This page contains educational information on our splinting materials.
Learn more about orthotic fabrication with our materials by browsing the instructional videos, the guides for fabrication of static and dynamic splints and frequently asked questions, or look up the upcoming workshops in your area.
Unique Orthoses for the Proximal Inter-phalangeal (PIP) Joint
A video tutorial
The Proximal Inter-phalangeal or PIP joint is a hinge joint that is normally kept in alignment by a soft-tissue envelope consisting of the joint capsule, the volar plate, the collateral ligaments, and the central slip. These soft tissue structures form a tight-fitting “box” within a very small…
The radial nerve is the terminal continuation of the posterior cord of the brachial plexus. It contains fibers from nerve roots C5 – T1. From the axilla region, the radial nerve travels down the arm and innervates the triceps muscle. The radial nerve then descends down the arm,…
Deborah A. Schwartz, OTR/L, CHT is a hand therapist with over 36 years of experience.
Debby presents on a variety of hand therapy topics both at national and international conferences and has written a number of articles for hand therapy publications. She teaches orthotic fabrication courses featuring innovative immobilization and mobilization orthoses for all applications.
Contact Debby Schwartz at firstname.lastname@example.org to see how you can set up a training at your facility and earn valuable continuing education credit.
Select from a variety of immobilization and/or mobilization orthoses to create a custom workshop to meet your clinical requirements.
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The following are some basic principles, which will help you choose the right orthosis for a given prescription.
Static hand splints are often used to support normal anatomical hand arches. These are resting splints which are normally fitted volarly thereby offering pleasant resting comfort. Immobilization splints to replace plaster casts are best made circumferentially. Static corrective splints are particularly suitable to assist the growth of shortened tissues (muscles, skin), to make joints move freely again. Static splints are also prescribed to stabilize joints.
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Hand resting splint
Positioning or resting of the wrist, hand and fingers.
Dynamic splints are characterized by their mobility and their energy which is derived from elastics, springs fixed on good static splints. The objective of dynamic splints is primarily twofold: firstly, to encourage the patient to recover their mobility as quickly as possible (ex. After surgery) procedure) and thus prevent the adhesion of soft tissues. Secondly, to assist muscle imbalance in order to prevent muscular contractures and to enable the hand to rapidly regain its functional use.
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Dynamic splinting basics – Instructions for use for the Orfitube
In order to adjust the tensile force and the direction of the dynamic traction as accurately as possible, an elastic is used which is attached to an outrigger.