Noccarc V730i ICU Ventilator
Advanced ICU ventilator for adult, paediatric and neonatal patients, engineered to meet the clinical and technical demands of modern intensive care.
Full-featured invasive and non-invasive ICU ventilation
Neonatal-ready (VT 2mL onwards): ventilates patients above 3 kg without a proximal flow sensor
Connectivity-ready with HorizonView for remote monitoring, central stations and digital charting
Designed and manufactured in India to international standards, with BIS, ISO 13485 and CDSCO approvals
All your ventilation needs in one device
Noccarc V730i is a next-generation smart ICU ventilator that covers the entire spectrum of ventilation needs in one device, from HFOT and Bubble CPAP to advanced invasive modes for complex ARDS and post-operative cases.
It is built to deliver the clinical capability of leading imported ventilators, with additional strengths in neonatal performance, connectivity, decision-support tools and ownership economics tailored to Indian ICUs.
One ventilator for adult, paediatric and neonatal ICUs
Comprehensive modes and patient coverage
Broad patient range
Supports adult, paediatric and infant patients from ≥3 kg (VT: 2mL onwards)
Delivers tidal volumes starting at 15 ml without requiring special neonatal circuits or proximal flow sensors.
Invasive ventilation (IV)
Basic modes: PC, VC, PRVC.
Advanced modes: SIMV(PC)+PS, SIMV(VC)+PS, SIMV(PRVC)+PS, APRV.
Support modes: PS/CPAP, VS-VC, VS-PRVC for fine-tuned assistance and weaning strategies.
Non-invasive and oxygen therapy
NIV-PS and DualPAP for non-invasive support.
HFOT with Bubble CPAP for high-flow oxygen therapy, especially valuable in paediatrics and step-down care.
This breadth of modes allows ICUs to standardise on V730i across adult, paediatric and neonatal beds, reducing complexity and training burden.
Deep visibility into lung mechanics and gas exchange
V730i integrates advanced assessment tools normally found in high-end imported systems, enabling evidence-based ventilation strategies.
50+
50+ monitored parameters
Comprehensive set including PIP, Pplat, Pmean, PEEP, FiO₂, RR, I:E, VTe, VTi, leaks, MVe, MVi, MVsp, Ti, Te, Cdyn, Cstat, RSBI, compliance and work of breathing indicators.
Lung mechanics & static assessments
Inspiratory and expiratory holds for Pplat, auto-PEEP, Cstat, trapped volume.
NIF and P0.1 to assess respiratory drive and weaning readiness.
Waveforms, loops & visualization
Multiple waveform views: pressure, flow, volume and CO₂.
Loops: pressure-volume, flow-volume, pressure-flow and volume-CO₂, with dedicated tools for lung recruitment.
Beyond basic capnography: volumetric CO₂ and indirect calorimetry
V730i goes significantly beyond basic ETCO₂ monitoring by offering mainstream capnometry, full volumetric capnography and indirect calorimetry in a single integrated system.
CO₂
Mainstream capnometry
Real-time monitoring of PetCO₂ and FetCO₂ for airway placement verification and ventilation efficiency.
Vol.
Volumetric capnography
Dead-space analysis and gas exchange assessment with parameters such as VtCO₂, anatomical and alveolar dead space, dead-space fractions and CO₂ slope.
Cal.
Indirect calorimetry
Estimation of metabolic status and caloric requirements via parameters like MVCO₂, MVO₂, energy expenditure and respiratory quotient.
Synchronised, comfortable ventilation even in difficult lungs
V730i incorporates proprietary flow and pressure-control innovations to reduce patient–ventilator asynchrony and improve comfort.
Adaptive Flow in VC modes
Automatically adjusts flow to patient demand, preventing flow starvation and pressure drops, especially in stiff or high-demand lungs.
Can increase delivered flow significantly within a breath when demand rises, improving comfort and synchrony.
Dual pressure sensors and optimized PTP
Independent pressure sensors on inspiratory and expiratory ports enable accurate lung pressure estimation and control.
Higher PTP supports better oxygenation and reduces patient work of breathing, important in severe hypoxaemia.
Advanced SIMV timing
Noccarc SIMV detects asynchrony and can both delay and advance mandatory breaths to avoid breath stacking and improve synchronization.
This addresses limitations of traditional SIMV implementations.
Proprietary innovations for advanced care
Deep clinical technologies that set V730i apart in synchrony, automation and gas analysis.
Spontaneous Auto Support Breathing with Adaptive Proportional Ventilation (APV)
SASB with APV
Dual Pressure Sensors for High PTP
Advanced Pressure Monitoring
Adaptive Mode: Dual-Mode Response
VC to PC switch within breath
Mainstream Capnometry Suite
Comprehensive CO2 and metabolic monitoring
Suction Support Automation
Guided workflow with expert access
Intelligent Apnea Backup
Automatic Dual-modality safety
Built in high-end modules
Unlike many systems where advanced modules require separate purchases and licensing, V730i integrates key modules as standard, with hospitals paying only for accessories and consumables.
O₂
SpO₂ module
Real-time oxygen saturation monitoring
CO₂
Mainstream CO₂
With volumetric capnography and indirect calorimetry
Dual Nebulization
Inspiratory synced vibrating mesh & jet nebulizer (volume compensated)
Smart Humidifier
On screen humidifier alarm and notifications with full screen control
Smartphone-inspired interface
Smooth, glove-friendly interaction with adaptive layout automatically adjusts based on mode, connected modules, and clinical features in use.
One-touch automated workflows
Automatic pre-use checks, patient-circuit tests and sensor calibration via a single touch.
Instant support and updates
Request Callback button and lifetime over-the-air software updates over Wi-Fi with a single click, just like a smartphone; no service visit required.
Modern interface with one-touch workflows
V730i's 15-inch tilt-and-swivel capacitive touchscreen and workflow automation are designed for rapid adoption with minimal training.
Engineered to endure harsh clinical conditions
V730i is extensively tested to perform reliably in real-world ICU conditions, including transport, heat, humidity and physical abuse.
Environmental robustness
Temperature and humidity cycling between 0–50 °C and up to 95% RH.
Vibration testing across 0–100 Hz to simulate transport scenarios.
IP21 water-ingress protection with simulated rainfall testing.
Electrical safety and EMC
Tested for electromagnetic disturbances, voltage fluctuations and electrical shocks according to
-IEC/IS 60601-1 and
-60601-1-2 equivalents
Compact, ergonomic hardware
Integrated medical-grade compressor trolley with 55 l/min at 3.5 bar continuous flow.
360° alarm lamp, ergonomic handles and provision for portable oxygen cylinders.
From bedside device to connected ICU
When connected to HorizonView via WiFi, V730i becomes a node in a digital ICU network that improves visibility and documentation.
Remote patient monitoring
View parameters, trends and alarms on any device from anywhere
Central nursing station
Configure central stations without extra hardware using existing displays
Reporting and data sharing
PDF reports via WhatsApp or
Cross-platform apps
Web, iOS and Android access for clinicians and biomedical engineers
Patented expiratory cassette design
Flow element with no moving parts, maintaining accuracy through high-usage periods. Replacement cost is a fraction of global brands.
Easy cleaning and re-use
Autoclavable cassette, easily disassembled and cleaned with water and IPA solution.
Battery and service economics
High-performance Li-ion battery with lower replacement cost. Direct support via Request Callback and OTA updates.
High performance,
low ownership burden
V730i is designed to minimize hidden costs in consumables (auto-calibrates with standard consumables), parts and service while maintaining high accuracy over time.
Built and certified
to rigorous standards
V730i is developed, manufactured and tested to align with international ventilator standards and Indian regulatory requirements.
BIS
BIS certification
First ventilator in its segment to receive BIS certification under IS 13450 Part 2 Section 12, aligned with ISO 80601-2-12.
Quality management
Manufactured in an ISO 13485:2016-certified, fully digital facility in Pune. Licensed by CDSCO under Indian MDR.
Standards testing
Tested at NABL and BIS-accredited labs for ISO/IEC/BIS standards covering safety, performance and electromagnetic compatibility.
Clinically validated
against global ventilators
V730i has undergone structured clinical evaluation and comparative testing at leading Indian institutes.
In-depth evaluation
Non-inferiority and clinical-equivalence studies performed against recognized global ventilators, including bench testing with gas-flow analyzers and lung simulators such as the Fluke VT650 and IngMar ASL 5000.
Real-world ICU use
Deployed at AIIMS centres, Ruby Hall Clinic, Royal Care and other major hospitals for adult and paediatric ICU patients across a range of respiratory conditions. Feedback highlights breadth of modes, remote monitoring, user-friendly UI and advanced tools.
Esteemed Customers
AIIMS
Bathinda
Mumbai Port
Trust
Sassoon Hospital
Pune
Apollo Hospital
Jabalpur
Indian
Navy
VD Govt. Medical College Latur
DG Armed Forces Medical Services
ESIC
Kakinada
Ramaiah Memorial Hospital Bengaluru
AIIMS
Deoghar
ICMR
Hyderabad
Saptagiri Medical College Bengaluru
JIPMER
Puducherry
RNT Medical College Udaipur
Royal Care Hospital Coimbatore
Technical specifications overview
PATIENT RANGE
Adult, paediatric, neonatal
TIDAL VOLUME
Adults 100–4000 ml; paediatric/infant 2–350 ml
PRESSURE RANGES
PEEP 1–50 cmH₂O, Pinsp/PS/IPAP up to 120 cmH₂O
RATES
Adults 4–100 bpm; paediatric/infant 4–150 bpm
FIO2
21–100%
FLOW
Up to 240 l/min with leak compensation
GAS SUPPLY
280–600 kPa (2.8–6.0 bar) for air and O₂
POWER
200–240 V AC, 1 A, 50–60 Hz
PORTS
HDMI, Ethernet, USB, RS-232, nurse call, expansion
Experience V730i in your ICU
Noccarc V730i brings advanced modes, deep monitoring, synchrony tools, connectivity and robust engineering into a single ventilator platform designed for Indian critical-care realities. It offers the capabilities clinicians expect from leading international ventilators, with the added advantages of integrated modules, digital connectivity and favourable lifecycle economics.