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Anaesthesia Machines
COMEN AX-900 Anaesthesia Workstation
COMEN AX-900 anaesthesia workstation with ascending bellows, electronic fresh-gas control, nine ventilation modes and an independent 8-inch flow-control touchscreen.
Product introduction
The COMEN AX-900 integrates an anaesthesia ventilator, respiratory monitoring functions and electronic fresh-gas control in a surgical workstation. Pneumatic components work with electronic and fluid control to support ventilation, respiratory parameter adjustment and monitoring throughout perioperative use.
Key features
Pneumatic drive and electronic control
Ascending bellows and a compact circuit support ventilation delivery and triggering during SIMV and PSV.
Perioperative ventilation
Four control modes, three SIMV modes and two pressure support modes are listed for different perioperative stages.
Closed-loop fresh-gas control
Direct oxygen-concentration setting with automatic adjustment of the oxygen-to-balance-gas ratio.
Dedicated flow-control display
An independent 8-inch LED touchscreen provides a separate fresh-gas operating area and flow information.
Ventilation technology and breathing circuit
Ascending bellows combine pneumatic drive with electronic control. The manufacturer describes a compact breathing circuit and a smaller loop cavity, with stable ventilation and responsive triggering during SIMV and PSV. It also states a higher compression capacity, without specifying a value or comparison basis.
PEEP supports clinician-directed lung protection and recruitment manoeuvres. The supplied figures are 7% ventilation accuracy and 65 ml/min leakage. These are reproduced as supplied, with no assumed ± tolerance or additional test conditions.
Perioperative ventilation modes
| Mode group | Number stated |
|---|---|
| Control ventilation | 4 |
| SIMV | 3 |
| Pressure support ventilation | 2 |
The source lists these three groups without identifying every individual mode. They are described for anaesthesia induction, maintenance, recovery and spontaneous breathing practice.
Advanced fresh-gas control system
Electronic closed-loop control allows the anaesthetist to set oxygen concentration directly. The system then adjusts the ratio of oxygen to balance gas. Real-time correction of oxygen concentration and total flow is designed to address flow errors associated with fluid inertia.
The Best Flow Indicator Tool displays the flow associated with current anaesthesia ventilation and supports consideration of low-flow anaesthesia. Its colour-spectrum diagram follows the manufacturer’s alarm-colour design to make the current flow value easier to interpret.
Control system and pressure indication
Fresh-gas control uses an independent 8-inch LED touchscreen, providing a separate operating area with detailed flow information. The source does not identify this screen as the main ventilation display.
An electronic gas-source pressure gauge provides pressure indication without a mechanical pointer. The manufacturer describes this as avoiding pointer inertia.
Product benefits and applications
- Separate fresh-gas controls provide a dedicated area for flow adjustment and observation.
- Respiratory monitoring and breathing-parameter adjustment support anaesthesia management during surgical procedures.
- Ventilation groups support induction, maintenance, recovery and spontaneous breathing practice.
- The Best Flow Indicator Tool supports fresh-gas usage assessment during low-flow anaesthesia.
Technical specifications
| Specification | Supplied information |
|---|---|
| Manufacturer | COMEN (Shenzhen Comen Medical Instruments Co., Ltd.) |
| Model | AX-900 |
| Product type | Anaesthesia workstation with integrated ventilator |
| Drive and control | Ascending bellows with pneumatic drive and electronic control |
| Ventilation mode groups | Four control ventilation modes, three SIMV modes and two pressure support ventilation modes |
| Ventilation accuracy | 7%, as stated in the supplied page; tolerance definition not provided |
| Leakage | 65 ml/min, as stated in the supplied page; test conditions not provided |
| PEEP | Supports clinician-directed lung protection and recruitment manoeuvres |
| Autoclavability | Listed as “Autoclavable”; applicable components and validated processing conditions require confirmation |
| Fresh-gas control | Electronic closed-loop control with direct oxygen-concentration setting |
| Automatic adjustment | Oxygen-to-balance-gas ratio, oxygen concentration and total-flow correction |
| Flow indicator | Best Flow Indicator Tool with colour-spectrum display |
| Dedicated flow-control screen | 8-inch LED touchscreen |
| Gas-source pressure indication | Electronic pressure gauge |
| Monitoring | Respiratory monitoring functions and breathing-parameter adjustment |
Manufacturer information requiring verification
- Confirm the definition and test conditions of the stated 7% ventilation accuracy. The source does not identify whether this is a ± tolerance.
- Confirm the pressure conditions and measurement method for the stated leakage of 65 ml/min.
- Confirm the full ventilation mode list, available settings and patient-specific operating ranges.
- Confirm which components are autoclavable, together with the validated temperature, cycle and reprocessing instructions.
- Confirm the numerical specification and comparison basis for the stated higher compression capacity.
- Confirm installed monitoring functions, standard accessories, available options and gas supply requirements.
Dimensions, weight, power requirements, main ventilation display size and construction materials are not specified in the supplied page.
Product documentation
COMEN AX-900 Anaesthesia Workstation from Nass Ventures
Contact Nass Ventures for pricing, configuration, compatible accessories, installation requirements and technical support.
COMEN AGSS-H and AGSS-L Anaesthetic Gas Scavenging System
COMEN AGSS-H and AGSS-L anaesthetic gas scavenging systems for compatible hospital exhaust ducts, with model selection based on the stated exhaust-pipe flow rate.
Product introduction
The COMEN AGSS-H and AGSS-L are anaesthetic gas scavenging systems designed to work with hospital anaesthetic gas exhaust pipes. Select the model according to the stated exhaust-pipe flow rate and confirm the duct arrangement and anaesthesia-machine connection before installation.
Key features
Two flow-based models
AGSS-H is specified for exhaust-pipe flow rates above 75 L/min. AGSS-L is specified for rates below 50 L/min.
Duct compatibility
The manufacturer lists jet AGS ducts, negative-pressure AGS ducts and negative-pressure exhaust ducts.
Physical scavenging
The source describes physical gas absorption without a separate gas supply, power supply or chemical consumables.
Machine connection options
The manufacturer describes connection solutions for major anaesthesia-machine brands. Exact model and connector compatibility require confirmation.
Operating principle and waste-gas collection
Waste anaesthetic gas is described as overflow emitted by an anaesthesia machine at the end of expiration. It is discharged intermittently and includes exhaled gas and driving gas. The source identifies N2O, sevoflurane and isoflurane among gases that may be present, and notes waste-gas discharge from semi-closed breathing circuits.
COMEN AGSS works with hospital exhaust pipes to remove anaesthetic waste gases. The manufacturer states that its design helps reduce breathing-circuit ventilation abnormalities associated with negative pressure in exhaust ducts.
The source describes physical gas absorption without a separate gas or power supply and without chemical consumables. A compatible hospital exhaust arrangement is still required.
Model comparison
| Specification | AGSS-H | AGSS-L |
|---|---|---|
| Exhaust-pipe flow rate | > 75 L/min | < 50 L/min |
| Operating method | Physical gas absorption | Physical gas absorption |
| Separate gas or power supply | Not required, according to the supplied source | Not required, according to the supplied source |
| Chemical consumables | Not required, according to the supplied source | Not required, according to the supplied source |
| Installation interface | Compatible hospital anaesthetic gas exhaust pipes | Compatible hospital anaesthetic gas exhaust pipes |
The source does not specify a suitable model for exhaust-pipe flow rates from 50 to 75 L/min, including the stated boundary values. Confirm model selection for that range with the manufacturer.
Compatible ducts and anaesthesia machines
- Jet AGS ducts.
- Negative-pressure AGS ducts.
- Negative-pressure ducts for high- and low-velocity exhaust arrangements.
- Manufacturer-described connection solutions for major anaesthesia-machine brands.
The source claims suitability for almost all anaesthesia machines. Confirm the specific machine, connector and exhaust-system requirements before treating a configuration as compatible.
Commissioning and applications
The manufacturer describes a simple commissioning process and stable exhaust discharge. Installation is intended to work with compatible hospital anaesthetic gas exhaust pipes serving anaesthesia equipment.
Contact Nass Ventures to confirm the exhaust-pipe flow rate, duct type, machine connection and commissioning requirements for the intended installation.
Technical specifications
| Specification | Supplied information |
|---|---|
| Manufacturer | COMEN (Shenzhen Comen Medical Instruments Co., Ltd.) |
| Product type | Anaesthetic gas scavenging system |
| Models | AGSS-H and AGSS-L |
| AGSS-H exhaust-pipe flow | > 75 L/min |
| AGSS-L exhaust-pipe flow | < 50 L/min |
| Operating method | Physical gas absorption |
| Separate gas supply | Not required, according to the supplied source |
| Separate power supply | Not required, according to the supplied source |
| Chemical consumables | Not required, according to the supplied source |
| Exhaust interface | Hospital anaesthetic gas exhaust pipes |
| Duct types listed | Jet AGS, negative-pressure AGS and negative-pressure exhaust ducts |
| Anaesthesia-machine connections | Manufacturer-described solutions for major brands; specific compatibility to be confirmed |
Manufacturer information requiring verification
- Confirm model selection for flow rates of 50–75 L/min, including exactly 50 L/min and 75 L/min. The source supplies no selection rule for these values.
- Confirm the installed duct type, available exhaust flow, operating negative pressure and machine connection requirements.
- Confirm the scope of the statement that no gas or power supply is required, including the hospital exhaust infrastructure needed for operation.
- Confirm the exact anaesthesia-machine models and connectors supported.
The supplied page attributes mutagenicity, carcinogenicity, organ toxicity, fertility effects and psychological effects to inhaled anaesthetics, citing the Chinese Society of Anesthesiology’s “Guidance on the Management of Anesthetic Gas Leaks”. These broad statements are reproduced here as source claims requiring verification against the exact guidance and agent-specific evidence before publication. They are not presented as established effects of every anaesthetic agent.
Dimensions, weight, construction materials, supplied connectors and numerical exhaust performance are not specified in the source.
COMEN AGSS-H and AGSS-L Anaesthetic Gas Scavenging System from Nass Ventures
Contact Nass Ventures for pricing, configuration, compatible accessories, installation requirements and technical support.
COMEN AX-600 Anaesthesia Machine
COMEN AX-600 anaesthesia machine with a 12.1-inch rotating touchscreen, nine ventilation modes, modular AG, EtCO2 and BIS monitoring, and an optional central brake.
Product introduction
The COMEN AX-600 combines ascending bellows ventilation, pneumatic drive and electronic control with a rotating touchscreen and modular monitoring. Its drawer storage and optional central brake support operating-theatre organisation and use.
Key features
Four-way rotating touchscreen
The 12.1-inch touchscreen can be adjusted for clinicians working at different heights and positions.
Perioperative ventilation
Four control modes, three SIMV modes and two pressure support modes are listed.
Modular monitoring
AG, EtCO2 and BIS monitoring functions are described within a flexible, plug-and-play modular design.
Storage and braking
Roomy rotatable and lockable drawer storage is described. A central brake system is optional.
Display and control system
A 12.1-inch four-way rotating touchscreen supports observation and operation from different positions. The source presents this arrangement as accommodating different clinician heights and working preferences.
Perioperative ventilation modes
| Mode group | Number stated |
|---|---|
| Control ventilation | 4 |
| SIMV | 3 |
| Pressure support ventilation | 2 |
The source lists these three groups without identifying every individual mode. They are described for anaesthesia induction, maintenance, recovery and spontaneous breathing practice.
Modular monitoring and configuration
The modular design incorporates anaesthesia-related monitoring functions including AG, EtCO2 and BIS. The source describes plug-and-play operation, flexible configuration and resource sharing. Confirm which modules are included in the quoted configuration and which are optional.
Ventilation technology and breathing circuit
Ascending bellows combine pneumatic drive with electronic control. The manufacturer describes a compact breathing circuit and a smaller loop cavity, with stable ventilation and responsive triggering during SIMV and PSV. It also states a higher compression capacity, without specifying a value or comparison basis.
PEEP supports clinician-directed lung protection and recruitment manoeuvres. The supplied figures are 7% ventilation accuracy and 65 ml/min leakage. These are reproduced as supplied, with no assumed ± tolerance or additional test conditions.
Storage and optional central brake
The manufacturer describes a rotatable and lockable roomy drawer arrangement with extra-large storage for syringes, monitoring accessories and other operating supplies.
The central brake system is optional. It is described as supporting convenient operation and equipment positioning.
Product benefits and applications
- Adjustable touchscreen positioning supports observation and operation from different working positions.
- Modular monitoring allows the configuration to be matched to procurement requirements.
- Drawer storage keeps frequently used supplies within reach.
- Ventilation groups support anaesthesia induction, maintenance, recovery and spontaneous breathing practice.
Technical specifications
| Specification | Supplied information |
|---|---|
| Manufacturer | COMEN (Shenzhen Comen Medical Instruments Co., Ltd.) |
| Model | AX-600 |
| Product type | Anaesthesia machine |
| Display | 12.1-inch touchscreen |
| Display adjustment | Four-way rotation |
| Drive and control | Ascending bellows with pneumatic drive and electronic control |
| Ventilation mode groups | Four control ventilation modes, three SIMV modes and two pressure support ventilation modes |
| Ventilation accuracy | 7%, as stated in the supplied page; tolerance definition not provided |
| Leakage | 65 ml/min, as stated in the supplied page; test conditions not provided |
| PEEP | Supports clinician-directed lung protection and recruitment manoeuvres |
| Autoclavability | Listed as “Autoclavable”; applicable components and validated processing conditions require confirmation |
| Listed monitoring functions | AG, EtCO2 and BIS |
| Modular design | Plug-and-play, flexible configuration and resource sharing |
| Storage | Rotatable and lockable roomy drawer arrangement |
| Central brake system | Optional |
Manufacturer information requiring verification
- Confirm the definition and test conditions of the stated 7% ventilation accuracy. The source does not identify whether this is a ± tolerance.
- Confirm the pressure conditions and measurement method for the stated leakage of 65 ml/min.
- Confirm the full ventilation mode list, available settings and patient-specific operating ranges.
- Confirm which components are autoclavable, together with the validated temperature, cycle and reprocessing instructions.
- Confirm the numerical specification and comparison basis for the stated higher compression capacity.
- Confirm standard and optional monitoring modules, drawer configuration and central brake availability.
Dimensions, weight, power requirements, gas supply requirements and construction materials are not specified in the supplied page.
Product documentation
COMEN AX-600 Anaesthesia Machine from Nass Ventures
Contact Nass Ventures for pricing, configuration, compatible accessories, installation requirements and technical support.
COMEN X8 Anaesthesia Machine
COMEN X8 anaesthesia workstation with electronic fresh-gas control, nine ventilation modes, an 18.5-inch touchscreen, integrated modules and perioperative management tools.
The COMEN X8 brings fresh-gas delivery, ventilation support, monitoring modules and anaesthesia management functions together in an integrated workstation. Its electronic flowmeter and econometer support fresh-gas control and low-flow anaesthesia, while its ventilation modes and lung protection tools support management throughout the perioperative process.
Key features
Electronic fresh-gas control
Directly set FiO2 and total flow using the electronic flowmeter. The econometer provides real-time fresh-gas usage information to guide low-flow anaesthesia and help limit unnecessary anaesthetic agent waste.
Ventilation support
Nine listed modes cover mechanical, adaptive, synchronised and support ventilation: VCV, PCV, PSV/CPAP, SIMV-VC, SIMV-PC, SIMV-PRVC, PRVC, AMV and APRV.
Touchscreen interface
An 18.5-inch capacitive touchscreen displays multiple parameters on one screen. The manufacturer describes 360-degree rotation to accommodate different clinician positions and working preferences.
Perioperative management
High-flow oxygen therapy, lung recruitment tools, respiratory monitoring functions and data interconnection support a continuous perioperative workflow.
Gas delivery and operating principles
The electronic flowmeter allows anaesthetists to set the inspired oxygen fraction (FiO2) and total fresh-gas flow directly. The econometer displays fresh-gas usage information during operation to support low-flow anaesthesia management.
The supplied manufacturer page lists breathing-circuit leakage of 49.5 ml, ventilation deviation of 7% and a sampling-response figure of 1,000 Hz. These figures are reproduced without changing their stated meaning. Their definitions and test conditions require manufacturer confirmation, as detailed below.
Ventilation modes
The manufacturer describes the X8 as providing ICU-level ventilation support for perioperative use, with mechanical, adaptive, synchronised and support ventilation options.
| Function | Manufacturer information |
|---|---|
| Listed ventilation modes | VCV, PCV, PSV/CPAP, SIMV-VC, SIMV-PC, SIMV-PRVC, PRVC, AMV, APRV |
| Adaptive Minute Ventilation (AMV) | Listed as a supported ventilation mode. The explanatory paragraph supplied under this heading requires verification. |
| Airway Pressure Release Ventilation (APRV) | Uses sustained airway pressure with short pressure-release periods. The manufacturer describes this mode in relation to the open-lung principle and preservation of spontaneous breathing. |
Integrated modules and breathing circuit
The manufacturer lists the following modules and systems. Confirm the supplied configuration and module availability when requesting a quotation.
Built-in AGSS
Active anaesthetic waste-gas absorption.
Modular breathing circuit
An integrated modular design supports maintenance and disinfection.
BIS module
Provides an anaesthesia depth indication for intraoperative management.
Negative pressure suction
A dedicated suction system provides airway assistance for anaesthetists.
High-flow oxygen therapy and lung protection tools
The X8 offers continuous high-flow, high-concentration oxygen delivery for perioperative oxygen support. Its lung protection functions provide tools for clinician-directed respiratory management.
- Lung recruitment tools based on the PEEP increment method.
- Oesophageal pressure monitoring.
- Sigh ventilation.
- Inspiratory hold and expiratory hold.
- A VT/IBW tool for ideal tidal volume calculation and guidance on low tidal volume settings.
- Spontaneous breathing modes for use across perioperative stages.
Control system and anaesthesia management
- Soda lime tank in-place reminders support operational checks and management of leakage risks.
- Anaesthesia data review and printing support record archiving and post-case traceability.
- Quick startup and rapid self-tests support preparation for emergency use.
- Visual self-checking procedures guide operators through system checks.
- Gas usage monitoring and anaesthesia consumption warnings support resource management.
Data interconnection and applications
Connection to a data platform through integration equipment supports continuous perioperative data interconnection. The manufacturer describes workflows covering emergency surgery, elective surgery, painless surgery and day surgery.
Confirm the required integration equipment, platform compatibility and local implementation requirements with Nass Ventures before specifying a connected installation.
Technical specifications and product information
| Specification | Supplied information |
|---|---|
| Manufacturer | COMEN (Shenzhen Comen Medical Instruments Co., Ltd.) |
| Model | X8 |
| Product type | Integrated anaesthesia machine |
| Display | 18.5-inch capacitive touchscreen with multi-parameter display |
| Rotation | 360 degrees, as stated by the manufacturer |
| Fresh-gas control | Electronic flowmeter with direct FiO2 and total-flow setting |
| Fresh-gas usage guidance | Real-time econometer |
| Breathing-circuit leakage | 49.5 ml, as supplied; measurement conditions not stated |
| Ventilation deviation | 7%, as supplied; tolerance definition not stated |
| Sampling response | 1,000 Hz, as supplied; measurement definition not stated |
| Ventilation modes | VCV, PCV, PSV/CPAP, SIMV-VC, SIMV-PC, SIMV-PRVC, PRVC, AMV, APRV |
| Listed modules and systems | Built-in AGSS, modular breathing circuit, BIS module and negative pressure suction system |
| Oxygen therapy | Continuous high-flow, high-concentration oxygen delivery |
| Lung recruitment method | PEEP increment method |
| Additional respiratory tools | Oesophageal pressure monitoring, sigh ventilation, inspiratory hold, expiratory hold and VT/IBW tool |
| Data functions | Data review, printing and platform interconnection through integration equipment |
| Operational checks | Soda lime tank reminders, rapid self-tests, visual self-checking and consumption warnings |
Manufacturer information requiring verification
- Confirm the leakage measurement basis for 49.5 ml, including any applicable time interval and pressure conditions.
- Confirm the definition and test conditions for 7% ventilation deviation and the meaning of the 1,000 Hz sampling-response figure.
- Confirm which assembly provides the stated 360-degree rotation.
- The supplied AMV section contains an apparently unrelated control-system paragraph. It reads: “The override control panel and hand remote are on standby. The override control panel enables all movements in case of hand remote failure. The wall panel and remote control are optional.” This wording requires manufacturer verification and is not presented here as a confirmed X8 control-system specification.
- Confirm standard and optional modules, accessories and integration equipment for the selected configuration.
Dimensions, weight, power requirements, gas supply requirements and construction materials are not specified in the supplied product page.
Product documentation
Manufacturer product safety and performance information for the X5/X6/X7/X8 family
COMEN X8 from Nass Ventures
The X8 combines fresh-gas control, ventilation modes, an integrated touchscreen interface and perioperative management functions in one anaesthesia workstation.
Contact Nass Ventures for pricing, configuration, compatible accessories, installation requirements and technical support.
Where it is used:
- Perinatal centers Maternity hospitals
- General therapy Intensive care Pain management Emergency care
- Operating room
- Dentistry
- General surgery Spinal surgery Cardiovascular surgery MIS
- Spinal surgery Vascular surgery Maxillofacial surgery Neurosurgery
- Hospital inpatient Clinical diagnostics Medical laboratories
- Anesthesiology
- Pediatrics
- Cardiology
Key automated functions
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Special Features
Compatible with GE Healthcare patient monitors
The device is equipped with a special mount for B1x5 series patient monitors, allowing for increased patient monitoring.
Cardiac ByPass
Possibility of operation in ventilation mode for patients on artificial circulation apparatus.
Autonomous mode
The device operates for 90 minutes with a fully charged battery.
Carestation 600 Series Anesthesia Machine Carestation
600
Series Anesthesia Machines The Carestation 600 Series anesthesia machines utilize electronic flow control valve ventilation technology, which enables volume-limited ventilation with tidal volume compensation and electronic PEEP.
This technology also supports additional ventilation modes: pressure limitation, pressure support ventilation with apnea backup (PSVPro™), synchronized intermittent mechanical ventilation (SIMV), pressure-limited ventilation with tidal volume guarantee (PCV-VG), continuous positive airway pressure with pressure support ventilation (CPAP + PSV) and the option of artificial circulation in VCV mode.
In volume-limited ventilation mode, patients can be ventilated using a minimum tidal volume of 20 ml. Pressure-limited ventilation modes allow volume measurements as small as 5 ml.
Wide range of applications
These additional features allow ventilation to be provided to a wide range of patients.
Specifications:
- Screen size - 15 inches
- Touch screen - Yes
- Patient type - Adults, children, newborns
- Fan type - Pneumatic drive
- Ventilation modes
- VCV – volume-limited ventilation.
- PCV – pressure limited ventilation.
- PCV-VG – pressure-limited ventilation – with guaranteed tidal volume.
- SIMV VCV - synchronized intermittent forced ventilation - ventilation with volume limitation.
- SIMV PCV - synchronized intermittent mandatory ventilation - pressure-limited ventilation.
- PSVPro – pressure support ventilation with backup mode in case of apnea.
- Manual ventilation – available.
- SIMV-PCV VG – synchronized intermittent forced ventilation – pressure-limited ventilation with guaranteed tidal volume (optional).
- CPAP+PSV – continuous positive airway pressure with pressure support + pressure support ventilation (optional).
Where it is used:
- Perinatal centers Maternity hospitals
- General therapy Intensive care Pain management Emergency care
- Operating room
- Dentistry
- General surgery Spinal surgery Cardiovascular surgery MIS
- Spinal surgery Vascular surgery Maxillofacial surgery Neurosurgery
- Hospital inpatient Clinical diagnostics Medical laboratories
- Anesthesiology
- Cardiology
Key automated functions
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Accessibility features
Compatible with GE Healthcare patient monitors
The device is equipped with a special mount for patient monitors of the B1x5, 650 series, allowing Canvas to increase control over the patient.
Cardiac ByPass
Possibility of operation in ventilation mode for patients on artificial circulation apparatus.
Autonomous mode
The device operates for 90 minutes with a fully charged battery.
Auxiliary sockets
Built-in additional power outlets for greater mobility and versatility.
Connecting the gas analysis module
The E-sCAio gas analysis module automatically recognizes O2, CO2, halothane, enflurane, isoflurane, sevoflurane, and desflurane.
Carestation 750 Anesthesia and Respiratory System
Alveolar Mobilization Maneuver
This anesthesia system is equipped with an alveolar mobilization maneuver, a function for performing an automatic alveolar mobilization maneuver in one or more steps.
Electronic valve ventilation technology
This inhalation anesthesia system uses electronic flow control valve ventilation technology to provide volume-limited ventilation with tidal volume compensation and electronic PEEP.
This technology also supports pressure-limited ventilation, supplemental pressure support ventilation with apnea backup (PSVPro™) for use in spontaneously breathing patients, synchronized intermittent mandatory ventilation (SIMV) modes, pressure-mandatory ventilation with guaranteed volume (PCV-VG), continuous positive airway pressure + pressure support ventilation (CPAP+PSV), and ventilator-lung function in VCV mode.
In volume-limited ventilation mode, the patient can be ventilated using a minimum tidal volume of 20 ml.
Technical specifications:
- Screen size - 15 inches
- Touch screen - Yes
- Patient type - Adults, children, newborns
- Fan type - Pneumatic drive
- Ventilation modes
- VCV - volume-limited ventilation
- PCV - pressure-limited ventilation
- PCV-VG - pressure-limited ventilation with guaranteed tidal volume.
- SIMV VCV - synchronized intermittent forced ventilation - ventilation with volume limitation.
- SIMV PCV – synchronized intermittent mandatory ventilation – pressure-limited ventilation. PSVPro – pressure support ventilation with a backup mode in case of apnea.
- Manual ventilation - SIMV-PCV VG - synchronized intermittent forced ventilation - pressure-limited ventilation with guaranteed tidal volume (optional)
- CPAP+PSV - continuous positive airway pressure with pressure support + pressure support ventilation (optional.
More Precise
- High Flow Nasal Cannula (HFNC) to extend the safe apnoeic oxygenation time during induction
- Digital Gas Mixer makes fresh gas flow settings easier and more precise
- Smart Ventilator with a full range of ICU grade ventilation modes
- Two optional maneuvers and multiple information to evaluate Lung Recruitment effectiveness
More Cost-Effective
Optimiser and AA Measurement
The low flow Optimiser provides real-time guidance for cost-effective optimisation of the fresh gas flow, and thus the anesthetic agent. The AA Measurement enables you to monitor real-time anesthetic agent consumption and keep costs in mind.
AA Prediction
More Visible
With a 15-inch high-resolution display and intuitive touch user interface, the WATO EX-65 Pro makes the anesthesia process more visible.
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| 15-inch Capacitive Touch-screen | Visual System Check and Smart Alarm |
Integrated Solution, Together and Stronger
AnaeSight™
AnaeSight is an integrated solution for combined intravenous-inhalational anaesthesia that connects anaesthesia machines, patient monitors, and pumps. This brings greater convenience to operations and more confident decision-making, significantly improving the safety and efficiency of anaesthesia.
- Centralised control: Anaesthesiologists can remotely control the pumps through the anaesthesia machine, adjusting intravenous and inhalational anaesthetics on the same interface
- Combined drug effect: AnaeSight features the innovative eMAC™ indicator, based on published pharmacokinetics and pharmacodynamics models, assisting with the administration of anaesthetic drug
- Integrated assessment: multi-parameter assessment of anaesthesia status can be displayed on the same window
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A7
Screen size : 18.5 inch Electronic flow meter (digital mixer) |
A5
Screen size : 15.6 inch Mechanical flow meter (digital display) |
Integrated ventilation tech for tubeless anaesthesia
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| Discover the extended safe apnoeic oxygenation benefits of high-flow nasal cannula (HFNC) oxygen, particularly beneficial for patients with challenges like poor oxygen saturation, including bariatric, paediatric, critically ill, or difficult airway cases. | Explore the benefits of jet ventilation in shared airway surgeries and challenging airway scenarios. Enhance patient safety by ensuring continuous oxygenation for a clearer surgical field. |
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More Flexible, More Reliable
- Screen size: A7 – 18.5″, A5 – 15.6″
- Capacity touch screen with 1920*1080 HD
- Rotatable (360°) and tiltable (60°) for better angle of view
- Integrated breathing system to reduce condensation to a minimum by the heating system
- Modular and flexible design to meet the different requirements inside and outside the operating room
- Optional CO2, AG, BIS modules
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What’s more:
- Brand new hardware design – small footprint, larger workspace
- Neat cable management to avoid clutter
- Scalable with other devices, compatible with the Mindray modular patient monitor to reduce the cost
The Mindray A8 is an inhalation anesthesia machine for highly effective and safe anesthesia with predictable treatment results. It features user-friendly controls, automatic parameter control, and built-in options for reducing anesthetic dose.
Features of the device
Increased oxygenation time
The Mindray A8's HFNC option extends the safe duration of oxygenation for apnea patients by up to half an hour. This allows for seamless intubation of patients with low oxygen saturation or difficult airways.
Safe low flow
The Multi-Gas module comprehensively analyzes gases and automatically detects anesthetic agents. The status forecast option allows you to view the FiAA and EtAA status for the next 20 minutes, as well as check data for the previous 10 minutes.
Protective ventilation
The Mindray A8 provides continuous transpulmonary pressure monitoring, independently monitoring esophageal pressure to support individualized ventilation settings. Indicators provide clinicians with clear guidance on appropriate tidal volume settings to prevent barotrauma.
Automatic system control
Mindray A8's innovative software technologies automatically check component operation and display error correction values on the screen. Before operation, the device runs a scheduled check to save preparation time. All tests are completed in 3.5 minutes.
Possibility of individual settings
For different anesthesia scenarios, you can manually set your own parameters: set default values, select a monitor interface option, and configure system settings.
Ease of use
Precise indicators allow you to monitor operating parameters and help promptly correct errors. APL valve illumination and adjustable screen backlight brightness facilitate operation in low-light conditions.
Green Operating Room Strategy
The device reduces the amount of anesthetic during anesthesia to ensure patient and staff safety and reduce drug costs. A set of integrated tools alerts physicians to a decrease in fresh gas flow. The e-AGSS option monitors gas flow rates and indicates any deviations, automatically shutting down during non-operating periods to optimize energy consumption.
The status screen displays tidal volume and dynamic lungs during ventilation.
Mindray A9 Anaesthesia System
With appreciation for established ways of working, the Mindray Anaesthetic Machine A9 retains many traditional features while also introducing some cutting-edge technologies to allow intuitive and safe management of the anesthetic procedure for broad patient populations.
Introducing the New Safety
High Flow Nasal Cannula (HFNC)
HFNC extends the safe apnoeic oxygenation time to 30min during induction. It helps clinicians intubate more easily, especially for patients with poor oxygen saturation such as bariatric, paediatric, critically ill or difficult airway.
Automatic Control Anaesthesia (ACA)
Protective Ventilation
Lung Recruitment Tool: stepwise PEEP and sustained inflation are provided as two optional maneuvers.
TV/IBW indicator: TV/IBW can be calculated as the TV changes, which offers clinicians a clear hint of appropriate tidal volume settings to avoid barotrauma.
Less is More
| Automatic System Check | Customised Profiles |
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Configuration profiles can be customised and loaded easily for different clinical scenarios or use requirements, including default values, screen layout and system configuration. |
A clearer and brighter workspace
- Clear system status indicators provide clear prompts for certain scenarios to allow easy viewing of the current working mode, and help address malfunctions quickly.
- Illumination around APL valve in manual mode, and adjustable lighting for workspace in low light environments.
For a green operating room
The A9 anaesthesia system employs an anaesthesia gas reduction strategy during surgery to create a better working environment for surgical staff and save anaesthetic agent costs.
| Optimiser | e-AGSS system |
| A series of clinical decision-support tools including Optimiser, AA Prediction and ACA, can advise clinicians of the lower fresh gas flow. | e-AGSS monitors the scavenging flow rate and indicates abnormalities; automatically switches off when in standby to reduce energy consumption. |
Integration and connectivity
Highly flexible integration options allow the A9 anaesthetic machine to work together with a variety of Mindray devices as well as multiple information systems, to meet diverse clinical needs and streamline clinical workflow.
The MIndray A4 Advantage is a flexible anesthesia delivery solution with an adaptive design for effective patient care across a wide range of healthcare facilities.
Workflow is enhanced with the intuitive, touch screen user interface, built-in safety features, ample storage and workspace, and accessory mounting options in an award-winning, ergonomic design. Direct HL7 data output provides industry-standard connectivity for AIMS and EMR systems, reducing the expenses associated with data integration.
The configurable A4 compliments anesthesia practices in mid-acuity hospitals and ASC’s in a comprehensive and cost-effective system.
Standard Features
- 15″ color touchscreen with digital flow meters and customizable settings eliminate deep menus, control knobs, and dedicated buttons
- Standard ventilation modes include VCV, CPAP/PS, and Manual breathing mode with respiratory monitoring with many optional advanced modes offered
- Safety features include a warmed breathing system to eliminate internal condensation and an auxiliary O2/Air blender to reduce the risk of airway fire
- Ability to deliver O2/N2O/Air and agent in manual backup mode
- CO2 absorbent can be changed quickly during a case and uses non-proprietary pre-pack or loose fill soda lime
- Standard 3-year warranty on Anesthesia Machine Systems
Optional Features
- Optimizer™ low flow decision support tools help manage intraoperative fresh gas dynamics, visualize real time agent usage and quantify end of case agent consumption
- 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) are all available to meet individual clinical needs
- Flexible bag arm and three in-line vaporizer mount
Product Overview
The ELUNA-70 is a premium-class, fully electronic anaesthesia workstation designed to meet the rigorous demands of modern surgical environments. Developed by Baige Medical, it integrates advanced ventilation, gas delivery and monitoring capabilities within an intuitive, clinician-centric platform.
Key Features
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A large 15.1-inch LED touch-screen interface affords simultaneous visualization of waveforms, parameter trends and loops, with a flat-menu structure for efficient navigation.
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Fully electronic flow-metering system for anaesthetic gases and oxygen; direct screen-based settings reduce manual adjustments and error potential.
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Advanced ventilation modes including VCV, PCV, PRVC, PSV, SIMV and HLM (heart-lung machine mode) to cover the full patient spectrum from neonate to adult critical care.
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Real-time display of three key pulmonary loops—Pressure-Volume (P-V), Pressure-Flow (P-F) and Flow-Volume (F-V)—offering clinicians in-depth insight into respiratory mechanics and early detection of ventilatory changes.
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Integrated heated breathing system, built with medical-grade PPSU for autoclave sterilisation up to 134 °C; user-friendly one-hand bypass for intra-operative CO₂ absorbent replacement.
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High-precision vaporizers designed for sevoflurane, isoflurane and enflurane that automatically compensate for flow, pressure and temperature variables—ensuring consistent anaesthetic delivery.
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Robust active gas-scavenging system to safely extract waste anaesthetic gases, maintain circuit pressure stability and protect the OR environment and staff.
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Ergonomic clinical design: modular monitors, spacious work surface, concealed touchpad, central braking system for precise station anchoring in the OR setting.
Clinical Benefits
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Enables customised ventilation strategies and advanced respiratory support across patient types and severity levels.
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Provides high-fidelity data for respiratory mechanics and gas delivery—a boon for critical surgeries and cardiothoracic procedures.
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Streamlined workflow and intuitive UI reduce training time, enhance intra-operative control and support safer patient management.
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Built for heavy-use environments with sterilisable components and maintenance-minimising modules—reducing downtime and service costs.
Target Application
Ideal for major surgical suites, cardiothoracic theatres, high-dependency peri-operative units and tertiary-care hospitals seeking a high-end anaesthesia workstation with full ventilation, gas delivery and monitoring capabilities.
Technical Snapshot (selection)
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Touchscreen: 15.1″ LED (flat-menu)
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Minimum tidal volume: approx. 15 mL (PCV mode)
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Flowmeter: fully electronic; vaporizers with flow/temperature/pressure compensation
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Breathing circuit: PPSU, autoclave up to 134 °C, built-in heating system
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Ventilation modes: VCV, PCV, PRVC, PSV, SIMV, HLM
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Product Overview
The ELUNA-80 is a premium-class, fully electronic anaesthesia workstation designed to meet the rigorous demands of modern surgical environments. Developed by Baige Medical, it integrates advanced ventilation, gas delivery and monitoring capabilities within an intuitive, clinician-centric platform.
Key Features
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A large 15.1-inch LED touch-screen interface affords simultaneous visualization of waveforms, parameter trends and loops, with a flat-menu structure for efficient navigation.
-
Fully electronic flow-metering system for anaesthetic gases and oxygen; direct screen-based settings reduce manual adjustments and error potential.
-
Advanced ventilation modes including VCV, PCV, PRVC, PSV, SIMV and HLM (heart-lung machine mode) to cover the full patient spectrum from neonate to adult critical care.
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Real-time display of three key pulmonary loops—Pressure-Volume (P-V), Pressure-Flow (P-F) and Flow-Volume (F-V)—offering clinicians in-depth insight into respiratory mechanics and early detection of ventilatory changes.
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Integrated heated breathing system, built with medical-grade PPSU for autoclave sterilisation up to 134 °C; user-friendly one-hand bypass for intra-operative CO₂ absorbent replacement.
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High-precision vaporizers designed for sevoflurane, isoflurane and enflurane that automatically compensate for flow, pressure and temperature variables—ensuring consistent anaesthetic delivery.
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Robust active gas-scavenging system to safely extract waste anaesthetic gases, maintain circuit pressure stability and protect the OR environment and staff.
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Ergonomic clinical design: modular monitors, spacious work surface, concealed touchpad, central braking system for precise station anchoring in the OR setting.
Clinical Benefits
-
Enables customised ventilation strategies and advanced respiratory support across patient types and severity levels.
-
Provides high-fidelity data for respiratory mechanics and gas delivery—a boon for critical surgeries and cardiothoracic procedures.
-
Streamlined workflow and intuitive UI reduce training time, enhance intra-operative control and support safer patient management.
-
Built for heavy-use environments with sterilisable components and maintenance-minimising modules—reducing downtime and service costs.
Target Application
Ideal for major surgical suites, cardiothoracic theatres, high-dependency peri-operative units and tertiary-care hospitals seeking a high-end anaesthesia workstation with full ventilation, gas delivery and monitoring capabilities.
Technical Snapshot (selection)
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Touchscreen: 15.1″ LED (flat-menu)
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Minimum tidal volume: approx. 15 mL (PCV mode)
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Flowmeter: fully electronic; vaporizers with flow/temperature/pressure compensation
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Breathing circuit: PPSU, autoclave up to 134 °C, built-in heating system
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Ventilation modes: VCV, PCV, PRVC, PSV, SIMV, HLM
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Description
The system offers a full range of advanced ventilation modes, including PCV-VG, SIMV-VG, and other high-precision options designed to meet complex clinical requirements. A standard lung recruitment tool is built in to support improved oxygenation and patient recovery.
Multiple data transmission methods enable seamless integration with surgical anaesthesia information systems, ensuring smooth data flow and efficient clinical workflow.
Smart Choice in Anaesthesia
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Modular Flexibility: Configure the ideal anaesthesia solution tailored to your clinical environment.
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Adaptable Configurations: Expand functionality with a range of optional monitoring and system modules.
Intelligent Anaesthesia
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Modular Design: Build a system that aligns perfectly with your operational needs.
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Customisable Settings: Adjust parameters easily to suit any surgical scenario.
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15-inch Full Touchscreen: Display up to four waveforms simultaneously for clear, real-time monitoring.
Human-Centric Design
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Flexible Drive Options: Choose between oxygen or air as your primary power source.
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Redundant Oxygen Supply: Includes a dedicated backup oxygen interface for added safety.
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Triple Tank Capacity: Supports an additional oxygen cylinder for extended or emergency use.
Description
Professional Lung Recruitment Ventilator System
The Professional Lung Recruitment Ventilator System is designed for high-precision respiratory care across demanding clinical settings. Its 15-inch full-touchscreen interface features an intuitive graphical layout, allowing clinicians to quickly interpret patient status through multi-parameter waveforms including pressure-time, flow-time and CO₂-time curves.
Engineered for versatility, the system supports advanced ventilation modes such as PCV-VG and SIMV-VG, while its fully electronic flowmeter ensures exceptional accuracy and control. Optional modular upgrades enable the addition of PSI, AG, SpO₂ monitoring, and paramagnetic oxygen analysis, providing a comprehensive respiratory monitoring suite.
Built-in flow pause functionality and automatic vaporiser compensation for temperature, pressure and flow fluctuations maintain stable, consistent performance throughout treatment. Internal flow sensors offer continuous real-time monitoring, making this system the ideal choice for lung recruitment strategies, intensive respiratory management, and complex patient care protocols.
Main Features
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Dual Gas Source Driven (O₂ + Air)
Stable and flexible gas delivery suitable for a wide range of clinical applications. -
Full Electronic Flow Meter
High-precision digital control for accurate flow regulation and improved ventilation accuracy. -
Advanced Ventilation Modes: PCV-VG, SIMV-VG
Supports sophisticated clinical strategies with optimised pressure and volume control. -
Optimised Flow Indication System
Reduces gas consumption and minimises environmental contamination. -
Modular Monitoring Expansion
Optional modules include AG (Anaesthetic Gas) monitoring, PSI, and SpO₂, enabling comprehensive patient assessment. -
Automatic Vaporiser Compensation
Adjusts for temperature, pressure and flow variations to maintain consistent delivery during anaesthesia. -
Internal Flow Sensors with Flow Pause Function
Provides continuous monitoring and stable ventilation throughout each treatment cycle.
Ventilation Modes Supported
A full suite of ventilation options suitable for complex patient needs:
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VCV (Volume Control Ventilation)
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PCV-VG (Pressure Control Ventilation – Volume Guarantee)
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PCV (Pressure Control Ventilation)
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SIMV-VC (Synchronized Intermittent Mandatory Ventilation – Volume Control)
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SIMV-PC (SIMV – Pressure Control)
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SIMV-VG (SIMV – Volume Guarantee)
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PSV (Pressure Support Ventilation)
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PSV Backup: VCV Mode
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PSV Backup: PCV Mode
These modes support a wide range of clinical scenarios, from routine anaesthesia to advanced intensive care.
Patient Types
The system is designed to safely and effectively ventilate:
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Adults
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Paediatric patients
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Neonates
This makes it suitable for general hospitals, surgical theatres, ICUs, emergency departments and specialist care units.
Application
Anesthesia systems are used in medical departments to perform general anesthesia on patients,
perform controlled breathing or assisted breathing, and monitor and display the patient’s ventilation
parameters. Suitable for adults and children.
Performance characteristics
- Adopt electronic control and pneumatic control methods.
- Has a variety of alarm, prompt and protection functions.
- It has a power outage support function. When the mains power is cut off, it will automatically switch to the internal backup power supply.
- S15APro uses 15-inch high-definition color LCD to display ventilation parameters, alarm information, waveforms and ring diagrams.
- Controlled by touch and button.
- Display background switching function (day/night).
- Suitable for both adults and children.
- With capacity control, pressure limit and other working methods.
- Adopt temperature, flow and pressure compensation. Anesthetic evaporator with automatic altitude compensation function and zero-position self-locking.
- Built-in electronic flowmeter.
- Linkage device to ensure that the O2 concentration is ≥25%.
- With O2 driving pressure insufficient alarm and N2O cut-off protection.
- Carbon dioxide monitoring module.
- Optional exhaust gas transmission and collection system.
- Optional anesthetic gas monitoring module.
The Hooman-Hack S6600 delivers reliable anesthesia delivery across critical care environments. Engineered for performance in intensive care units, operating theatres, and anesthesiology departments, this machine combines precision with dependability. Its robust design ensures consistent gas delivery and monitoring capabilities essential for complex procedures and patient management in demanding clinical settings.
The Hooman-Hack S6600 is a sophisticated anesthesia system designed for intensive care units, operating theatres, and anesthesiology departments. This advanced machine accommodates adult, paediatric, and neonatal patients with versatile ventilation modes tailored to individual requirements. Built on patient-centred principles, it features precision gas delivery with temperature and pressure compensation in the vaporizer system. The ergonomic design prioritises safety and stability whilst enhancing clinical workflow, making it an ideal choice for demanding anaesthetic and respiratory management applications across diverse healthcare settings.