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Orthopedic Equipment
Safex Ankle Braces
Ankle braces are orthopedic devices designed to provide support, stability, and protection to the ankle joint. They are commonly used for various purposes, including injury prevention, rehabilitation, and management of ankle conditions such as sprains, strains, or instability.
There are several types of ankle braces available, each with its own design and features:
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Lace-up Ankle Braces: These braces resemble athletic shoes and feature a lace-up design that provides adjustable compression and support to the ankle. They are often made of durable materials such as nylon or neoprene and are suitable for mild to moderate ankle injuries.
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Strap-style Ankle Braces: Strap-style ankle braces typically consist of adjustable straps that wrap around the ankle to provide targeted support and compression. They are lightweight and low-profile, making them suitable for use during physical activities or sports.
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Hinged Ankle Braces: Hinged ankle braces feature built-in hinges on either side of the ankle joint, providing additional stability and restricting excessive ankle movement. They are often recommended for more severe ankle injuries or for individuals with chronic ankle instability.
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Sleeve-style Ankle Braces: Sleeve-style ankle braces are made of stretchy, breathable materials that slip over the foot and ankle like a sock. They provide mild to moderate compression and support and are suitable for everyday use or as a preventive measure during physical activities.
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Custom Ankle Braces: In some cases, custom-made ankle braces may be prescribed by healthcare professionals for individuals with specific ankle conditions or unique anatomical features. These braces are typically molded to fit the individual's foot and ankle precisely, providing maximum support and comfort.
Spinal Implants Titanium
Material | titanium6al-4v |
Brand | orbitol |
Usage/Application | Spine Surgery |
Color | Multi color |
Design | Self Tapping |
Country of Origin | Made in India |
Spinal implants are used to facilitate fusion, correct deformities, and stabilize and strengthen the spine.We provide spinal implants, which is acknowledged for durability and precision. Developed using quality tested raw material, our range of spinal implants is mainly used for healing spinal fractures. These are available in varied specification to suit the requirement of surgeon.
Features And Benefits:
Note: "These products will be available for sale only after obtaining required certifications and approvals," e.g., FDA, CE, CDSCO etc
3.5mm Cortex Screw for Orthopedic bone screws
Size | 10 to 100mm |
Brand | Orbitol |
Length | 10 to 100mm |
Thickness | 3.5mm |
Material | Stainless Steel |
Diameter | 3.5mm |
Drill Bit For Gliding Hole | 2.5mm |
Hexagonal Socket Width | 2.5mm |
Threaded Diameter | 3.5mm |
Use Drills Diameter | 2.5mm |
Country of Origin | Made in India |
3.5mm Cortex Screws are commonly used orthopedic implants designed for fracture fixation in various bones. These screws provide secure fixation by engaging the cortical bone, which is the dense outer surface of the bone. They are widely used in trauma and reconstructive surgeries, either independently or with plates.
3.5mm Cortex Screws are commonly used orthopedic implants designed for fracture fixation in various bones. These screws provide secure fixation by engaging the cortical bone, which is the dense outer surface of the bone. They are widely used in trauma and reconstructive surgeries, either independently or with plates.
Key Features of 3.5mm Cortex Screws-
Design:
- Fully Threaded: Provides maximum bone purchase.
- Partially Threaded (lag screws): Allows compression across the fracture site.
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Material:
- Stainless Steel: Durable, corrosion-resistant, and cost-effective.
- Titanium: Lightweight, biocompatible, and MRI-compatible.
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Screw Length:
- Typically available in lengths ranging from 10mm to 50mm in 2mm increments. Longer lengths may also be available for specific cases.
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Thread Pitch:
- Fine pitch suitable for cortical bone to provide optimal purchase and minimize bone damage.
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Head Design:
- Hexagonal Head: Ensures secure engagement with the screwdriver and reduces the risk of stripping.
- Low-profile head: Minimizes soft tissue irritation.
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Compatibility:
- Designed for use with 3.5mm locking plates, dynamic compression plates (DCP), and other orthopedic systems.
- Indications for Use
- Bone Fractures:
- Fixation of cortical bone fractures in long bones like the femur, tibia, humerus, and radius.
- Plate Fixation:
- Used to secure plates to the bone during fracture fixation.
- Lag Screw Technique:
- Achieves compression across fracture sites for faster healing.
- General Trauma Cases:
- Non-specific fractures requiring cortical bone stabilization.
- Surgical Benefits
- Strong Fixation:
- The fine-threaded design ensures solid engagement with cortical bone.
- Versatility:
- Compatible with various orthopedic implants, including plates and other screws.
- Minimal Soft Tissue Interference:
- Low-profile head reduces irritation post-surgery.
- Biocompatibility:
- Titanium screws ensure reduced allergic reactions or infections.
- Standard Dimensions
- Diameter: 3.5mm (nominal size).
- Head Diameter: Approximately 6.0mm.
- Screwdriver Size: Hexagonal or Torx driver (commonly 2.5mm or 2.7mm for compatibility).
- Strong Fixation:
- Bone Fractures:
Note: "These products will be available for sale only after obtaining required certifications and approvals," e.g., FDA, CE, CDSCO etc