We are one of the reliable companies in this domain and are offering Maquet Servo I Ventilator.
Features:
The Maquet SERVO i ventilation system can be used on a variety of patients from neonatal, pediatric, to adults. It has the ability to handle the most acute phases of respiratory distress, through recovery, and to the waning phases of the ventilation process. The SERVO-i continuously delivers oustanding ventilator treatment as gently as possible. This is in part to performance, monitoring capabilities, treatment options, and tools that this ventilator offers. Since this ventilator can be used on a wide variety of patients, it is suitable for most environments from the ICU to the NICU department. The Maquet SERVO-i ventilator allows you to choose the treatment option based on your patients’ needs without having to worry about the ventilator’s capabilities.
Servo-i supports both invasive and non-invasive ventilation. It combines the highest level of clinical performance with outstanding mobility and cost efficiency. Ease of training, operation, and maintenance, as well as flexibility and modularity, ensures a low life-cycle cost. The economic benefits in operating this modular platform are considerable: there is no need to scrap and reinvest for different patient categories and situations.

Mechanical Ventilation

Use of a machine to induce alternating inflation and deflation of the lungs with air

Regulates Oxygen/CO2 levels in the blood

Volume and Pressure of Air forced into the Lungs is controlled

Has to meet the varying demands of patient ventilation

Modes of Ventilation

Volume control

Pressure control

CPAP/BIPAP

Support Ventilation

Combination Of Modes

Intermittent Mandatory Ventilation

Components of Ventilator System

Compressed Gas Source

Patient Breathing Circuit

Mixer/Blender

Hoses

Optional monitoring

O2

Volume

Classification

Driving Mechanism

Pneumatic (Mark 7)

Electronic (Siemens 900C)Function

Respirators: Short time ventilator support

Conventional Ventilators: long-term, advance Support Portability

Transport/battery backup Patients Adult Pediatric Or Neonatal

Technologies

Turbine technology

High-frequency Oscillatory ventilation

Modes IMV, SIMV, PC, VC, S/T etc.

MRI Compatible (Non ferromagnetic components)

Flow Sensors- Volume Measurements

Pressure transducers

Controls:
Control principle Continuous flow, pressure-limited,time-cycled
Conventional ventilation IMV/IPPV, CPAP
Triggered ventilation IMV, SIPPV, PSV1), Leak adapted
Trigger Flow/volume trigger, Leak adapted
Trigger delay approx. 30 ms
High Frequency Ventilation1) 3) CPAP+HFV, IMV+HFV
Frequency 5 to 20 Hz
Volume Gurantee Ventilation1) SIMV+VG, SIPPV+VG, PSV+VG
Oxygen mixer loss (bleed flow) 0 (zero) L/min

Monitoring:
Flow Monitoring at the Y-piece, integrated
Volume Monitoring at the Y-piece, integrated
Lung function monitoring Compliance, resistance C20/C, time constant
FiO2 Monitoring integrated
Real-time curves Flow and pressure, integrated
Inspiratory Oxygen concentration 21 -100 vol. % oxygen
Peak Pressure to 99 mbar
Mean Airway Pressure to 99 mbar
Graphic trends 6 parameters, integrated
Logbook record of last 100 alarms

Mechanical Ventilation:
Use of a machine to induce alternating inflation and deflation of the lungs with air
Regulates Oxygen/CO2 levels in blood
Volume and Pressure of Air forced into Lungs is controlled
Has to meet varying demands of patient ventilation

Modes of Ventilation:

Volume control
Pressure control
CPAP/BIPAP
Support Ventilation
Combination Of Modes
Intermittent mandatory Ventilation

Components of Ventilator System:
Compressed Gas Source
Patient Breathing Circuit
Mixer/Blender
Hoses
Optional monitoring
O2
Volume

Classification:
Driving Mechanism
Pneumatic (Mark 7)
Electronic (Siemens 900C)Function
Respirators: Short time ventilator support
Conventional Ventilators :long term, advance Support Portability
Transport/battery backup Patients Adult Pediatric Or Neonatal

Technologies and Jargon:
Turbine technology
High frequency Oscillatory ventilation
Modes IMV, SIMV, PC, VC, S/T etc.
MRI Compatible (Non ferromagnetic components)
Flow Sensors- Volume Measurements
Pressure transducers

Drager Evita 2 Dura Ventilator:
The Evita 2 Dura critical-care ventilator maintains high standards of ventilation therapy.

• Spontaneous breathing strategy??- One of Drager Evita 2 Dura Ventilator’s strengths is its implementation of the “Room to Breathe” concept. Spontaneous breathing reduces the risk of atelectasis and improves the ventilation/perfusion ratio by maintaining a higher functional residual capacity. BIPAPTM*/PCV+, the universal mode for ventilation and weaning, gives a patient the freedom to breathe spontaneously at any time. AutoFlow, the next step in volume-oriented ventilation, encourages spontaneous breathing in all volume modes and another option, Automatic Tube Compensation (ATC), gives a patient the feeling of virtual extubation by eliminating the work involved in breathing with a tracheal tube.

• The right mode for every patient- Since the Drager Evita 2 Dura Ventilator can be used to ventilate neonatal, pediatric or adult patients, it is the ideal “workhorse” for everyday clinical routine. The wide range of patients covered also reduces the amount of staff training required and ensures a greater flexibility in the use of resources.

We are the prominent company that is engaged in providing high quality range of Drager Evita 4 Ventilator.

Scope of application

Evita 4 – long-term ventilator for intensive care.

For adults, children and neonates.

For premature babies with the “NeoFlow” option.

With the following ventilation modes

IPPV (Intermittent Positive Pressure Ventilation)

Volume-controlled ventilation with fixed mandatory minute

volume.

With the options:

– CPPV (Continuous Positive Pressure Ventilation)

Controlled ventilation with continuous positive airway

pressure

– PLV (Pressure Limited Ventilation)

Pressure limited constant-volume ventilation

– AutoFlow®

for automatic regulation of “Insp. Flow” and “Pinsp”

– IRV (Inversed Ratio Ventilation)

Ventilation with inversed inspiration/expiration ratio.

SIMV (Synchronized Intermittent Mandatory Ventilation)

Combines mechanical (volume-controlled) ventilation with

spontaneous breathing.

With the options:

– PLV (Pressure Limited Ventilation)

Pressure limited constant-volume ventilation

– AutoFlow®

for automatic regulation of “Insp. Flow” and “Pinsp”.

MMV (Mandatory Minute Volume Ventilation)

Spontaneous breathing with automatic adjustment of

mandatory ventilation to the patient’s minute volume

requirement.

With the options:

– PLV (Pressure Limited Ventilation)

Pressure limited constant-volume ventilation

– AutoFlow®

for automatic regulation of “Insp. Flow” and “Pinsp”.

SB (Spontaneous Breathing)

Spontaneous breathing at ambient pressure.

CPAP (Continuous Positive Airway Pressure)

Spontaneous breathing with positive airway pressure.

ASB (Assisted Spontaneous Breathing)

Pressure-assisted spontaneous breathing.

BIPAP (Biphasic Positive Airway Pressure)

Pressure-controlled ventilation combined with free

spontaneous breathing during the complete breathing cycle

and adjustable pressure assist on CPAP level.

BIPAPAssist (Biphasic Positive Airway Pressure Assisted)

Pressure-controlled assisted ventilation.

APRV (Airway Pressure Release Ventilation)

Spontaneous breathing on two pressure levels with long time

ranges – independently adjustable.

PPS (Proportional Pressure Support) (optional)

For differentiated proportional support of spontaneous

breathing with pathological compliance and/or resistance.

ILV (Independent Lung Ventilation)

Separate, differentiated, synchronised ventilation with two

Evita units, independently ventilating each lung.

Supplements

Automatic Tube Compensation ATC (optional)

Can be used for all ventilation modes.

Compensates the tube resistance.

Apnoea ventilation

For switching over automatically to volume-controlled

mandatory ventilation, if breathing stops.

If apnoea occurs, Evita 4 emits an alarm after the preset alarm

period »TApnoea « and starts volume-controlled ventilation.

NIV mask ventilation (optional)

Non-invasive ventilation

For ventilation with a nasal or facial mask to support noninvasive ventilation of patients with spontaneous breathing.

Choice available between mask ventilation and ventilation of

intubated patients.

MAX Proton Plus is a critical care ventilator for all clinical solutions. s has the widest choice of modes to treat every patient. It has basic modes to ventilate fully paralyzed, passive or active patients. PROTON-plus offers solutions to ventilate complex patients where therapist needs Advanced Modes, AUTO Modes or Spontaneous Modes. These modes not only offer mechanical ventilation but also provide utmost safety and backup ventilation to patients.
Features: 
• Wide choice of modes : basic, advanced, auto & spontaneous modes• Modes to suit every patient• Invasive & non-invasive modes• User friendly, quick setting user interphase• Dual display• Large TFT display – ease of viewing• Dedicated keys for critical parameters• Simultaneous display of all lung dynamics• Reusable – long life flow sensors : sensor life more than 5 years• Long life O2 sensor : 3 years under moderate use• Minimum parts to be replaced between patients• The lowest operating cost per patient• Designed for harsh operating conditions• Build to last long• Ventilator for pediatric and adult patients