3.5mm Small Locking Plates

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3.5mm Small Locking Plates Specification

Usage Type
Reusable

Function
Provides stable internal fixation for bone fractures

Shelf Life
5 Years (if stored properly)

Instruments Type
Orthopedic Implant

Features
Anatomical design, locking holes for 3.5mm screws, corrosion resistance, rounded edges

Storage Instructions
Store in a dry, sterile environment

Equipment Type
Orthopedic Locking Plate

Material
Stainless Steel (316L/316LVM) or Titanium Alloy

Condition
New

Technology
CNC Machined/Precision Milling

Portable
Yes

Wall Mounted
No

Operating Type
Manual Placement by Surgeon

Use
Fracture Fixation

Dimension (L*W*H)
Varies (Different hole counts: 4, 6, 8, 10, 12 holes; Width usually 10-14mm; Thickness approx. 3.5mm)

Weight
Depends on size; approximately 15-40g

Color
Metallic Silver or Titanium Grey

Screw Compatibility
3.5mm locking and cortical screws

Number of Holes
Available from 4 to 12 holes

Radiolucency
No (metallic material)

Compliance Standard
ISO 13485, CE Marked

Surface Finish
Electropolished

Sterilization Method
Autoclavable

Plate Profile
Low-Contact, Anatomical Contouring

Hole Type
Combi (Locking and Compression slots)

About 3.5mm Small Locking Plates

The 3.5mm Small Locking Plates are widely used for stabilizing fractures in small bones, especially in the forearm, wrist, and other delicate anatomical areas. Locking plate technology provides angular stability by securing screws into the plate, minimizing the risk of implant failure. Advin Health Care manufactures these plates under strict quality standards, ensuring biocompatibility, mechanical strength, and reliable performance. These plates support accurate bone alignment, secure fixation, and promote faster healing with improved patient outcomes.

Advanced Features:

3.5mm size suitable for small bone fixation
Locking screw mechanism ensures angular stability
High-quality stainless steel construction for durability and corrosion resistance
Ideal for forearm, wrist, and small bone trauma orthopedic surgeries

Anatomically Contoured Precision

These 3.5mm Small Locking Plates are intelligently contoured to match bone anatomy, allowing for secure and stable fracture fixation. The low-contact design aids in preserving periosteal blood supply, reducing the risk of bone necrosis and promoting faster healing.

Versatile Fixation Capabilities

The combi holes are engineered to accept both compression and locking screws, offering flexibility during surgical placement. Surgeons can easily switch between approaches depending on fracture patterns or bone quality, maximizing treatment outcomes.

Durability and Compliance

Manufactured using premium-grade Stainless Steel (316L/316LVM) or Titanium Alloy, these plates undergo precision CNC machining and electropolishing. They meet stringent ISO 13485 and CE certification requirements, ensuring consistent quality and safety.

FAQs of 3.5mm Small Locking Plates:

Q: How are the 3.5mm Small Locking Plates utilized during orthopedic surgery?

A: These plates are manually placed by the surgeon over the fractured bone, contoured to the anatomy, and fixed using compatible 3.5mm locking or cortical screws. They provide rigid stabilization to facilitate proper bone healing.

Q: What material options are available for the 3.5mm Small Locking Plates?

A: The plates are manufactured using medical-grade Stainless Steel (316L/316LVM) or Titanium Alloy, both known for their strength, corrosion resistance, and biocompatibility.

Q: When should a surgeon choose a plate with more holes (e.g., 10 or 12)?

A: Plates with a greater number of holes are chosen for longer or more complex fractures, allowing for broader coverage and multiple screw fixation points to enhance stability.

Q: Where should these plates be stored before use?

A: They should be stored in a dry, sterile environment to maintain their integrity and prevent contamination. Adhering to correct storage instructions extends the products shelf life and preserves its reusable quality.

Q: What is the sterilization process for these orthopedic implants?

A: The 3.5mm locking plates are designed to be autoclavable, ensuring effective sterilization and reducing infection risk when reused according to recommended guidelines.

Q: What benefits does the anatomical contouring provide?

A: Anatomical contouring helps the plate precisely fit the bone surface, minimizing soft tissue irritation, promoting better fracture alignment, and enabling quicker patient recovery.

Q: Are these plates radiolucent for imaging purposes?

A: No, as they are composed of metallic materials, these plates are not radiolucent. However, their design allows visibility in imaging studies, aiding verification of placement and healing progress.

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