Thumb Splint

Ohio is a splinting material that possesses excellent rigidity, moderate drape, and 100% memory.input:
output:Summaryinput:
output:Manosplint Ohio is a thermoplastic that is 100% memory and is designed for low temperatures. It is suitable for a variety of splints. Clear visibility of the target areas is facilitated by the translucency upon heating. Ohio's non-stick coating offers a glossy, smooth surface that permits temporary "pinch bonds" but does not permit permanent bonding unless the coating is removed.input:
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Other features include: 100% memory, moderate resistance to stretch, moderate drape, high rigidity, and resistance to finger prints.input:
output:Manosplint Ohio can be printed to create splints that are both entertaining and thrilling. Please choose a pattern from the options provided below or contact us if you require a custom design.Featuresinput:
output:Memory:100% Memory: can regain its original size and shape when fully reheated.input:
output:Resistance to Stretch (RTS):Moderate handling is characterized by the use of smooth strokes during the holding process. Forms effortlessly.input:
output:Drape:A conforming fit necessitates moderate pressure.input:
output:Rigidity:Maximum – robust assistance.input:
output:Bonding and Finishing:Coated material with a shiny finish that is resistant to fingerprints. Will not adhere to itself unless the coating is removed.input:
output:Perforations:Perforation options are available in solid, 1%, 11%, 12%, 15%, 19%, 36%, and 42%, contingent upon the material and thickness.input:
output:Thickness of the Material:1/8 inch (3.2mm), 3/32 inch (2.4mm), 1/12 inch (2.0mm), and 1/16 inch (1.6mm)input:
output:Colors:White, beige, and black are the available colors.input:
output:Clinical Applications Suggestions:Immobilization orthoses are used to treat a wide range of diagnoses, including pediatrics, tendon injuries, fractures, arthritis, and neurological diagnoses. They are used on the wrist, thumb, and hand.

Serialstatic approach or foundation for dynamic and static progressive designs in mobilization orthoses