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LGDTH
OEM
Brief Introduction:
The Surgical Blunt Obturator is a reusable or single-use surgical instrument designed to facilitate safe insertion of cannulas or trocars during minimally invasive procedures. Its atraumatic, rounded tip reduces tissue trauma and ensures controlled access, making it ideal for delicate laparoscopic or endoscopic applications.
Features :
Blunt, Rounded Tip: Minimizes tissue injury during insertion.
High-Quality Material: Made from medical-grade stainless steel or durable polymers.
Ergonomic Design: Easy to grip and maneuver, even during lengthy procedures.
Compatible with Cannulas/Trocars: Designed to fit standard surgical access ports.
Autoclavable (if reusable): Suitable for repeated sterilization cycles without degradation.
Available in Multiple Sizes: To match various cannula/trocar diameters.
Benefits:
Tissue-Friendly Insertion: Rounded design prevents puncture injuries, especially in pediatric or sensitive cases.
Surgeon Comfort & Control: Ergonomic structure offers precision and ease of use.
Flexible Use: Ideal for initial access or for trocar replacement during procedures.
Safe for Delicate Procedures: Preferred in cases where sharp blades are unnecessary or contraindicated.
Cost-Effective Option: Available in reusable or disposable models, based on surgical needs.
Scope of Application：
Surgical Blunt Obturator for Medical Use for all wound types. Safety and hygiene for hospitals and clinics use.
FAQ：
Q: What is the main advantage of a blunt obturator?
A: It provides safe, controlled access while minimizing the risk of internal tissue damage.
Q: Is it compatible with all types of trocars?
A: It is compatible with most standard trocar and cannula systems; size options are available.
Q: Can the obturator be sterilized?
A: Yes, the reusable type is autoclavable; single-use versions are pre-sterilized and disposable.
Q: When should a blunt obturator be used?
A: It is ideal for procedures requiring non-cutting entry, such as pediatric, low-risk laparoscopic surgeries, or second-port placements.
Brief Introduction:
The Surgical Blunt Obturator is a reusable or single-use surgical instrument designed to facilitate safe insertion of cannulas or trocars during minimally invasive procedures. Its atraumatic, rounded tip reduces tissue trauma and ensures controlled access, making it ideal for delicate laparoscopic or endoscopic applications.
Features :
Blunt, Rounded Tip: Minimizes tissue injury during insertion.
High-Quality Material: Made from medical-grade stainless steel or durable polymers.
Ergonomic Design: Easy to grip and maneuver, even during lengthy procedures.
Compatible with Cannulas/Trocars: Designed to fit standard surgical access ports.
Autoclavable (if reusable): Suitable for repeated sterilization cycles without degradation.
Available in Multiple Sizes: To match various cannula/trocar diameters.
Benefits:
Tissue-Friendly Insertion: Rounded design prevents puncture injuries, especially in pediatric or sensitive cases.
Surgeon Comfort & Control: Ergonomic structure offers precision and ease of use.
Flexible Use: Ideal for initial access or for trocar replacement during procedures.
Safe for Delicate Procedures: Preferred in cases where sharp blades are unnecessary or contraindicated.
Cost-Effective Option: Available in reusable or disposable models, based on surgical needs.
Scope of Application：
Surgical Blunt Obturator for Medical Use for all wound types. Safety and hygiene for hospitals and clinics use.
FAQ：
Q: What is the main advantage of a blunt obturator?
A: It provides safe, controlled access while minimizing the risk of internal tissue damage.
Q: Is it compatible with all types of trocars?
A: It is compatible with most standard trocar and cannula systems; size options are available.
Q: Can the obturator be sterilized?
A: Yes, the reusable type is autoclavable; single-use versions are pre-sterilized and disposable.
Q: When should a blunt obturator be used?
A: It is ideal for procedures requiring non-cutting entry, such as pediatric, low-risk laparoscopic surgeries, or second-port placements.
