Baby-Crile Hemostatic Forcep – STR & CVD, 14.5 cm (5 1/4″) Surgical Vessel Clamp

The Baby-Crile Hemostatic Forcep, 14.5 cm (5 1/4″), is a precision surgical instrument designed for clamping small blood vessels and delicate tissue with accuracy and control. Available in both Straight (STR) and Curved (CVD) configurations, this forcep is ideal for microsurgery, pediatric surgery, and other procedures requiring delicate tissue handling.

Crafted from premium surgical-grade stainless steel, the Baby-Crile forceps offer durability, corrosion resistance, and long-lasting performance. The finely serrated jaws provide a secure, non-slip grip, allowing surgeons to maintain effective hemostasis while minimizing tissue trauma.

The ergonomic ring handles, paired with a ratchet locking mechanism, enable stable, hands-free clamping, giving surgeons precise control over vessel occlusion. Its 14.5 cm (5 1/4″) length strikes a perfect balance between maneuverability and reach, making it suitable for both general and specialized surgical procedures.

Trusted in hospitals, surgical centers, and clinical settings, the Baby-Crile Hemostatic Forcep is an essential tool for surgeons requiring precision, reliability, and safe vessel control.

Available Variants:

• Straight (STR) — 14.5 cm (5 1/4″)
• Curved (CVD) — 14.5 cm (5 1/4″)

Key Features:

• Premium surgical stainless steel construction
• STR (Straight) and CVD (Curved) jaw options
• Length: 14.5 cm (5 1/4″)
• Fine serrations for secure grip on vessels and tissue
• Ergonomic ratchet handles for hands-free clamping
• Corrosion-resistant, reusable, and autoclavable
• Ideal for microsurgery, pediatric, and delicate surgical procedures

Applications:

• Small vessel and tissue clamping
• Microsurgery and pediatric surgery
• Vascular and general surgical procedures
• Operating rooms, hospitals, and surgical centers
• Laboratory and clinical applications

The Baby-Crile Hemostatic Forcep delivers precision, reliability, and safety, making it an indispensable instrument for surgeons performing delicate vessel occlusion and tissue manipulation.