🦴 2.4mm Locking Head Screw Self Tapping Titanium – NEOMETISS

The NEOMETISS 2.4mm Locking Head Screw Self Tapping Titanium is a premium orthopedic implant designed for secure fixation with compatible 2.4mm Locking Compression Plate (LCP) systems. Manufactured from medical-grade Titanium, this self-tapping screw offers outstanding biocompatibility, exceptional corrosion resistance, and high mechanical strength. Its precision locking head and self-tapping thread reduce surgical steps while providing stable fixed-angle fixation for small bone fractures. Trusted by orthopedic surgeons, hospitals, distributors, and procurement teams worldwide, it delivers reliable clinical performance for modern trauma and reconstructive procedures.

🚚 Delivery Time
Estimated Manufacturing & Dispatch Time: 3–4 Weeks

🦴 2.4mm Locking Head Screw Self Tapping Titanium

Brand: NEOMETISS
Product Name: 2.4mm Locking Head Screw Self Tapping Titanium
SKU: 500T.008
HSN Code: 90211000
Manufacturer: Jindal Medi Surge
Manufacturer Website: www.jmshealth.com

📋 Product Overview

The 2.4mm Locking Head Screw Self Tapping Titanium is a precision-engineered orthopedic implant developed for use with compatible 2.4mm Locking Compression Plate (LCP) Systems. Manufactured from premium medical-grade Titanium, it combines lightweight construction, excellent mechanical strength, superior corrosion resistance, and outstanding biocompatibility to support reliable fracture fixation.

Its advanced self-tapping thread design allows efficient insertion by cutting its own thread into bone, minimizing surgical steps and reducing operative time. The locking head securely engages threaded plate holes to create a fixed-angle construct, ensuring enhanced stability and long-term fixation for trauma and reconstructive orthopedic procedures.

✅ Key Features & Benefits

Manufactured from premium medical-grade Titanium
Compatible with 2.4mm Locking Compression Plate (LCP) systems
Precision self-tapping thread for faster implantation
Excellent biocompatibility and tissue compatibility
Outstanding corrosion resistance
High strength-to-weight ratio
Precision locking head provides fixed-angle stability
Excellent dimensional accuracy through CNC machining
Reliable fixation for orthopedic trauma procedures
Manufactured under stringent international quality standards

⚙ Technical Specifications

Specification	Details
Product Name	2.4mm Locking Head Screw Self Tapping Titanium
SKU	500T.008
Diameter	2.4mm
Material	Medical Grade Titanium
Thread Type	Self Tapping
Implant Type	Locking Head Screw
Plate Compatibility	2.4mm Locking Compression Plate (LCP)
Brand	NEOMETISS
Manufacturer	Jindal Medi Surge
HSN Code	90211000

🏥 Clinical Applications

Hand and wrist fracture fixation
Metacarpal and phalangeal fracture repair
Foot and ankle trauma surgery
Small bone fracture fixation
Distal radius fracture management
Corrective osteotomy procedures
Orthopedic trauma reconstruction
Revision orthopedic fixation surgery

🌍 Ideal For

Orthopedic Surgeons
Trauma Specialists
Hospitals & Trauma Centers
Medical Colleges
Healthcare Procurement Teams
Medical Device Distributors
OEM Manufacturing Partners
International Importers & Exporters

⭐ Why Choose NEOMETISS?

Premium Titanium orthopedic implants
Advanced CNC precision manufacturing
Superior fixed-angle locking technology
Excellent biocompatibility and corrosion resistance
Consistent dimensional accuracy
Trusted by orthopedic professionals worldwide
Ideal for hospitals, distributors, OEMs, and international procurement

🎥 Product Video

📥 Product Catalogue

📘

Download the Complete NEOMETISS Orthopedic Implant Catalogue

⬇ Download Product Catalogue

📞 Request a Quote Today

Partner with Surgestore for genuine NEOMETISS Orthopedic Implants. We supply premium orthopedic trauma implants to hospitals, surgeons, distributors, OEM partners, and international procurement organizations with reliable quality and worldwide delivery.

Visit: www.surgestore.in

Precision Engineering • Surgical Excellence • Global Distribution

2.4mm Locking Head Screw Self Taping Titanium