Surgi-ORC®: Real-World Solutions for Safer ENT Procedures
Traditional hemostatic methods, such as electrocautery, are commonly used in otolaryngology (ENT) but carry several risks2:
- Risk of burns from improper placement
- Conductive pathways created by blood or sweat, increasing burn risk
- Pressure injuries and skin folds from incorrect patient positioning
- Inconsistent results in tight or anatomically complex spaces
These limitations highlight the need for safer and more adaptable topical haemostats. To address this, Surgi-ORC®, offers a safe and cost-effective solution for achieving reliable haemostasis during otorhinolaryngological surgeries.
What is Surgi-ORC®?
Surgi-ORC® is a natural, plant-based absorbable haemostat made from oxidized regenerated cellulose (ORC). It is designed to fix the shortcomings of traditional ORC materials and is biocompatible, fast-acting, bactericidal, easily cut, flexible, suturable, and usable dry around bleeding sites.
Surgi-ORC® Variants for ENT Procedures:
Surgi-ORC® is available in Knit, Original/Standard, and Powder forms to meet diverse procedural needs.



Clinical Evidence
The study evaluated Surgi-ORC® Knit in four ENT surgeries: Parotidectomy, Thyroidectomy, Neck mass excision and Submandibular gland excision. All cases experienced moderate intraoperative bleeding with Surgi-ORC® applied directly to the bleeding site for effective control. On follow-up day 60, no of infections, adhesions, granuloma formation, or foreign body reactions were observed.3
CT Scan Findings3:
Day of application: Surgi-ORC® material visible at the operated sinus site
Day 2: Material complete absorbed/degraded

Key Findings:3
- Time to Haemostasis: 0.93–2.1 minutes
- Absorption: Complete in all cases by Day 28
- Adverse events /Complications: None observed
- Surgeon feedback: Rated “good” to “excellent” for handling
Conclusion:
- Surgi-ORC® provides a practical, effective and safe approach to bleeding control in ENT surgery. Early real-world experience positions it as a valuable tool for surgeons seeking reliable haemostasis and smoother operative results.
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