Contoured to perfectly match the anatomical curvature of the humerus, enabling secure multi-planar and multi-angle locking. Precisely targets the humeral calcar for maximum stability.

Expertly balances minimally invasive biomechanics. Safely preserves the periosteal blood supply, reduces tissue injury, and significantly accelerates postoperative bone healing.

Offers broader applicability across trauma surgery, effectively covering multi-segmental, comminuted, pathological, and complex revision fracture procedures.

Axial Stability for Fracture Healing

Provides superior axial fixation to maintain both axial and rotational stability at the fracture site, accelerating the healing process for severe humerus fractures.

Anatomic Compression Locking

Features advanced proximal dual-screw nesting with multi-planar locking fixation, exclusively designed to conform to complex anatomical structures of the shoulder.

Anatomical Multi-Planar Design

Conforms seamlessly to the natural curvature of the humerus, enabling multi-planar and multi-angular locking for robust implant-to-bone load distribution.

Surgical Targeting Precision

Compatible with our high-precision targeting guides, ensuring that minimally invasive biomechanics are utilized to preserve crucial blood supply to the bone.

GB/T 13810-2017 & TC4 Titanium

• ✓ All orthopedic implants use titanium alloy conforming to GB/T 13810-2017.

• ✓ Qualified for TC4 production, ensuring superior mechanical properties and biocompatibility.

• ✓ Mechanical tests are stringently archived for 3+ years, ensuring full traceability.

• ✓ Maintained at a ≥98.9% quality pass rate via an advanced factory control system.

Sub-Micron CNC Machining

• ✓ Products undergo rigorous fine polishing, grinding, and oxidation.

• ✓ CNC Turning, Milling, and Wire EDM executed for sub-micron surgical accuracy.

• ✓ Advanced Anodizing, Electropolishing, and Matte/Mirror Finishing techniques.

• ✓ High-strength joining and meticulous fitting of complex locking components.