The Univlabs CO2 Insufflator with Smoke Evacuator is a cutting-edge 45-liter device en Full Description
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The Univlabs CO2 Insufflator with Smoke Evacuator is a cutting-edge 45-liter device engineered to deliver exceptional performance, safety, and reliability in today’s demanding surgical environments. This advanced insufflator is designed to maintain pneumoperitoneum even under the most challenging conditions, ensuring stable and precise pressure control throughout procedures. Its robust performance is complemented by a comprehensive array of safety features, which enhance both operational reliability and patient safety. By combining high capacity, advanced safety protocols, and innovative functionality, the Univlabs CO2 Insufflator with Smoke Evacuator stands out as an indispensable tool for dynamic and high-stakes surgical operations.
PRESSURE REDUCER (HEART OF INSUFFLATOR)
UnivLabs Uniflator is equipped with a UL-DualDome dual-stage pressure reducer along with three stages of mechanical and a two-stage electronic safety valve to create the safest pneumoperitoneum. It also has a two-stage gas pre-heater to deliver Co2 at optimum body temperature.
SMOKE EVACUATION MODE
Uniflator is equipped with an inbuilt Safe-Air smoke evacuator for clear vision. It provides near-instant smoke evacuation and is equipped with a ULPA filter for viral, bacterial as well as smoke particulate filtration.
The Univlabs CO2 Insufflator with Smoke Evacuator operates automatically by detecting the press of ESU buttons. The smoke evacuation system is equipped with dual-stage filtration of Hypochlorite and Filter for economical and safe use.
FEATURES OF UNIVLABS CO2 INSUFFLATOR WITH SMOKE EVACUATOR
• UnivLabs UL-Dual Dome technology with coil-based flow control.
• Threestep temp. control to avoid Hypothermia.
• Dual Mechanical Safety Valve.
• High-pressure Vent, Safe VENT®.
• MEMS-based flow sensor for accurate flow reading.
• Over Pressure protection through UL safe VENT®.
• MEMS Pressure sensor for stable Pneumoperitoneum.
• Fully functional & operational self-test.
• Three-stage ceramic heating Co2 temperature control.
• Anti-COVID: Integrated smoke evacuation system.
Technical Specifications
• Weight: 7.5 Kg
• Dimensions: 350310130 mm
• Gas Flow Rate: 2 to 35 L/min
• Pressure Settings
• Normal Mode: 1-30 mmHg
• Paediatric Mode: 1-15 mmHg
Safety Measures
• Multi-stage pressure reducer with precision MEMS flow sensor and MEMS pressure sensors.
• Pre-set Modes:
Veress Needle Mode (VER): Max flow 2 L/min.
Normal Mode (NOR): Max flow 35 L/min.
Paediatric Mode (PED): Max flow 15 L/min with enhanced algorithm pressure protection.
Semicontinuous Mode (SCN): Insufflation along with smoke evacuation.
FAQs of Univlabs CO2 Insufflator with Smoke Evacuator
What is the Univlabs CO2 insufflator with Smoke Evacuator?
The Univlabs CO2 Insufflator with Smoke Evacuator is an indispensable tool for dynamic and high-stakes surgical operations.
How does the smoke evacuation function of Univlabs CO2 insufflator with Smoke Evacuator work?
The smoke evacuation function uses a high-flow suction system to capture and filter smoke, fumes, and particulate matter generated during surgery. The evacuated smoke is passed through a series of filters, which capture harmful particles before the clean air is released back into the operating room, helping to maintain a clear and safe surgical environment.
What types of procedures is the Univlabs CO2 insufflator with Smoke Evacuator device suitable for?
The device is suitable for various minimally invasive procedures, including laparoscopic surgeries, endoscopic procedures, and any surgery involving smoke-generating instruments. It is versatile enough to be used in different surgical settings where both insufflation and smoke evacuation are required.
"The UnivLabs Universal Medical Stepper pump is highly effective for maintaining stable pressures during laparoscopic surgeries. "
"The UnivLabs CO2 Insufflator with Smoke Evacuator has greatly enhanced our laparoscopic surgeries. It provides precise, stable insufflation, for a clear surgical field and patient safety."