The 2.7mm 3.5mm 4.0mm Screw Sterilization Case Aluminum is a professional orthopedic implant storage and sterilization solution designed to organize and protect fixation screws used in trauma and reconstructive orthopedic procedures. This specialized screw box system provides surgeons, operating room staff, and implant technicians with a reliable method for arranging different screw sizes, maintaining sterilization standards, and improving surgical workflow efficiency.
Designed specifically for orthopedic applications, this aluminum sterilization case accommodates 2.7mm, 3.5mm cortical screws, and 4.0mm screws, allowing precise organization of commonly used fixation implants. Proper screw organization is essential during orthopedic procedures, where quick identification and accessibility of implants can significantly improve operating room efficiency. The integrated rack system keeps screws securely positioned, separated by size and specification, reducing preparation time and minimizing the risk of implant selection errors.
Manufactured from high-quality aluminum, this orthopedic screw sterilization case offers excellent durability while maintaining a lightweight structure for easy handling. Aluminum construction provides resistance against corrosion, repeated sterilization cycles, and demanding hospital environments. The robust design helps protect valuable orthopedic implants from contamination, impact, and improper storage during transportation and preparation.
The case is engineered to support modern sterilization requirements and is suitable for repeated autoclave processing when used according to recommended healthcare sterilization protocols. The organized rack layout allows effective steam circulation around stored components, supporting proper sterilization performance. Its reusable design makes it a cost-effective and environmentally responsible choice for orthopedic departments, surgical centers, and medical implant facilities.
The 2.7mm, 3.5mm Cortical & 4.0mm Screws Box is ideal for use with orthopedic plating systems, fracture fixation procedures, small and medium fragment implant systems, and trauma surgery applications. Cortical screws are commonly used for bone fixation due to their strong purchase in cortical bone, making proper storage and availability essential during procedures involving plates, screws, and fixation devices.
The internal rack system provides organized placement of screws according to diameter, length, or implant category. This helps maintain inventory control and allows surgical teams to quickly locate required implants. The secure case design also supports safe transportation between sterilization departments, storage areas, and operating rooms.
This aluminum sterilization case is suitable for hospitals, orthopedic clinics, trauma centers, and surgical instrument management departments requiring dependable implant organization solutions. It helps maintain cleanliness, improve surgical preparation, and extend the usability of orthopedic implant inventory by providing a dedicated storage environment.
With its combination of lightweight aluminum construction, organized screw rack design, sterilization compatibility, and professional orthopedic application, the 2.7mm, 3.5mm Cortical & 4.0mm Screws Box, Rack, Sterilization Case Aluminum is an essential accessory for efficient implant handling and sterile surgical preparation.
Key Features
- Professional aluminum sterilization case for orthopedic screw storage and organization
- Designed for 2.7mm, 3.5mm cortical, and 4.0mm screw systems
- Integrated rack design keeps screws arranged and easily accessible
- Made from durable lightweight aluminum construction
- Supports repeated sterilization cycles for hospital and surgical use
- Helps maintain implant organization and inventory control
- Protects orthopedic screws from contamination and handling damage
- Suitable for trauma surgery, fracture fixation, and orthopedic procedures
- Provides efficient operating room preparation and workflow management
- Designed for reusable professional medical applications
- Compatible with orthopedic implant storage requirements
- Easy handling, cleaning, and maintenance design
Product Specifications Table
| Product Name | 2.7mm, 3.5mm Cortical & 4.0mm Screws Box, Rack, Sterilization Case Aluminum |
|---|---|
| Product Type | Orthopedic Screw Storage & Sterilization Case |
| Application | Trauma Surgery, Orthopedic Implant Storage |
| Compatible Screws | 2.7mm, 3.5mm Cortical Screws, 4.0mm Screws |
| Material | Medical-Grade Aluminum |
| Design | Screw Box with Internal Rack System |
| Sterilization | Autoclave Compatible |
| Usage | Reusable Surgical Implant Organization |
| Features | Screw Separation, Protection, Sterile Storage |
| Suitable For | Orthopedic Hospitals, Trauma Centers, Surgical Clinics |
| Maintenance | Easy Cleaning and Sterilization |
FAQs
1. What is the purpose of a 2.7mm, 3.5mm Cortical & 4.0mm Screws Sterilization Case?
This orthopedic screw sterilization case is designed to organize, store, protect, and sterilize fixation screws used in orthopedic and trauma surgery procedures.
2. Which screws can be stored in this aluminum screw box?
The case is designed for organizing 2.7mm screws, 3.5mm cortical screws, and 4.0mm screws used in orthopedic fixation applications.
3. Is this orthopedic screw rack suitable for autoclave sterilization?
Yes, the aluminum sterilization case is designed for repeated professional sterilization processes when used according to standard medical guidelines.
4. Why use an aluminum sterilization case for orthopedic implants?
Aluminum provides a lightweight yet durable solution that helps protect implants while supporting repeated sterilization and handling in surgical environments.
5. Can this screw box be used in trauma and orthopedic surgery?
Yes, it is suitable for trauma fixation, fracture management, plating procedures, and orthopedic implant preparation.
6. How does the internal rack improve surgical workflow?
The rack keeps screws organized by size and type, allowing surgeons and operating room staff to quickly identify and access the required implant during procedures.

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