About ConXport Co2 Insuffulator
CO2 Advanced Insufflator isused during comfortable long endoscopy procedures.
CO2 insufflatorsare controlled by micro-processor of the latest generation.
These equipmentare best alternative to conventional light sources in which cumbersome externalregulators, flow meters and specialized valves are required.
CO2 insufflatorsis developed with smart and latest software that reduces the flow as soon as itsenses zero requirement of CO2 by the clinician.
Features :
Eliminates therequirement for cumbersome external regulators, flow meters and specializedvalves
Significantlyimproves intubation depth & patient discomfort during DBE
Compact design
Reduces flowwhen not required
Quickenpatient recovery time
Managed flowmode for conserving gas
No need forspecialized CO2 valves
Over-pressurealarm and safety
shutdownfeatures help assure patient safety
Reducespostprocedural abdominal pain
No specialutilities required
Advanced Safety FeaturesThis CO2 insufflator incorporates multiple safety mechanisms, including automatic cut-off, overpressure and low gas alarms, and a pressure relief valve. These features reduce risks during laparoscopic procedures, providing peace of mind for surgical teams and enhancing patient safety.
Ease of Use and CompatibilityEquipped with a digital LED display and intuitive controls, the device supports both continuous and intermittent operation. The standard luer lock connector and 1.5 m tubing ensure compatibility with standard medical CO2 tanks, making integration into surgical environments seamless.
Accurate and Efficient PerformanceWith high-precision pressure and flow control (10% accuracy), the ConXport CO2 Insufflator delivers consistent, reliable insufflation. Its quiet operation minimizes distractions, and the robust metal body ensures durability in busy surgical settings.
FAQs of ConXport Co2 Insuffulator:
Q: How is the ConXport CO2 Insufflator used during laparoscopic surgery?
A: The ConXport CO2 Insufflator is connected to a standard medical CO2 cylinder using its luer lock connector. It delivers controlled CO2 gas into the patients abdominal cavity to create space for surgical procedures. The device ensures precise flow and pressure control, facilitating optimal visibility and maneuverability for the surgeon.
Q: What safety features are present in this insufflator to protect patients and staff?
A: This device is equipped with an automatic cut-off system, overpressure and low gas alarms, and a pressure relief valve. These safety mechanisms protect against excessive pressure or supply issues, minimizing risks and maintaining a safe surgical environment.
Q: When should calibration or maintenance be performed on this device?
A: The ConXport CO2 Insufflator is factory calibrated for high precision. Periodic maintenance or recalibration is advised as per the manufacturers guidelines or if the device shows inconsistency in performance, to ensure continued accuracy and safety.
Q: Where can the ConXport CO2 Insufflator be used?
A: Designed primarily for medical facilities in India, this insufflator is suitable for use in hospitals, clinics, or surgical centers conducting endoscopy or laparoscopic procedures. Its compatibility with standard medical CO2 cylinders and electrical specifications (220 V, 50/60 Hz) fits most clinical environments.
Q: What are the benefits of using a CO2 insufflator in laparoscopic surgeries?
A: A CO2 insufflator, like the ConXport model, creates a safe and controllable space within the body cavity, improving visibility and surgical access. Its safety features and precise control support improved patient outcomes and enhance surgical efficiency.
Q: How does the alarm system function during operation?
A: The alarm system continuously monitors for conditions like overpressure or low gas supply and provides immediate alerts through visual or audible signals. This prompts surgical teams to address issues quickly, ensuring uninterrupted and safe procedures.
Q: What is the typical process for setting up the insufflator before surgery?
A: Setup involves connecting the device to a CO2 cylinder, configuring required flow and pressure via its interface, and checking the digital LED display for accurate settings. Once confirmed, the tubing is attached to the patients entry port, and the device is started in the selected operating mode.