Manosplint Montana Cases

Manosplint Montana Cases

From: $312.00

Manosplint Montana Cases

Choose your desired quantity of Montana Case. Montana is a Manosplint splinting material with moderate memory and maximum rigidity.

Choose your preferred thickness, perforation, size and case amount below.

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    Description

    Manosplint Montana Cases

    Choose your preferred case amount of our Manosplint Montana Material.

    Manosplint Montana edges beautifully with moderate drape and has an uncoated slightly sticky surface when warm.

    The surface finish and edging leaves sealed, smooth edges when cut warm.

    Available in white.

    Memory:

    Moderate memory allows for light modifications and edge finishing.

    Resistance to stretch (RTS):

    High – can be handled firmly.

    Drape:
    Low drape enables material to be handled firmly and is ideal for larger splints.

    Rigidity:
    High. Carolina holds shape against the pull of the patient or dynamic components.
    Bonding & Finish:
    This non-coated material is slightly sticky and stays in place during application. It will easily form a permanent bond during orthosis fabrication. The firm material resists fingerprints to give a smooth, matt finish. The edges ‘self seal’ easily if the material is cut when still warm.
    Colors:
    The base material is provided in white only, however it may be printed with any design. (Printing is provided on the ‘Demi’ 30.5 x 46cm size only).

    Perforations:
    Available as solid or 1% perforation

    Sizes & Thicknesses:
    Available in 3 sizes: Demi (30.5 x 46cm), Standard (46 x 61cm) and Large (61 x 92cm)
    Available in 3.2mm thickness only.

    Suggested uses:

    Spasticity Splints, Dynamic Splints, Large Splints, Trunk Immobilization, Fracture Bracing.

    Suggested Clinical Applications:

    • Immobilization splints: wrist, thumb and hand; wide variety of diagnoses including pediatrics, tendon injuries, fractures, arthritis and neurological diagnoses.
    • Mobilization splints: serial static approach or base for dynamic and static progressive designs.
    • Circumferential designs.

    Other:
    This material is latex free