invasive Ventilation, Compatible With Mask Ventilation For Continuous Or Short Term Use.
• O2 Calibration.
• Pre-Silence Alarm, Suspends Ventilation While Delivering Continuous Flow After A Planned Disconnect.
• Events History Log

The Puritan Bennett 760 provides affordable respiratory care. Its integrated air piston system ensures that the unit can be moved anywhere within the facility to provide ventilation. In built battery back also ensures that the PB 760 can work in conditions where the power supply is erratic and not normal.

Features:

• Exceptional value in a ventilator that is easy to use and service.
• Ideal for metropolitan hospitals and remote medical facilities.
• Equipped with a high performance gas delivery system, combined with frictionless air piston and flow triggering, allows the ventilator to respond to a patient's breathing efforts without the need for a compressed air source.
• Sophisticated system that delivers mandatory breaths in both volume control ventilation and pressure control ventilation to support pediatric and adult patients with a wide variety of clinical conditions.
• Can be mounted on a cart or shelf, giving hospital units maximum flexibility for use.
• Speaking Valve Mode allows you to ventilate patients on speaking valve while monitoring delivered volumes.
• Comes with "current" and "proposed" lights to indicate those settings in effect and which displayed mode, breath type and settings the ventilator proposes.

The Puritan bennett 840 ventilator system is easy to use, fast, and designed for patient comfort. it works from neonatal patients weighing as little as 300 grams to adult patients weighing as much as 150 kg.

Features:

• Advanced technology: dualview touchscreens, high-performance pneumatics, and dual-microprocessor electronics.
• Easy upgrades: software can be upgraded and customized to meet a variety of future clinical needs.
• Enhanced noninvasive ventilation (niv) for use with a stable respiratory drive.
• Data integration: supports communication with all major patient monitoring and hospital information systems for use in electronic data transfer.
• It is durable, reliable, and easy to service.

1.         Model Name :  Vi-SWAAS

2.         Characteristics;  Microprocessor based ventilator with in-built compressor& 15 touch screen

3.         ModeL:                      PCCMV, PCSIMMV, VCCMV, VCSIMV, PSV, PRVC, ACV, CPAP, BPAP

4.         Peak Pressure :                60 cm H20

5.         Peak Respiratory Rate  60 Breaths per minute

6.         Inspiratory Time              0.3 to 2.5s

7.         Tidal Volume         50ml to 2000ml

8.         Peak Flow Rate                 120L/min

9.         Inspiratory Pause      Available

10.      I:E Ratio 21% to 100%

11.      Volume Accuracy<3%

12.      Graphical Trending Pressure vs. Time, Flow vs. Time, Volume vs.    Time, Storage of trending data for last 48     hours

13.      Monitored Parameters-Pressure, Inspiratory Volume, Exhaled Volume Flow, Plateau Pressure, Mean Pressure, PIP, PEEP, FiO2, CO2, Temperature, Humidity, Inverse Ratio I:E,  Leakage

14.      Alarms-Power Disconnected, Low Battery, Patient Disconnected, High Inspiratory Pressure, High PEEP, High Respiratory Rate, Low Tidal Volume Stored Alarm History

15.      Failsafe Feature -Automatic bypass in case of system failure

16.      Typical Inlet gas Pressure -5 Bar

17.      Power Requirement -230VAC, 50/60Hz, 100VA Typical, 500VA Peak

18.      Battery Backup - >= 4 Hours

Requlatory Compliance - IEC 60601-1, IEC 60601-1-2, ISO 80601-2-12 

The BEAR CUB 750 PVS ventilator can be classified as a microprocessor controlled, time cycled, pressure limited, dual flow, neonatal/pediatric critical care ventilator. Breaths are initiated either by the ventilator (controlled), by patient activity (assisted), or by the operator (manual).

• Pneumatic Ventilator
• Gas Inlet Conditioning
• Accurate blending of gases in the O2 blender
• Flow Control Valve
• Auxiliary Gas Outlet
• Pressure Control System
• Flow Sensor

• Height: 11 in
• Width: 13.5 in
• Depth: 10 in

• Height: 9.5 in
• Width: 13 in
• Depth: 2.5 in
• Weight: 5.5 lbs

• Height: 40.5 in
• Width: 24 in
• Weight: 9 lbs.

• Height: 36 in
• Width: 22 in
• Depth: 21.5 in
• Weight: 11o lbs

• Storage and Shipping -40 to 158 ºF (-40 to 70 ºC)
  • Checkout and Operating 50 to 104 ºF (10 to 40 ºC)
• Altitude
  • Checkout, Operating, Transport and Storage 0 to 9,000 feet (14.7 to 10.5 PSIA/760 to 543 mm Hg)
  • Humidity
• • Storage and Shipping 0 to 99% Relative Humidity — Non-condensing
  • Checkout and Operating 0 to 95% Relative Humidity — Non-condensing

• Mode: Flow Cycle AC, AC, SIMV/IMV, SIMV/PSV, Flow Cycled SIMV CPAP/PSV
• Rate: 1 to 150 bpm
• Inspiratory Time: 0.1 to 3.0 sec
• PEEP: 0 to 30 cmH2O
• Inspiratory Pressure: 0 to 72 cmH2O
• Manual Breath: x1
• Assist Sensitivity: 0.02 to 5.0 L/min
• Over Pressure Relief: 15 to 75 cmH2O
• % O2: 21 to 100%
• Apnea Alarm (selectable): 5, 10, 20 or 30 sec

• Breath Rate: 0 to 255 bpm
• Patient Initiated Indicator: LED
• Minute Volume: 0 to 30.0 L/min
• Tidal Volume: 0 to 500 ml (Inspired and Expired)
• %Tube Lea:k 0 to 100%
• Inspiratory Time: 0.1 to 3.10 sec
• Expiratory Time: 0 to 99.9 sec
• I:E Ratio: 9.1 to 1:9.9
• Peak Inspiratory Pressure: 0 to 99 cmH2O
• Mean Airway Pressure: 0 to 75.0 cmH2O
• PEEP: 0 to 30.0 cmH2O
• Air Pressure: 0 to 100 psig
• O2 Pressure: 0 to 100 psig
• Proximal Airway Pressure: 10 to 100 cmH2O (Gauge)
• Hourmeter: 0 to 99,999 hours
• Test: Push button

• High Breath Rate: 3 to 255 bpm
• Low PEEP/CPAP: -5 to 30 cmH2O
• Low Inspiratory Pressure: 0.25 (High Pressure Limit - Low PEEP/CPAP) + Low PEEP/CPAP
• Patient Circuit: LED On/Off
• Failed to Cycle: On/Off
• Low Gas Supply: LED On/Off
• Apnea: LED On/Off
• Pressure Settings Incompatible: LED On/Off
• Prolonged Inspiratory Pressure: LED On/Off
• Flow Sensor: LED On/Off
• Low Battery: LED On/Off
• Alarm Silence: 60 sec
• Visual Reset: Push Button
• High Pressure Limit: 10 to 75 cmH2O
• Line Power: Green/Red LED

• Voltage
  • 100 V - 80 to 110 VAC
  • 120V - 96 to 132 VAC
  • 220V - 176 to 242 VAC
  • 240V - 192 to 264 VAC
• Current
  • 100V - 1.0 A maximum
  • 120V - 1.0 A maximum
  • 220V - 0.5 A maximum
  • 240V - 0.5 A maximum
• Frequency
  • 100V - 50.60 Hz
  • 120V - 50/60 Hz
  • 220V - 50/60 Hz
  • 240V - 50/60 Hz
• 
  

• Integrated CO2 Monitoring Helps Verify Correct Intubation And Metabolic Stability.
• Open Breathing System With AutoFlow Or PCV+ Allows Spontaneous Breathing In All Ventilation Modes.
• Workflow Support Functions Streamline Clinical Routines.
• NeoFlow Offers Flow Measurement At The Y-Piece For Fast Response To Patient Triggering, Leakage Adaptation, And Precise Volume Delivery For Neonates.
• Open Breathing System With Mandatory Minute Ventilation Ensures That Patients, From Neonates To Adults, Will Receive The Set Minute Volume, Regardless Of The Spontaneous Breathing Level.

The Drager Evita 2 Dura is an advanced intensive care Drager ventilator with a simple and versatile operation, a highly responsive flow trigger, and an open breathing system that gives both the patient and the clinician “Room to Breathe”. The standard color screen provides enhanced monitoring. The Drager Evita 2 Dura can be custom built to your order. Features like enhanced graphics, integrated CO2 monitoring or specialized modes like APRV can be added to the system at any time without changing the profile of your device.

The Evita 2 dura provides patient and ventilator-related monitoting with user interaction reduced to a minimum. The high-resolution full-color sereen displays comprehensive information on a patient’s status, always showing two ventilation curves and six monitored values, and the screen configuration can be customized to show the most important values for a particular ICU.

• Higher functional residual capacity.
• Utilizes AutoFlow technology.
• Accomodates neonatal, pediatric or adult patients.
• First-Class ventilator performance.
• Modular upgradeability.
• Can be used for both conventional and
• non-invasive ventilation.
• High resolution full color display.
• Customizable display/monitoring.
• Rotary knob and soft keys for ease of use.
• Programmable weaning.

• Spontaneous breathing strategy. Spontaneous breathing reduces the risk of atelectasis and improves the ventilation/perfusion ratio by maintaining a higher functional residual capacity.
• The right mode for every patient. The wide range of patients covered also reduces the amount of staff training required and ensures greater flexibility in the use of resources.
• Two-in-one ventilation. Mask ventilation can assist the weaning process by reducing the reintubation rate or even preventing intubation in the first place.
• Everything in view. The high-resolution full-color screen displays comprehensive information on a patient’s status, always showing two ventilation curves and six monitored values, and the screen configuration can be customized to show the most important values for a particular ICU.
• One knob, simplified settings. The rotary knob plays a key role. The active setting parameters are visible at a glance and changes can be made by the well-established “select-adjust confirm” principle.
• Ventilation at a glance. The principle of only showing the necessary parameters reduces the complexity of everyday monitoring.
• Simpler and speedier standard procedures. Contains numerous functions to speed up and simplify routine procedures. Start-up settings can be configured to specific ICU practices.

Advanced, High-Quality ICU Ventilator That Offers Excellent Ventilation Performance Combined With Easy Operation. Designed For Both Adult And Pediatric Ventilation, The Savina Provides Advanced Therapy At Any Acuity Level

• Comprehensive Safety Concept
• Increased Flexibility
• Supports The Recovery Process At Every Stage
• Simple And Effective User Interface

The Newport E360 Is A Compact Ventilator With A Full Spectrum Of Features Options, Including FlexCycle, A Patented Feature That Actively Manages Cycling Off Timing. Works For Patients From Infants To Adults, For Critical Or Long-Term Care. The E360 Includes Comprehensive Mode Selections With An Intuitive Interface That Makes This Sophisticated Technology Easy To Use.

• The Newport E360 Is Designed With Modern Safety Features At Its Core And Includes A Measured, Imposed Work Of Breathing Value To Help Guide Weaning Decisions.

Maquet servo-i combines a high level of clinical performance for invasive, non-invasive or neurally controlled ventilation with outstanding mobility and cost efficiency. four basic configurations are available: servo-i infant, servo-i adult, and two editions of servo-i universal for all patient categories. servo-i infant and servo-i adult can always be upgraded to servo-i universal.

Features:

• enables treatment of all patient categories.
• allows for investigation of different treatment options like open lung tool and automode.
• invasive ventilation.
• non-invasive ventilation with leakage compensation.
• co2 analyzer for end tidal carbon dioxide measurement that may give important insight into the efficiency of the ventilation.
• y sensor measurement, for neonatal/pediatric and adult patients.
• enables measurement of pressure and flow as close to the patient’s airway as possible.
• heliox gives a more laminar flow that reduces work of breathing.

Siemens 300A Servo Ventilators offer a wide range of ventilation modes together with an Automode function for greater treatment possibilities, shorter weaning times, and increased patient comfort.

Features:

• Neonatal to adult patient range
• Wide range of ventilation modes
• Controlled, Support, or Combined ventilation modes
• Easy to use
• Optional graphical display, and compressor
• Refurbished