The 5 3/8″ Gregory Profunda Clamp Neonatal is a specialized vascular surgical instrument engineered for the precise occlusion and management of small blood vessels during neonatal and pediatric cardiovascular procedures. Designed for surgeons performing delicate vascular reconstructions, congenital heart surgery, neonatal arterial repair, and microsurgical interventions, this clamp provides dependable vessel control while supporting meticulous surgical techniques in extremely small operative fields.
Neonatal vascular surgery demands instruments that combine exceptional precision with gentle tissue handling. The Gregory Profunda Clamp Neonatal is specifically developed to facilitate temporary arterial occlusion while minimizing unnecessary trauma to fragile neonatal vessels. Its finely crafted jaws are engineered to provide uniform pressure distribution, allowing secure vessel control without excessive compression. This makes the instrument particularly valuable during procedures involving the profunda femoris artery and other small peripheral vessels where precision is critical.
With an overall length of 5 3/8 inches (approximately 13.7 cm), this neonatal vascular clamp offers excellent maneuverability in confined surgical spaces. The compact dimensions enable surgeons to work comfortably around delicate anatomical structures while maintaining clear visualization of the operative field. Its size makes it ideal for neonatal and pediatric patients where standard vascular clamps may be too large for precise vessel management.
The precision jaw design enhances control during vascular anastomosis, arterial reconstruction, congenital vascular repair, and microsurgical procedures. The jaws are carefully aligned to provide consistent clamping performance while supporting atraumatic handling of fragile vascular tissue. This contributes to improved surgical precision during complex cardiovascular and pediatric vascular operations.
Manufactured from premium German surgical-grade stainless steel, the 5 3/8″ Gregory Profunda Clamp Neonatal provides outstanding durability, corrosion resistance, and long-term clinical performance. The instrument maintains its precise alignment and smooth mechanical function through repeated sterilization cycles, making it suitable for demanding hospital environments. Its satin matte finish reduces glare under surgical lighting while promoting easy cleaning and maintenance.
The ergonomic finger ring handles are designed to provide excellent tactile feedback and precise instrument control. The balanced lightweight construction minimizes hand fatigue during lengthy microsurgical procedures, while the finely engineered ratchet locking mechanism allows controlled clamping pressure and stable positioning throughout the operation.
The 5 3/8″ Gregory Profunda Clamp Neonatal is an essential instrument for pediatric cardiovascular surgeons, neonatal vascular specialists, congenital heart surgery teams, and microsurgical professionals. It is commonly included in neonatal cardiovascular instrument sets used in children’s hospitals, cardiac centers, and specialized vascular surgery departments.
Designed for repeated professional use, this reusable vascular clamp is compatible with standard hospital sterilization protocols, including autoclave sterilization. Combining precision engineering, atraumatic vessel handling, ergonomic functionality, and premium stainless steel construction, the Gregory Profunda Clamp Neonatal delivers dependable performance for modern neonatal and pediatric vascular surgery.
Key Features
- 5 3/8″ Gregory Profunda Clamp designed for neonatal vascular surgery
- Ideal for neonatal and pediatric arterial procedures
- Precision jaws provide gentle and secure vessel occlusion
- Supports atraumatic handling of delicate neonatal blood vessels
- Suitable for congenital heart surgery and microsurgical applications
- Compact design enhances maneuverability in small operative fields
- Manufactured from premium German surgical-grade stainless steel
- Satin matte finish minimizes operating room glare
- Ergonomic finger ring handles provide precise control
- Precision ratchet locking mechanism ensures stable clamping
- Corrosion-resistant and durable for long-term clinical use
- Fully reusable and autoclavable for repeated sterilization
Product Specifications Table
| Specification | Details |
|---|---|
| Product Name | Gregory Profunda Clamp Neonatal |
| Overall Length | 5 3/8 inches (13.7 cm) |
| Pattern | Neonatal |
| Instrument Type | Neonatal Vascular Clamp |
| Application | Neonatal & Pediatric Vascular Surgery |
| Jaw Type | Precision Atraumatic Vascular Jaws |
| Material | German Surgical Grade Stainless Steel |
| Finish | Satin Matte Finish |
| Handle Type | Finger Ring Handle |
| Locking Mechanism | Ratchet Lock |
| Sterilization | Autoclavable |
| Reusable | Yes |
| Clinical Use | Professional Surgical Use |
FAQs
1. What is the 5 3/8″ Gregory Profunda Clamp Neonatal used for?
It is used for temporary occlusion and precise control of small blood vessels during neonatal and pediatric vascular, cardiovascular, and congenital heart procedures.
2. Why is this clamp suitable for neonatal surgery?
Its compact size, precision jaws, and atraumatic design allow surgeons to safely manage extremely small and delicate neonatal blood vessels.
3. Which surgical specialties commonly use this instrument?
It is commonly used in pediatric cardiovascular surgery, neonatal vascular surgery, congenital heart surgery, microsurgery, and specialized vascular reconstruction.
4. What material is the Gregory Profunda Clamp Neonatal made from?
The instrument is manufactured from premium German surgical-grade stainless steel, providing excellent strength, corrosion resistance, and long-lasting durability.
5. Can this clamp be sterilized and reused?
Yes. The clamp is fully reusable and compatible with standard hospital sterilization methods, including autoclave sterilization.
6. What are the advantages of the atraumatic jaw design?
The atraumatic precision jaws help distribute clamping pressure evenly, providing secure vessel control while minimizing unnecessary trauma to delicate neonatal vascular tissue during complex surgical procedures.

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