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| ブランド名: | Bestran |
| モデル番号: | BT-2000J5 |
| Moq: | 1PC |
| 価格: | negotiable |
| 納期: | 3～5日 |
| 支払い条件: | T/T、ウェスタンユニオン、マネーグラム |
Premium Anesthesia Workstation With Integrated Ventilator & Patient Monitor
Anesthesia Workstation With Integrated Ventilator Advantages:
1.Integrated High-Fidelity System:
"This is a true three-in-one premium solution, seamlessly combining precise gas delivery, a high-performance ventilator, and multi-parameter patient monitoring into a single, cohesive unit."
2.Enhanced Clinical Workflow:
"The fully integrated design eliminates cable clutter and streamlines workflow, allowing clinicians to manage all vital functions from a single, intuitive interface, leading to faster and safer decision-making."
3.Advanced Ventilation Performance:
"Equipped with a sophisticated, critical-care grade ventilator, the system provides precise tidal volume and pressure control, making it suitable for complex procedures and a wide range of patient acuities, from neonatal to adult."
4.Optimized Safety and Reliability:
"Built with premium, durable components and advanced safety alarms, this workstation delivers unparalleled reliability and precision, ensuring the highest standard of care and maximizing system uptime."
Anesthesia Workstation With Integrated Ventilator Prospective service and support
This Anesthesia Machine is equipped with an accurate dedicated anaesthetic vaporizer and a safety device for preventing cyanosis and necessary alarm system. During the anesthesia, the patient’s respiratory functions can be managed by using a microcomputer controlled pneumatic electrically controlled synchronizing anesthesia respirator. Each connection part of the whole machine is a standard interface. A highly efficient and large volume soda lime absorber can minimize the re-inhalation of carbon dioxide by the patient.
Anesthesia Workstation With Integrated Ventilator TECHNIQUES SPECIFICATIONS
| TECHNIQUES SPECIFICATIONS | |
| Physical specifications | |
| Screen: | 10.4 '' LCD Display Screen |
| Suitable | Adult & Child |
| Mode: | pneumatically powered and electrically controlled system |
| Working Mode: | Closed; Semi-Closed; Semi-Open |
| Circuit | Breathing circuit integrated standards |
| Flowmeters: | 5 Tubes Flowmeters: O2:0.1~10L/Min, N2O:0.1~10L/Min; Air: 0.1~10L / Min |
| Trolley: | Fitted with 4 nos anti-static rubber castors; two of which are lockable for braking and easy maneuverability with foot operated brake provisions |
| Drawer unit | TWO drawers totally extractable |
| Technical Specifications: | |
| Gas requirement: | Medical oxygen and nitrous oxide with a pressure ranging from O2: 0.32~0.6MPa ; NO2: 0.32 MPa to 0.6 MPa. |
| safety valve | <12.5 kPa |
| Respiratory Rate | 1~99bpm |
| oxygen concentration in the mixed gas N2O/O2 | > 21% |
| Oxygen Flush: | 25~75 L/min |
| modes of ventilation | A/C, IPPV, SIPPV, IMV, SIMV, PCV, VCV, PEEP, MANUAL, SIGH |
| PEEP: | 0 ~ 2.0 kPa |
| Inspiratory trigger pressure | -1.0kPa ~ 2.0 kPa |
| IMV frequency: | .. |
| I/E Ratio: | 8:1 ~ 1:10, Has the inverse ratio ventilation |
| Tidal Volume | 0 ~ 1500 ML |
| Inspiratory Plateau: | 0~1s |
| O2 Concentration: | 21%~100% |
| Sigh: | one deep breath per 70 ~ 120 controlled respirations, the inspiration time is 1.5 times of the setting point |
| Maximum safety pressure: | ≤ 12.5 kPa |
| Pressure limit range: | 0 ~ 6.0 kPa |
| Airway pressure alarm: Audible and visual and with yellow and red color indicating | Lower: 0.2kPa~5.0kPa; Upper: 0.3~6.0 kPa |
| ±0.2 kPa | |
| Tidal volume alarm: Audible and visual and with yellow and red color indicating | upper alarm: 50 to 2000ml, lower alarm: 0~1800ml |
| Oxygen concentration alarm: Audible and visual and with yellow and red color indicating | upper alarm: 21% ~100%; lower alarm:10%~80% |
| Power Supply Alarm | Ac/dc power supply are after failing to send out alarm immediately Alarm Time: keep >120s |
| The airway pressure continues to be higher than 15 hPa ±1 hPa for 15s±1s, then the machine will raise an audible alarm, the pressure will be displayed in red and the continuous high pressure red alarm wording is displayed on the screen of the anesthetic respirator. | |
| Operating conditions | |
| Ambient temperature: | 10 ~ 40oC |
| Relative humidity: | no higher than 80 % |
| Atmospheric pressure: | 860 hPa ~ 1060 hPa |
| Power requirement: | 100-120 Vac, 50/60 Hz; |
| Attention: the AC power supply used for the anesthesia machine must be well grounded. | |
| Attention: the anesthesia machine used must be equipped with a carbon dioxide monitor complying with ISO 9918:1993, an oxygen monitor complying with ISO 7767:1997 and an expiratory gas volume monitor complying with 51.101.4.2 of Medical Electrical Equipment Part II: Special Requirements for Safety and Basic Performance of Anesthesia System. | |
| Storage | |
| Ambient temperature: | -15oC ~ +50oC |
| Relative humidity: | no higher than 95 % |
| Atmospheric pressure: | 86 kPa ~ 106 kPa. |
| It should be stored in a room without corrosive gas and well ventilated | |
| Package | |
| packaging box | comply with the requirement of GB/T 15464 |
| Between the packaging box and product, soft material with appropriate thickness provided to prevent loosening and mutual friction during transportation | |
| Moisture protection and rain protection to ensure that product is protected from natural damage. | |
| Safty & Alarm | |
| Oxygen Alarm | It alarms when the oxygen supply from pipe or cylinders lower than 0.2MPa |
| Ventilation Volume Alarm | Lower: 0~12L/Min; Up: 18L/ Min |
| Power Alarm | It Alrmas while AC and DC supply failure ; Keep alraming time: >120s |
| Air Tract Pressure Alarm | Lower: 0.2kPa ~5.0 kPa; Up: 0.3kPa ~ 6.0kPa |
Anesthesia Workstation With Integrated Ventilator Usage
Operating Rooms (ORs): This is the primary location. Anesthesia machines are essential for delivering inhaled anesthetic agents and oxygen, and for controlling patient ventilation during surgery.
Post-Anesthesia Care Units (PACU): Sometimes used for monitoring or temporary ventilation during patient recovery, although less common than the OR.
Intensive Care Units (ICUs): Occasionally used to provide advanced respiratory support or sedation if a dedicated ICU ventilator is unavailable or unsuitable.
Outpatient Surgical Centers/Ambulatory Surgery Centers (ASCs): Used for administering anesthesia for minor surgeries that do not require an overnight hospital stay.
Emergency Rooms (ERs): Used for rapid sequence intubation and ventilation stabilization in critically injured or unstable patients before moving them to the OR.
