LAPAROSCOPIC Needle Holder Needle Driver
Laparoscopic Needle Holder,
Stainless Steel material
Straight, Curved to left and Curved to Right Jaws
Long life durable jaw grio with Tungsten Carbide inserts
Size 33cm long, 5mm diameter
With ratcheted Mechanism
Attached with cleaning/flushing port
Product Description
The Laparoscopic Needle Holder / Needle Driver is a precision surgical instrument designed for secure needle gripping, accurate suturing, and controlled knot tying during minimally invasive laparoscopic procedures. Engineered for smooth performance and optimal control, this instrument ensures precise needle placement even in confined operative spaces.
Manufactured from premium medical-grade stainless steel, the needle holder offers exceptional durability, corrosion resistance, and consistent performance through repeated sterilization cycles. The ergonomic handle design provides comfortable handling, superior balance, and reduced surgeon fatigue, making it ideal for both routine and advanced laparoscopic suturing techniques.
Widely used in laparoscopic general surgery, gynecology, urology, and bariatric surgery, this needle driver delivers reliability, precision, and surgeon confidence.
Key Features
Designed for precise needle holding and suturing
Strong and secure needle grip
Smooth jaw action for controlled handling
Ergonomic handle for comfort and stability
High-quality medical-grade stainless steel construction
Durable, corrosion-resistant & reusable
Fully autoclavable
Suitable for laparoscopic, general, gynecological & urological surgery
Shipping & Delivery Policy
Production & Lead Time
Since we are a manufacturing unit, please note that most orders are produced upon request.
Custom Orders: For bulk or customized orders, the lead time may vary. Our team will provide a specific timeline during the order confirmation
Shipping Methods & Carriers
We partner with reliable logistics companies to ensure your products reach you safely.
International Shipping: For global clients, we offer air and sea freight options depending on the volume and urgency of the order.
