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3.5mm One Third Tubular Plate

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3.5mm One Third Tubular Plate Specification

Usage Type
Surgical, orthopedic procedures

Function
Internal bone fixation

Storage Instructions
Store in clean, dry, sterile conditions

Shelf Life
5 Years if properly stored

Accuracy
Precision machined for anatomical compatibility

Measurement Range
Lengths available: 4 to 12 holes

Instruments Type
Orthopedic Implant

Features
Low profile, anatomical fit, biocompatible, high strength, corrosion resistance, radiolucent for titanium

Equipment Type
Orthopedic Plate

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

Condition
New

Technology
Machined with precision engineering

Portable
Yes

Wall Mounted
No

Real-Time Operation
No

Noise Level
Silent

Operating Type
Manual (Implant by surgical procedure)

Use
Fracture fixation of long bones, especially humerus, radius, ulna

Dimension (L*W*H)
Available in various lengths (4, 6, 7, 8, 9, 10, 12 holes), Width: approx. 11 mm, Height: approx. 3.5 mm

Weight
Varies with length (approx. 620 g)

Color
Metallic (silver for stainless steel, metallic grey for titanium)

Surface Finish
Polished or matt

Compliance Standards
ISO 13485, CE Marked

Plate Thickness
Approximately 1.3 mm

Hole Type
Dynamic compression holes (oval/slotted shape)

Sterilization
Gamma or ETO or Autoclave

Hole Diameter
3.5 mm

Application Site
Forearm, fibula, and similar long bone fractures

Reusable
Single use only (disposable)

Compatible Screws
3.5 mm cortical bone screws

Plate Profile
One-third tubular shape

About 3.5mm One Third Tubular Plate

The 3.5mm One Third Tubular Plate is designed for internal fixation of small bone fractures, particularly where a thinner and more flexible implant is required. Its one-third tubular shape provides sufficient strength while maintaining a low profile to reduce discomfort and soft tissue complications. Advin Health Care manufactures this plate using medical-grade stainless steel or titanium to ensure high durability, biocompatibility, and corrosion resistance. Commonly used in trauma orthopedic procedures, this implant supports secure screw fixation and offers surgeons precision in delicate fracture management.
Advanced Features:

One-third tubular design ideal for small bone fixation
Low-profile and lightweight structure
Compatible with 3.5mm cortical screws
Suitable for fractures of fibula, ulna, clavicle, and forearm
Made from high-quality stainless steel or titanium
Corrosion-resistant and biocompatible material

Precision Engineering and Anatomical Compatibility

Machined using cutting-edge technology, the 3.5mm One Third Tubular Plate ensures accurate anatomical fit for various fracture locations. Its low-profile, curved design supports ease of placement along the bone, reducing procedure complexity and improving patient outcomes.

Material Choices for Optimal Outcomes

Offered in both stainless steel (316L/316LVM) and titanium, the plate accommodates diverse surgical requirements. Both materials guarantee superior strength and biocompatibility, while titanium offers radiolucency for clearer post-operative imaging and even better corrosion resistance.

Versatility in Fracture Fixation

Designed for use in the forearm, fibula, and similar long bones, the plate comes in sizes from 4 to 12 holes. Its dynamic compression holes facilitate controlled fracture compression, supporting bone healing in a variety of clinical situations.

FAQs of 3.5mm One Third Tubular Plate:

Q: How is the 3.5mm One Third Tubular Plate used during orthopedic surgery?

A: The plate is manually implanted by an orthopedic surgeon to stabilize and fix fractures of the forearm, fibula, or similar long bones. It is positioned along the bone and secured using 3.5mm cortical bone screws.

Q: What are the benefits of the dynamic compression holes in this plate?

A: Dynamic compression holes (oval/slotted shape) enable controlled fracture compression, promoting stable alignment and enhanced bone healing by allowing slight movement of screws during placement.

Q: When should this plate be used instead of other types of orthopedic plates?

A: This plate is ideal for treating fractures in long bones, especially when a low-profile, anatomical implant is needed to minimize soft tissue irritation and ensure a snug fit. It is best suited for the forearm, fibula, and similar anatomical sites.

Q: Where can this orthopedic plate be applied?

A: It is suitable for fractures of bones such as the radius, ulna, humerus, and fibulaessentially any long bone that benefits from internal fixation using a one-third tubular, dynamically compressive plate.

Q: What sterilization processes are compatible with this plate?

A: The plate can be effectively sterilized by Gamma radiation, Ethylene Oxide (ETO), or Autoclave processes to ensure safety and sterility before surgical use.

Q: How should the plate be stored before use?

A: Store the plate in clean, dry, sterile conditions as recommended to maintain its shelf life of up to 5 years and prevent contamination prior to surgery.

Q: What are the advantages of choosing titanium plates over stainless steel options?

A: Titanium plates are biocompatible, highly resistant to corrosion, and radiolucent, meaning they allow for clearer X-ray imaging compared to stainless steel plates, though both materials are strong and safe for surgical use.

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