Call us now :08045802574
Send Inquiry
Small T Plate Locking Right Angle 3.5 mm
Product Details:
- Material Steel
- Sterilized No
- Flexible No
- Soluble No
- Grade Industrial
- Color Silver
- Click to View more
X
Small T Plate Locking Right Angle 3.5 mm Price And Quantity
- 10 Piece
Small T Plate Locking Right Angle 3.5 mm Product Specifications
- No
- Silver
- Steel
- No
- Industrial
- No
Small T Plate Locking Right Angle 3.5 mm Trade Information
- 1000 Piece Per Week
- 7 Days
Product Description
The Orthopedic Small T Locking Plate is designed for stable fixation of small bone fractures, especially near bone ends. Made from high-strength, biocompatible titanium, it offers excellent durability and corrosion resistance. Its T-shaped, low-profile design allows precise positioning, while the locking screw holes provide secure, angular-stable fixation to support reliable healing. This plate is ideal for trauma and reconstructive orthopedic procedures.Precision Engineering in Orthopedic Care
This right-angle locking T plate features exact 3.5 mm dimensions, ensuring optimal compatibility with various bone structures. Its robust steel composition offers excellent strength, supporting long-term bone stabilization without risk of corrosion or material degradation, making it a preferred choice for orthopedic surgeons.
Reliable Supply from India's Leading Exporter
As an established manufacturer and supplier based in India, we offer consistent export capabilities, delivering Small T Plate Locking Right Angle 3.5 mm worldwide. Each plate is meticulously crafted in advanced facilities, guaranteeing high performance for demanding clinical applications.
FAQ's of Small T Plate Locking Right Angle 3.5 mm:
Q: How is the Small T Plate Locking Right Angle 3.5 mm used in medical procedures?
A: This plate is employed by surgeons for the stabilization of fractured or damaged bones, particularly in areas requiring angled locking support. It is fixed to the bone using compatible screws, providing rigid immobilization to support proper healing.Q: What materials are used to manufacture the Small T Plate Locking Right Angle 3.5 mm?
A: The plate is constructed from industrial-grade steel, known for its durability, strength, and resistance to corrosion, ensuring long-lasting performance in orthopedic surgeries.Q: When should the Small T Plate Locking Right Angle 3.5 mm be used?
A: It is ideally used during orthopedic surgeries involving trauma or fractures where right angle, stable locking plates are necessary for proper bone alignment and healing.Q: Where is this T plate manufactured and exported from?
A: This product is manufactured and exported from India by a reputable supplier known for adhering to stringent quality standards and global medical requirements.Q: What is the process for preparing this plate for use in surgery?
A: Since the plate is not delivered sterile, it must undergo proper sterilization-such as autoclaving-at the healthcare facility before being used in surgical settings.Q: What are the benefits of using a non-flexible, non-soluble steel T plate in orthopedic applications?
A: A non-flexible and non-soluble steel T plate provides unwavering support to bones, maintains precise anatomical alignment, and does not dissolve or deform over time, ensuring reliable healing and reduced risk of post-operative complications.Q: How does sourcing from an Indian manufacturer benefit healthcare providers?
A: Sourcing from a leading Indian manufacturer ensures access to quality-assured, cost-effective orthopedic implants backed by efficient global logistics and responsive customer support.Tell us about your requirement
Price:
Quantity
Select Unit
- 50
- 100
- 200
- 250
- 500
- 1000+
Additional detail
Mobile number
Email
Other Products in 'Locking Implants' category
Send InquiryOur Products
402, Kaliandas Udyog Bhavan, Sadanand Hasu Tandel Street, Century Bazar, Prabhadevi,Mumbai - 400025, Maharashtra, India
Mr Govind Singh
(DIRECTOR)
Mobile :08045802574
Send Inquiry
Send SMS
Call Me Free
Developed and Managed by Infocom Network Private Limited.
