Circumferential insulating designs have been shown to improve finger extension in how they provide warmth in addition to edema reduction
Angled design centered at the PIP or IP joint provides correction even for low-angle contractures (1-15 degrees) where other designs lose corrective action
Low-force, long wear-time strategy complements in-clinic treatments and helps maintain gains made during active mobilization
High-contact area, low-force neoprene design reduces skin pressure points compared with 3-point wire-foam and custom thermoplastic orthoses
Dynamic design reduces the need for frequent refitting and adjustments typical of serial cast and other serial static designs
Seams are heat-bonded rather than sewn to allow the therapist to trim and customize the splint for the patient’s individual webspace anatomy and finger length without risk of seam unraveling
