Modern spinal hooks represent the pinnacle of biomechanical engineering. Unlike pedicle screws, spinal hooks utilize the natural architecture of the lamina and transverse processes to provide stable fixation. Our hooks are crafted from Medical Grade 5 Titanium and PEEK, ensuring biocompatibility and MRI compatibility.
From laminar hooks to pedicle and transverse process variants, our design philosophy focuses on "Anatomic Fit." This reduces operative time by minimizing the need for excessive bone contouring, thereby preserving the structural integrity of the patient's vertebrae.
We adhere to strict international standards including ISO 13485, CE certification, and NMPA guidelines. Our products undergo rigorous fatigue testing and pull-out strength analysis to ensure safety in long-segment spinal reconstructions.
Established in 2015, Shenzhen Weed Medical Apparatus Co., Ltd. is a titan in the medical device sector. We maintain profound technical cooperation with global consumable manufacturers, ensuring our materials exceed industry benchmarks.
Our operation spans direct sales and a robust distribution network, specializing in absorbable materials, shape memory alloys, and 3D-printed orthopedic consumables. With a reputation anchored in reliability, we serve over 200 hospitals in Sichuan and export to 30+ countries.
Our location in the heart of China’s medical tech hub allows for seamless integration of raw material sourcing (high-purity titanium) and advanced CNC machining. This leads to a 30-40% cost efficiency compared to European manufacturers without sacrificing micron-level precision.
We provide localized regulatory support for global distributors, assisting with local health ministry registrations and providing multilingual surgical manuals and training materials.
The spinal surgery market is shifting toward Minimally Invasive Surgery (MIS). Our latest spinal hook generations are designed for smaller incision portals, reducing blood loss and recovery time.
Our technical department collaborates with university professors and frontline clinicians to solve common surgical challenges through data-driven manufacturing.
Beat Automatic Detector
Precision Salt Spray Tester
Radial Jump Meter
CCD Test Device
Magnifier Inspection
Length Measurement Lab
2D Projector
Surface Finish Instrument
Modern Inspection Workshops
In pediatric deformity cases where pedicles may be too narrow for screws, spinal hooks offer a safer anchoring alternative on the lamina, providing excellent derotation force.
Used in stabilization of thoracic fractures where posterior elements are intact, allowing for rapid fixation and early patient mobilization.
When screw tracks are compromised, hooks act as "rescue implants," providing new fixation points in existing construct failures.
Weed Orthopedic Implants
