The 2.0mm 2.7mm & 3.5mm Cortical Screw Box is a professional orthopedic implant storage solution designed to organize, protect, and provide easy access to commonly used fixation screws during surgical procedures. This screw box system is specifically developed for managing 2.0mm, 2.7mm, and 3.5mm cortical and locking screws, making it an essential component for orthopedic trauma departments, surgical centers, and implant preparation facilities.
Orthopedic screw organization plays an important role in maintaining efficient surgical workflows. During fracture fixation and reconstructive procedures, surgeons require quick and accurate access to different screw types and sizes. This dedicated cortical and locking screw storage box helps maintain proper implant arrangement by keeping screws separated, visible, and ready for use. The organized layout reduces preparation time and supports improved inventory management within operating rooms.
Designed for small fragment fixation systems, this screw box accommodates a range of commonly used orthopedic screws, including 2.0mm cortical screws, 2.7mm cortical and locking screws, and 3.5mm cortical and locking screws. These screws are frequently used in procedures involving small bones, periarticular fractures, trauma fixation, and reconstructive orthopedic applications. Having multiple screw diameters organized in one system allows surgical teams to efficiently prepare implants according to procedural requirements.
The durable construction of the 2.0mm, 2.7mm & 3.5mm Cortical & Locking Screw Box provides reliable performance in demanding medical environments. The design helps protect orthopedic implants from damage, contamination, and improper handling during storage and transportation. Its structured compartment system keeps each screw category properly arranged, allowing surgeons and healthcare professionals to identify the required implant quickly during surgery.
This orthopedic screw box supports professional implant management by improving organization and reducing the risks associated with loose screw storage. Separate placement areas help prevent mixing of different screw sizes and types, ensuring accurate implant selection during procedures. The compact and efficient design allows easy integration into orthopedic instrument trays, sterilization systems, and surgical storage areas.
The cortical and locking screw box is suitable for a wide range of orthopedic applications, including fracture fixation, trauma surgery, small fragment plating procedures, hand and foot surgery, reconstructive procedures, and orthopedic implant preparation. Cortical screws provide compression and stable fixation, while locking screws offer angular stability when used with compatible locking plate systems.
This screw storage solution is designed for hospitals, orthopedic clinics, trauma centers, and surgical facilities that require dependable implant organization. Its professional design supports modern surgical practices by helping maintain clean, efficient, and well-managed implant preparation workflows.
By providing organized storage for multiple screw diameters, the 2.0mm, 2.7mm & 3.5mm Cortical & Locking Screw Box helps improve operating room efficiency and ensures that essential fixation components are available when needed. It is a practical and reliable accessory for orthopedic professionals who require precision, accessibility, and effective implant management.
Key Features
- Professional orthopedic screw storage box for cortical and locking screws
- Designed for 2.0mm, 2.7mm, and 3.5mm screw systems
- Suitable for small fragment orthopedic fixation applications
- Provides organized separation of different screw sizes and types
- Helps improve implant inventory control and surgical preparation
- Protects screws from contamination and handling damage
- Ideal for trauma surgery and fracture fixation procedures
- Compatible with orthopedic plating and fixation systems
- Compact design for efficient storage in surgical environments
- Allows quick identification and accessibility of screws
- Supports professional implant management workflows
- Suitable for hospitals, trauma centers, and orthopedic clinics
Product Specifications Table
| Product Name | 2.0mm, 2.7mm & 3.5mm Cortical & Locking Screw Box |
|---|---|
| Product Type | Orthopedic Screw Storage Box |
| Screw Compatibility | 2.0mm, 2.7mm & 3.5mm Cortical and Locking Screws |
| Application | Orthopedic Trauma, Fracture Fixation, Small Fragment Surgery |
| Design | Organized Compartment Screw Storage System |
| Material | Medical-Grade Durable Construction |
| Usage | Surgical Implant Organization and Storage |
| Suitable For | Orthopedic Hospitals, Trauma Centers, Surgical Clinics |
| Screw Types | Cortical Screws and Locking Screws |
| Features | Secure Storage, Easy Identification, Implant Organization |
| Maintenance | Easy Cleaning and Clinical Handling |
FAQs
1. What is the 2.0mm, 2.7mm & 3.5mm Cortical & Locking Screw Box used for?
The screw box is used for organized storage, protection, and management of orthopedic cortical and locking screws used in fracture fixation and trauma procedures.
2. Which screws can be stored in this orthopedic screw box?
It is designed to organize 2.0mm, 2.7mm, and 3.5mm cortical screws and locking screws used in small fragment orthopedic procedures.
3. Why is screw organization important in orthopedic surgery?
Proper screw organization helps reduce preparation time, prevents implant mixing, and allows surgeons to quickly select the required fixation component.
4. Is this screw box suitable for trauma and fracture fixation procedures?
Yes, it is suitable for trauma surgery, small fragment plating, reconstructive procedures, and orthopedic fixation applications.
5. What are the advantages of using a dedicated cortical and locking screw storage box?
A dedicated screw box improves implant protection, inventory management, accessibility, and surgical workflow efficiency.
6. Can this screw box be used with orthopedic implant systems?
Yes, it is designed to support organization of screws commonly used with orthopedic plates and fixation systems.
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