7″ Cushing Tissue Forceps – Gutsch Handle, 1×2 Teeth

The 7 Inch Cushing Tissue Forceps with Gutsch Handle and 1×2 Teeth is a finely designed surgical instrument widely used in neurosurgery, general surgery, and delicate tissue handling procedures. It is engineered to provide precise control and secure grasping of soft tissues with minimal trauma. It features 1×2 interlocking teeth , which ensure a stable and reliable grip on delicate tissues such as skin, fascia, and soft anatomical structures. This configuration provides controlled holding power while reducing the risk of slippage during surgical manipulation. The Gutsch handle design enhances ergonomics by improving grip stability and reducing hand fatigue during prolonged surgical procedures. It allows better precision and fine control, especially in delicate operations. The straight 7-inch design provides an optimal balance between reach and accuracy, making it suitable for both superficial and moderately deep surgical fields. With a length of 7 inches (17.5 cm) , it offers excellent maneuverability and control for precision surgical work. Manufactured from premium surgical-grade stainless steel, the Cushing Tissue Forceps ensures durability, corrosion resistance, and long-term performance. It maintains smooth functionality even after repeated sterilization cycles. A smooth spring tension mechanism provides consistent and controlled gripping force, ensuring delicate tissue handling without excessive pressure. Ergonomic finger-ring handles with Gutsch-style refinement provide comfort, stability, and precision during extended procedures. The polished finish ensures easy cleaning and sterilization. Fully autoclavable and reusable, this instrument meets modern surgical standards and is widely used in hospitals, operating rooms, and specialized surgical centers. Whether used for tissue grasping, fine dissection, or microsurgical assistance, the 7 Inch Cushing Tissue Forceps (Gutsch Handle, 1×2 Teeth) delivers accuracy, stability, and dependable performance. Key Features Premium surgical-grade stainless steel construction 7-inch precision surgical design Gutsch ergonomic handle for better control 1×2 interlocking teeth for secure grip Designed for delicate tissue handling Excellent precision and stability Strong spring tension mechanism Reduced hand fatigue Corrosion-resistant polished finish Fully autoclavable and reusable Ideal for neurosurgery and general surgery Reliable anti-slip performance Product Specifications Specification Details Product Type Tissue Forceps Model Cushing Tissue Forceps Length 7 Inches (17.5 cm) Handle Type Gutsch Handle Teeth 1×2 Interlocking Teeth Jaw Type Fine Toothed Grip Material Surgical Grade Stainless Steel Finish Polished Locking Mechanism Non-locking (spring tension) Sterilization Autoclavable Reusability Reusable Instrument Category Precision Tissue Forceps Application Neurosurgery, General Surgery, Tissue Handling Specialty Delicate Surgical Use Product Contents 1 × 7 Inch Cushing Tissue Forceps (Gutsch Handle, 1×2 Teeth) Individually packed surgical instrument Ready for sterilization and clinical use Applications The Cushing Tissue Forceps is commonly used for: Delicate tissue grasping Neurosurgical procedures General surgical procedures Fine dissection work Soft tissue manipulation Controlled surgical handling Wound management Hospital and clinic use Precision surgical tasks Microsurgical assistance FAQs 1. What is Cushing Tissue Forceps used for? It is used for precise and delicate tissue handling, especially in neurosurgery and fine surgical procedures. 2. What is a Gutsch handle? It is an ergonomic handle design that improves grip comfort and surgical control. 3. Is it suitable for neurosurgery? Yes, it is commonly used in neurosurgical and delicate procedures. 4. Does it provide strong grip? It provides a controlled and precise grip suitable for delicate tissues. 5. Is it reusable? Yes, it is made from surgical-grade stainless steel and is reusable. 6. Can it be sterilized? Yes, it is fully autoclavable and compatible with standard sterilization methods.