The 3.5mm Reconstruction Locked Plate represents advanced orthopedic technology specifically engineered for distal humerus and clavicle fracture management. Manufactured from medic...

The 3.5mm Reconstruction Locked Plate represents advanced orthopedic technology specifically engineered for distal humerus and clavicle fracture management. Manufactured from medical-grade stainless steel or titanium, this implant features precisely engineered holes ranging from 5mm to 12mm to accommodate diverse surgical requirements. The locked plating system delivers exceptional angular stability through fixed-angle constructs, significantly enhancing mechanical performance compared to conventional plating systems. This sophisticated design minimizes plate-to-bone compression while preserving periosteal blood flow, thereby promoting natural bone healing processes. The implant's low-profile architecture reduces soft tissue irritation while maintaining sufficient structural integrity for weight-bearing bones. Each plate undergoes rigorous quality verification to ensure dimensional accuracy, optimal surface finish, and mechanical properties that consistently meet international medical device standards.

Orthopedic specialists across multiple healthcare environments utilize these reconstruction plates in trauma surgery, sports medicine, and complex fracture management scenarios. Trauma centers maintain consistent inventory for emergency cases involving high-impact injuries from accidents, falls, or sports-related incidents. Specialty orthopedic hospitals employ these implants in scheduled procedures addressing non-union fractures, corrective osteotomies, or complex reconstructive needs. The medical device demonstrates particular value in teaching institutions where surgical residents develop advanced fracture fixation techniques. Distributors supply these plates to both public healthcare systems and private surgical centers, ensuring availability for patients requiring specialized orthopedic interventions. The product also serves critical functions in orthopedic oncology for reconstruction following tumor resection where bone integrity restoration is paramount.

Business partners benefit from dependable supply chain relationships that guarantee consistent product availability for their healthcare clients. The dual material option encompassing both stainless steel and titanium provides adaptability to meet varying hospital preferences and specific patient needs, including considerations for MRI compatibility. The product's adherence to international medical standards facilitates streamlined import/export processes and regulatory acceptance across global markets. Long-term reliability minimizes warranty claims and sustains customer satisfaction, while the demonstrated clinical performance builds confidence with surgical teams who rely on these implants for critical procedures. The proven track record in diverse clinical settings reinforces the product's position as a trusted solution in orthopedic trauma management.

Key Features:
- Medical-grade stainless steel and titanium material options
- Multiple hole configurations from 5mm to 12mm diameter
- Advanced locking plate technology for angular stability
- Low-profile design minimizing tissue irritation
- Precision manufacturing ensuring consistent quality

Benefits:
- Enhanced mechanical stability for complex fractures
- Surgical flexibility across various anatomical requirements
- Reduced risk of implant failure in challenging cases
- Improved patient comfort through minimal tissue contact
- Reliable performance backed by quality manufacturing