Multifunctional Anesthesia Ventilator Machine for Surgical ICU Medical Equipment

• Customization: Available
• Classification: Imaging Diagnostic Equipment
• Type: X Ray Equipment
• Model NO.: UM-AM002
• Certification: CE, FDA, EEC, MSDS, ISO13485
• Group: Human & Animals
• Anesthetic Gas Concentration Range: 0.5~5%
• Vaporizer: Two Vaporizers, Enflurane/Isoflurane/Sevoflurane
• Alarm Parameter: Upper/Lower Limit of Ventilation Volume, Upper /Lo
• Monitoring Parameter: Tidal Volume,Respiration Mode,I:E and So on
• Max Safety Pressure: No Less Than 125hkpa
• I:E: 1:1.5~1:3.0
• Respiration Frequency: 4~40 Bpm
• Tidal Volume: 50~1500 Ml
• Respiration Mode: Ippv, Sippv, Manu
• Air Pressure: O2:0.3~0.5MPa,N2o:0.3~0.5MPa
• Oxygen Flush: 25~75 L/Min
• Flowmeters: 4-Tube Flowmeters, O2 & N2o;0.1 L/Min ~ 10 L/Min
• Warranty: 12 Months
• Factory: Yes
• Name: Anesthesia Machine
• Transport Package: Safe Export Standard Carton
• Specification: 50~1500 mL
• Trademark: Umy
• Origin: China
• HS Code: 9022191010
• Production Capacity: 30000 PCS / Year

Product Description

Product Description

Product Function: Unveil the transformative capabilities of our advanced anesthesia machine, ingeniously integrated with a high-performance ventilator. This sophisticated equipment ensures unparalleled anesthetic delivery, tailored to meet the demands of modern surgical procedures.

The advanced anesthesia machine seamlessly incorporates a ventilator to allow for optimal anesthetic delivery. Engineered to perfection, it combines multiple functionalities in one cohesive unit, redefining anesthetic administration in surgical settings.

There are four main functions of the modern anesthesia machine: Each function is meticulously designed to enhance the efficiency and safety of anesthesia management in critical care scenarios.

1. Oxygenation: Ensure the highest standard of respiratory support with precise oxygenation, a cornerstone of effective anesthetic practice.
2. The accurate mixture of anesthetic vapors: Experience the precision in anesthetic delivery with our system's ability to create an impeccable blend of anesthetic vapors, tailored to patient needs.
3. Appropriate ventilation: Empower patient care with appropriate ventilation, seamlessly integrated to adapt to the dynamic needs of surgical environments.
4. Reduce exposure of anesthetic vapors to personnel: Prioritize safety with features designed to minimize anesthetic vapor exposure to healthcare personnel, underlining our commitment to a protected medical workspace.[2]: Delve into the intricacies of our anesthesia machine, where each component is engineered for excellence.

The anesthesia machine can be divided into three basic areas: Explore the sophisticated architecture that defines our anesthesia machine, each section crafted for specific functionalities.
(1) a high-pressure system: Designed to withstand the demands of high-pressure applications, this system ensures reliable performance under challenging conditions.
(2) an intermediate pressure system, and: Serving as a pivotal conduit, the intermediate pressure system embodies resilience and consistency in gas supply management.
(3) a low-pressure system: Engineered for precision, the low-pressure system facilitates the delicate control of anesthetic gases, optimizing patient safety and comfort.
The high and intermediate pressure systems have pressure measured in pounds per square inch (psi) or kilopascals (kPa), while the low-pressure system has pressure measured in centimeters of water (cmH20). The high-pressure system receives its supply of oxygen (2200 psi), air, and nitrous oxide (745 psi) from an E-cylinder ('E' refers to the size of the cylinder) which is attached to the back of the anesthesia machine. Subsequently, a pressure regulator sets the pressure to 45 psi. The high-pressure system is primarily utilized when the pipeline supply fails or is not available for connection, such as in a remote anesthesia location. The intermediate pressure system receives its supply of gases from the hospital pipeline supply, which is set to 50 psi. In modern hospitals, anesthesia machines rely on the pipeline supply as the primary source of gas. The intermediate pressure system feeds gas into the flowmeters. Downstream from the flowmeters, the low-pressure system exists, which provides fresh gas flow (oxygen [14 psi] and/or nitrous oxide [26 psi]) to vaporizers to allow for a source of volatile anesthetics. The patient inspires and expires in the low-pressure system of the anesthesia machine. This comprehensive system ensures the seamless transition and management of gases, reinforced by a meticulous pressure-setting protocol that guarantees consistent and reliable operation.

Detailed Photos

Gas Flow Through the Anesthesia Machine: Navigate the intricate pathways of gas flow within our advanced anesthesia machine, a marvel of engineering that ensures optimal performance and patient safety.

The following describes the generalized flow of gas through the modern circle system anesthesia machine: Immerse yourself in the detailed journey of gas flow, meticulously designed to enhance anesthetic efficiency.

1. Gas (oxygen, air, nitrous oxide) enters the anesthesia machine through a pipeline supply and cylinder gas supply. The primary source of gas is typically the pipeline supply, which functions at 45 to 60 psi (the intermediate pressure system). When the pipeline supply fails, the E-cylinder (high-pressure system) takes precedence. The E-Cylinder has a much higher and variable pressure and thus requires the assistance of a pressure regulator to bring the pressure down to about 45 to 60 psi. This intelligent system ensures seamless gas management, an essential component of uninterrupted anesthetic care.
2. Once the gas is in the intermediate pressure system, gas travels to the flowmeter, where the anesthesiologist can titrate the flow of fresh gas to the patient. Downstream from the flowmeters, the gas enters a low-pressure system where pressures are less than 1 psi and measured in cm H20 (1 psi is about 70 cm H2O). This progression allows for precise control and administration of anesthetics, enhancing patient safety.
3. Gas may subsequently interact with a variable bypass or measured flow vaporizer to attain its volatile anesthetic. This step exemplifies the system's adaptability and precision in delivering tailored anesthetic care.
4. The gas then passes a unidirectional inspiratory valve and may be inhaled by the patient via the inspiratory limb of the circle system. This ensures a direct and controlled delivery of anesthetic gases, optimizing the patient's respiratory process.
5. Expired gas from the patient then travels down the expiratory limb of the circuit and passes through the expiratory unidirectional valve. This vital step supports the effective removal of expired gases, maintaining a clean and efficient circuit environment.
6. Presuming the ventilator is 'switched off,' or on a manual/spontaneous setting, excess pressure in the system can be released by the adjustable pressure-limiting (APL) valve (this released gas is suctioned by the scavenger system). This feature underscores our commitment to maintaining optimal system balance and safety.
7. Gas that remains in the circuit then travels through a carbon dioxide (CO2) absorber, where the CO2 is removed from the expired gas. With this advanced filtration, we ensure that only the freshest gas is utilized, fortifying the safety and efficacy of the anesthesia process.
8. Beyond the CO2 absorber, the expired gas is then reunited with fresh gas flow from the pipeline or E-cylinders, where it can be recycled (recycling of gas allows for low flow anesthesia and minimizes the waste of volatile anesthetic). This eco-conscious operation not only optimizes resource use but also minimizes environmental impact, reflecting our dedication to sustainable anesthetic practices.

Product Name	anesthesia machine
Flowmeters	4-tube flowmeters, O2 & N2O;0.1 L/Min ~ 10 L/Min
Oxygen Flush	25~75 L/Min
Air pressure	O2:0.3~0.5MPa,N2O:0.3~0.5MPa
Respiration Mode	IPPV, SIPPV, Manu
Tidal Volume	50~1500 mL
Respiration Frequency	4~40 bpm
I:E	1:1.5~1:3.0
Ptr	-10~10 hPa
Max safety pressure	≤125hkPa
Monitoring parameter	tidal volume,respiration mode,I:E and so on
Alarm parameter	upper/lower limit of ventilation volume, upper /lower limit of airway pressure, tidal volume exceed limitation, no tidal volume output, apnea, AC power malfunction, battery low power
Vaporizer	Two vaporizers, Enflurane/Isoflurane/Sevoflurane; (Option: Halothane)
Anesthetic gas concentration range	0.5~5%

 

Product Parameters

Product Name	anesthesia machine
Flowmeters	4-tube flowmeters, O2 & N2O;0.1 L/Min ~ 10 L/Min
Oxygen Flush	25~75 L/Min
Air pressure	O2:0.3~0.5MPa,N2O:0.3~0.5MPa
Respiration Mode	IPPV, SIPPV, Manu
Tidal Volume	50~1500 mL
Respiration Frequency	4~40 bpm
I:E	1:1.5~1:3.0
Ptr	-10~10 hPa
Max safety pressure	≤125hkPa
Monitoring parameter	tidal volume,respiration mode,I:E and so on
Alarm parameter	upper/lower limit of ventilation volume, upper /lower limit of airway pressure, tidal volume exceed limitation, no tidal volume output, apnea, AC power malfunction, battery low power
Vaporizer	Two vaporizers, Enflurane/Isoflurane/Sevoflurane; (Option: Halothane)
Anesthetic gas concentration range	0.5~5%

 

Certifications

Packaging & Shipping

1. Initially, the X-ray machine is impeccably wrapped in moisture-proof paper or high-grade plastic film to protect it from environmental elements. It is subsequently ensconced in a sturdy foam or a custom-designed foam mold, ensuring unwavering stability and protection throughout its transit.
2. To further enhance protection, the equipment is enveloped with cushioning materials like premium foam or robust bubble film. This essential buffer layer acts as a shield against potential impacts, maintaining the machine's pristine condition.
3. Choosing the perfect transportation mode and routing is crucial to minimize exposure to unnecessary vibrations and potential shocks. For long-haul journeys, we utilize containers or specialized vehicles designed with superior earthquake resistance. Depending on specific customer requirements, options include air, sea, Qatar, or rail transport, each offering tailored solutions for safe delivery.

Company Profile

Guangzhou Umy Medical Equipment Co.,Ltd. Guangzhou Umy Medical Equipment Co., Ltd. stands as a beacon of innovation, wielding considerable influence within the medical device industry. Strategically headquartered in China, with production bases nestled in vibrant first-tier cities like Beijing, Shanghai, and Guangzhou, the company ensures a seamless and swift coverage of its products and services. Their extensive and diverse product range includes essential medical devices and accessories, from X-ray machines to flat panel detectors and monitors, perfectly catering to a spectrum of needs, from foundational diagnostics to intricate treatments.

Umy Medical Equipment Co.,Ltd. is not only dedicated to offering a diverse range of products but also spearheads cutting-edge technological advancements. Boasting an adept research and development team, Umy Medical consistently pioneers innovations and product enhancements, ensuring their equipment epitomizes industry-leading standards in precision, stability, and user satisfaction. The company prides itself on a proficient sales team, whose deep-seated expertise and vast market acumen empower them to deliver bespoke solutions and premium service experiences to customers. Catering to both medical institutions and individual users, Umy Medical guarantees precise market positioning and robust sales support. Quality remains the cornerstone of Umy Medical Equipment Co., Ltd. With a stringent quality control system in place, every phase-from raw material procurement to production and final product inspection-is meticulously scrutinized, ensuring products not only meet but exceed industry benchmarks. This unwavering quality commitment has earned customer trust and fortified the company's long-term growth trajectory. Complementing this is Umy Medical's exemplary after-sales service network, which spans the entire nation, providing prompt post-purchase support to address any customer concerns. Moreover, the company extends regular maintenance and upgrade services, optimizing the longevity and performance of their equipment for clients.
To sum up,Umy Medical Equipment Co.,Ltd. has established itself as a trusted stalwart in the medical device realm. With its strategic presence in prime cities, a broad array of products, formidable R&D capabilities, skilled sales personnel, rigorous quality controls, and impeccable after-sales service, the company pledges to deliver premier medical equipment and comprehensive services globally, aiding the advancement of healthcare worldwide.

FAQ

Q1. What is our main product?

A1: We are the original manufacturer of X- ray machine and accessories. Our main products are Mobile X-ray machine, X-ray Detector, etc.

Q2. What is the Payment Method ?
A2: We could accept payment by TT, Western Union, Visa Credit Card, etc.

Q3. How long is the Lead Time?
A3: Within 15 working days for X-ray machine & accessories after receipt of payment.

Q4. Are your products customized?
A4: Yes,We accept OEM or ODM service.

Q5.How long is your warranty?
A5: 12 months for free