Advanced Digital Automatic Co2 Insullator Laparoscopy, Advin

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Advanced Digital Automatic Co2 Insullator Laparoscopy, Advin

Price 990 USD ($)/ Piece

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Advanced Digital Automatic Co2 Insullator Laparoscopy, Advin Specification

Features
Digital Display, Over Pressure Alarm, Flow Rate and Pressure Control, Auto Cut-off, LED Indicators

Instruments Type
Laparoscopy Insufflator

Accuracy
1 mmHg

Storage Instructions
Keep in a dust-free, dry environment

Display Type
Large Digital LED Display

Frequency
50/60 Hz

Measurement Range
CO2 Flow Rate: 1-30 L/min, Pressure: 0-30 mmHg

Function
Insufflation of Carbon Dioxide during Laparoscopic Procedures

Shelf Life
5 years

Usage Type
Hospital, Clinical, Operating Room

Equipment Type
Advanced Digital Automatic CO2 Insufflator for Laparoscopy

Material
Medical-grade ABS, Stainless Steel, and Electronics

Condition
New

Technology
Microprocessor-based Digital Control

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Less than 45 dB

Operating Type
Automatic

Use
Laparoscopic Surgery CO2 Insufflation

Power Source
Electric Mains

Power Consumption
50-60 W

Voltage
220-240 V AC, 50/60 Hz

Dimension (L*W*H)
410 x 370 x 160 mm (approx.)

Weight
~6.5 kg

Color
White/Blue

Pressure Regulation
Automatic, with microprocessor precision

Heating System
Built-in gas heating (optional variant)

Maximum Pressure
Up to 30 mmHg

Safety
Automatic shut-off on error detection

Gas Type
Carbon Dioxide (CO2)

Application Area
General Surgery, Gynecology, Urology Laparoscopic Procedures

Alarm System
Over pressure, low gas, and leakage alarms

User Interface
Soft touch keypad with backlight

Input Connection
Standard Luer lock CO2 entry

Output Connection
Standard tubing adapter for easy attachment

Flow Rate Control
Adjustable from 1 to 30 L/min

About Advanced Digital Automatic Co2 Insullator Laparoscopy, Advin

Advin Health Care manufactures the Advin CO2+ Insufflator, engineered for precision and safety in laparoscopic procedures. This advanced device delivers controlled carbon dioxide insufflation, ensuring constant intra-abdominal pressure and stable flow throughout surgery. By maintaining optimal distension, it provides surgeons with a clear operative field, reducing risks associated with sudden pressure fluctuations.

With a digital display, ergonomic design, and user-friendly interface, the Advin CO2+ Insufflator enhances procedural safety, efficiency, and comfort across multiple surgical specialties. Its lightweight and compact structure makes it suitable for both routine and advanced laparoscopic setups.

Advanced Features

Accurate pressure and flow regulation
Digital display for real-time monitoring
Ensures minimal tissue trauma during insufflation
Lightweight, compact, and portable design
Compatible with a wide range of laparoscopic instruments
User-friendly operation with high durability

Cutting-edge Microprocessor Control

With advanced microprocessor-based digital control, this insufflator maintains precise regulation of CO2 flow and pressure, enhancing safety and efficiency during laparoscopic procedures. The automatic pressure regulation and digital display combined with error-detection, alarm systems, and real-time monitoring provide dependable performance for surgeons.

Enhanced Safety and User Experience

The system prioritizes patient and operator safety with features such as over-pressure, low-gas, and leakage alarms. Automatic shut-off on error detection further safeguards the surgical process. The soft touch, backlit keypad and large digital LED display offer easy operation and clear visibility, even in demanding operating room environments.

Versatile Application in Laparoscopic Surgery

This insufflator is suitable for use in general surgery, gynecology, and urology laparoscopic procedures. Its adjustable flow rates and reliable pressure control make it a versatile choice for hospitals, clinics, and specialized operating rooms, supporting a wide range of laparoscopic interventions.

FAQ's of Advanced Digital Automatic Co2 Insullator Laparoscopy, Advin:

Q: How does the Advanced Digital Automatic CO2 Insufflator optimize safety during laparoscopic surgery?

A: The insufflator integrates automatic shut-off, over-pressure, low gas, and leakage alarms to protect both patient and operator. Its microprocessor-based pressure regulation and real-time error detection ensure precise and safe insufflation throughout the procedure.

Q: What is the recommended process for connecting the insufflator to surgical instruments?

A: Connect the CO2 source using the standard Luer lock entry and attach the output tubing adapter to the laparoscopic instrument. The device is compatible with universally accepted connections, ensuring secure and simple setup in surgical environments.

Q: Where is this CO2 insufflator commonly used?

A: Designed for versatility, the device is frequently utilized in hospital operating rooms, clinical environments, and specialized laparoscopic surgical settings across general surgery, gynecology, and urology.

Q: When should I use the built-in gas heating feature in the insufflator?

A: The optional gas heating system should be used if minimizing patient discomfort and preventing hypothermia during longer laparoscopic procedures is required. It can be activated as needed depending on clinical requirements.

Q: What are the benefits of using a microprocessor-based digital control system in this insufflator?

A: Microprocessor digital control delivers highly accurate flow and pressure settings (1 mmHg), smooth operational adjustments, and instant error recognition, ultimately improving patient safety and surgical precision.

Q: How is the device maintained and stored for optimal shelf life?

A: For maximum longevity, store the insufflator in a dust-free, dry environment. Routine cleaning of its exterior and adherence to manufacturer maintenance guidelines helps ensure a shelf life of up to five years.

Q: What makes this CO2 insufflator suitable for portable and real-time hospital use?

A: Weighing approximately 6.5 kg and built with durable medical-grade materials, the device is easily portable between operating rooms. Its real-time monitoring and automatic operation enable smooth integration into busy surgical workflows.

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