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Wire mesh splints, commonly known as wire mesh orthopedic splints, provide support and stability for fractured bones. These adjustable and moldable splints are designed to accommodate different medical needs. When secured with gauze or ace bandages, they effectively immobilize injured areas for optimal healing. Below are some types of splints available on the market:
These splints are recommended for scaphoid bone fractures, which occur on the radial side of the wrist. Medical professionals use traditional wire mesh splints in plaster form for this type of injury. These medical-grade splints help reduce pain and discomfort while stabilizing the injury for faster recovery.
The Colles fracture involves breaking the distal end of the radius, which results in a characteristic outward bend of the wrist. To treat this fracture, healthcare providers typically use wire mesh splints. They help hold the broken bone in place and ensure that the wrist remains stable and comfortable during the initial healing process.
The volar splint is placed on the palmar side of the hand, targeting the wrist and hand's volar aspects. It is often used for injuries like wrist sprains or fractures, particularly to support the palmar side of the wrist and hand securely. Wire mesh splints are common for those who need a lightweight but effective solution, as they can easily be molded to fit the unique contours of the volar side of the hand and wrist.
A sugar tong splint is designed to immobilize and restrict movement at the ends of an injured limb. The splinting materials encircle the injured limb and extend over the joints above and below, resembling a "tong" shape. When made from wire mesh, the splint is both sturdy and adjustable while providing excellent support for complex fractures, such as those affecting the wrist or the distal radius/ulna.
Wire mesh splints are made with various materials to simultaneously provide durability and flexibility. Below are the commercial materials used to construct wire mesh splints:
Wire mesh splint-makers often offer a range of customization options so that the splint can meet specific user requirements. Here are the most common customizations:
Many splints are adjustable using hook-and-loop fasteners, tension straps, or sliding cord locks. This allows the splint to fit securely at various size settings. It enables the user to make quick adjustments to the splint without needing extra tools or components.
The core of many wire mesh splints consists of bendable aluminum or stainless steel. Users can easily shape these rods to conform to specific body parts like wrists, hands, or joints. The wire allows users to create multiple custom curves and angles, ensuring the splint comfortably fits each individual's unique anatomy.
Splints often include the option to add custom padding made from foam, gel, or other materials. Users can select padding thickness to match their comfort preferences or medical requirements, such as pressure relief or increased stability.
Certain splints come with adjustable tension or fastening systems that enable users to control the level of immobilization. This can be especially useful for injuries in different recovery stages, allowing for graduated support.
Splint makers can add extra elements like elastic bands, additional padding, or specialized belts that attach to the splint. These accessories can help the splint perform better for specific injuries by providing more or less compression and support where needed.
Customers can request various finishes for the splint to meet aesthetic or functional needs. Polishing the metal makes the splint look sleek and shiny but reduces grip. A matte finish can improve the splint's texture, making it easier to hold and handle or giving it a more professional look.
Selecting the right wire mesh splint for clients involves considering a range of functional, medical, and comfort-related factors. Below are some tips that will guide buyers when purchasing these orthopedic splints:
A1. To help their clients, buyers should get splints that they can apply without special tools, like designs that wrap around injury posts. Also, they should seek splints that doctors will use for various injuries, like fractures or wrist breaks, such as the dorsal and palmar splints.
A2. Buyers should avoid getting splints that require special tools to apply and aren't flexible. They should also avoid lightweight splints that compromise the comfort of the intended clients.
A3. The typical MOQ for wire splint mesh is 100 pieces. However, the specific requirements usually determine the order thresholds.
A4. New wire mesh splints are generated daily. This allows manufacturers to update their models to incorporate feedback.
A5. Yes, they are often affordable, making them pragmatic for clinics. Buyers can get even better deals when ordering in bulk.
A6. Around 7 to 14 days seem like standard numbers for data shipments. However, the time frame can shift based on the order's size and stock availability.
