Operio Mobile Laminar Airflow: The Innovative Alternative to Traditional Operating Room Ventilation Optimized Surgical Airflow for Superior Sterility and Infection Control Operio Mobile Laminar Air Flow is an advanced, cost-effective operating room ventilation solution that delivers ISO 5 ultra-clean air directly to the surgical field, protecting instruments, implants, and open wounds from contamination. This affordable, mobile, and compact device eliminates 99.995% of airborne bacteria and viruses, ensuring the highest level of sterility for implant and reconstructive surgery while reducing operational costs and providing a comfortable, silent working environment with no cold air. Ensuring a sterile operating environment is crucial in implant surgery to prevent infections and enhance patient safety. Traditional operating theatre ventilation systems often fail to provide consistent aseptic conditions due to airflow obstructions caused by surgical lights, microscopes and staff movement. How Operio Mobile Laminar Air Flow Enhances Operating Room Ventilation Unlike traditional ceiling-mounted operating theatre ventilation systems, which can be blocked by surgical lights and staff, Operio delivers sterile air directly to the surgical site and instrument table, ensuring continuous aseptic conditions. read more Over 300 air exchanges per hour in the surgical field No turbulence or contamination from vertical airflows Maintains a sterile barrier throughout surgery Internetpage Normeditec Contact us for more information Normeditec – Nordic Medical Tecnology Phone : +39 348 730 24 45 Italy +49- 7139/20 90 85 9 Germany E-Mail: [email protected] WhatsApp: +39 348 730 24 45 or +49 176 62 13 16 34 Website: www.normeditec.com We deliver worldwide and are available via video call for support and guidance. Let’s make advanced aseptic solutions accessible to your practice today!

Unlike traditional ceiling-mounted operating theatre ventilation systems, which can be blocked by surgical lights and staff, Operio delivers sterile air directly to the surgical site and instrument table, ensuring continuous aseptic conditions. Ensuring ISO 5 sterility is critical in implant and eye surgery to prevent infections, reduce complications, and improve surgical outcomes. The Operio Mobile Laminar Air Flow system provides a continuous stream of ultra-clean air, protecting both surgical instruments and the operating field from airborne contaminants. 1. ISO 5 Sterility for Infection Prevention...

Limitations of Conventional Operating Room Ventilation Systems Traditional ceiling-mounted ventilation systems often fail to provide consistent protection over the surgical field during procedures. Despite being designed to maintain a sterile environment, their effectiveness is frequently compromised due to airflow obstructions from: Surgical lights Ceiling-mounted supply units Operating room staff movement Traditional vertical airflow systems in operating theatres can increase the risk of bacterial contamination by directing air over the surgical team’s heads and towards the open surgical site....

1. ISO 5 Sterility for Infection Prevention -/ Triple-layer HEPA HI4 filtration removes 99.995% of airborne contaminants, including bacteria and viruses. </ Creates a sterile field directly over surgical instruments and implants, preventing contamination. -/ No interference from operating lights or surgical staff, ensuring uninterrupted protection. 2. Ideal for Implant surgery, Reconstructive Surgery, Eye surgery, Pacemaker Implantation, Orthopedic Surgery and Ambulatory Surgery </ Protects implants from airborne contamination, reducing infection risks and complications. </ Maintains aseptic...

Enhancing Plastic Surgery with Operio Focused Laminar Airflow Plastic and reconstructive surgeries require meticulous sterility to prevent infections and ensure optimal aesthetic outcomes. Operio's mobile laminar airflow technology revolutionizes operating room ventilation, offering unparalleled sterility and infection control without major structural modifications. The Importance of Ultra-Clean Air in Plastic Surgery Plastic surgery often involves implants, delicate tissue handling, and precise suturing, making contamination a serious risk. Conventional operating room ventilation systems struggle...

Operio Focused Mobile Laminar Air Flow System Sterile Air Solution for Ophthalmic Surgery & IVOM Operating Rooms Optimized Operating Theatre Ventilation for Maximum Sterility. Operio Mobile Laminar Air Flow is an advanced, cost-effective operating room ventilation solution that delivers ISO 5 ultra-clean air directly to the surgical field, protecting instruments, implants, and operating field from contamination. This affordable, mobile, and compact device eliminates 99.995% of airborne bacteria and viruses, ensuring the highest level of sterility for ophthalmic surgeries, including cataract procedures...

ISO 5 Sterility for Infection Prevention Unlike traditional ceiling-mounted operating theatre ventilation systems, which can be blocked by surgical microscopes and staff, Operio delivers sterile air directly to the surgical site and instrument table, ensuring continuous aseptic conditions. The Operio Mobile Laminar Air Flow system ensures unparalleled sterility by delivering a highly focused, ultra-clean laminar airflow that forms a continuous protective barrier over the surgical site and instruments. This advanced air purification technology eliminates airborne contaminants in real-time, guaranteeing...

Optimized Efficiency & Safety for IVOM with Operio Mobile Laminar Air Flow The Ideal Solution for Intravitreous Injections (IVOM) Intravitreous injections (IVOM) are among the most frequently performed procedures in ophthalmology and demand the highest hygiene standards to minimize the risk of complications such as endophthalmitis. The Operio Mobile Laminar Air Flow system provides an innovative, sterile air solution that enhances efficiency and patient safety by creating a continuously aseptic surgical field. Challenges in IVOM Procedures High Patient Turnover: IVOM procedures involve short,...