logo
Un bon prix.  en ligne

Détails des produits

Created with Pixso. Maison Created with Pixso. Produits Created with Pixso.
Équipement chirurgical
Created with Pixso. Hospital Anesthesia System Dual Vaporizer 8 Ventilation Modes PEEP

Hospital Anesthesia System Dual Vaporizer 8 Ventilation Modes PEEP

Nom De La Marque: Bestran
Numéro De Modèle: BT-2000J5
MOQ: 1 pièce
Prix: negotiable
Délai De Livraison: 3-5 jours
Conditions De Paiement: T/T, Western Union, MoneyGram
Informations détaillées
Lieu d'origine:
Chine
Certification:
CE
Nom du produit:
Système d'anesthésie hospitalière
Vaporisateur:
2 vaporisateurs (enflurane / isoflurane / sevoflurane, option: halothane)
Modes de ventilation PEP:
8
Mode de travail::
Fermé; Semi-fermé; Semi-ouvert
Circuit:
Normes intégrées du circuit respiratoire
Mode::
Système à alimentation pneumatique et à commande électrique
Mode Respriation:
IPPV, SIPPV, IMV, SIMV, VCV, PCV, PEEP, soupir, Manu
PIAULEMENT:
0 ~ 2,0 kPa
Volume de marée:
0-1500ml
Détails d'emballage:
L940 * W790 * H1270 mm Small: L700 * W680 * H370 mm NW / GW: 76 / 86kg; NW / GW: 22 / 28kg; (Carton
Capacité d'approvisionnement:
300pcs par mois
Mettre en évidence:

Hospital anesthesia system with PEEP

,

Dual vaporizer anesthesia machine

,

Anesthesia system 8 ventilation modes

Description de produit

Hospital Anesthesia System Dual Vaporizer 8 Ventilation Modes PEEP


Hospital Anesthesia System Advantages:

  • This advanced hospital anesthesia system delivers comprehensive clinical versatility through its dual vaporizer configuration, supporting popular anesthetic agents including Isoflurane, Sevoflurane, and Enflurane for flexible anesthesia administration.
  • The system features 8 precision ventilation modes - IPPV, SIPPV, IMV, SIMV, VCV, PCV, PEEP, and SIGH - providing customized respiratory support for patients ranging from pediatric to adult.
  • Engineered with accurate PEEP control (0-2.0 kPa), 5-gas flowmeters with 0.1-10L/min precision, and tidal volume adjustment up to 1500ml, the system ensures reliable ventilation management across various surgical scenarios.
  • The intuitive 10.4" LCD interface and comprehensive monitoring capabilities make it an ideal all-in-one solution for modern operating rooms seeking precision, safety, and operational efficiency in critical care environments.


Hospital Anesthesia System 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


Hospital Anesthesia System Usage

An anesthesia machine is primarily used in medical settings to deliver anesthesia and support breathing during procedures. Key locations include:

  1. Hospital Operating Rooms: For surgeries to maintain anesthesia and control patient breathing.

  2. Delivery Rooms: For providing pain relief during childbirth.

  3. Intensive Care Units (ICUs): For long-term ventilation of critically ill patients.

  4. Outpatient Surgery Centers: For procedures requiring sedation.

Hospital Anesthesia System Dual Vaporizer 8 Ventilation Modes PEEP 0Hospital Anesthesia System Dual Vaporizer 8 Ventilation Modes PEEP 1Hospital Anesthesia System Dual Vaporizer 8 Ventilation Modes PEEP 2Hospital Anesthesia System Dual Vaporizer 8 Ventilation Modes PEEP 3Hospital Anesthesia System Dual Vaporizer 8 Ventilation Modes PEEP 4Hospital Anesthesia System Dual Vaporizer 8 Ventilation Modes PEEP 5Hospital Anesthesia System Dual Vaporizer 8 Ventilation Modes PEEP 6