Clinically
Efficient Solution
For
Modern Patient
Zero-Cast F1x is a specialized solution crafted to treat a wide range of fingertip injuries, from crush injuries to mallet finger.
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Its proprietary design features anatomically shaped plates and breakable, rigid ratcheted legs, specifically engineered to meet the challenges of fingertip injuries. Whether treating crush or mallet injuries, Zero-Cast F1x offers the necessary support to promote effective recovery while minimizing disruption to your patients’ daily lives.
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​The Zero-Cast F1x is waterproof and low-profile, leaving the fingertip exposed for normal function, allowing patients to continue using touch-screen devices during recovery. Elevate their healing experience with the precision and thoughtful design of the Zero-Cast F1x.
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The system is also easy to apply, with straightforward instructions provided to ensure smooth implementation.
Designed to Enhance the Healing Experience
Crafted for Today’s Patient: Clinically Effective and Precise
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Free Finger Tip
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Away from site of Injury
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Preditable stabilisation of Finger Joint
Innovative Design, Engineered for Clinical Performance
1. Anatomically contoured plates to achieve extension at the IP joint/clinical outcome.
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2. Breakable ratheted legs to adjust pressure.
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3. Waterproof high density cushion lining.
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4. Ventilated open design.
Clinical Indications
Mallet Finger
Zero-Cast F1x is specifically designed to treat mallet finger by using a contoured plate that ensures predictable extension at the IP joint. Its breakable ratcheted legs offer adaptability to fit most finger profiles and adjust as the injury heals. The dorsal plate is uniquely designed to avoid the injury zone, allowing for visual inspection of the healing area.
Waterproof and low-profile, Zero-Cast F1x leaves the fingertip free, enabling normal fingertip function, so your patients can continue using touch-screen devices during recovery.
Finger Tip Injuries
The Zero-Cast F1x is an effective splint for treating fingertip injuries such as crush injuries, nail bed injuries, and tuft fractures. Its unique design stabilizes the bone and ligaments without applying pressure to or covering the injured soft tissue, allowing for improved soft tissue management during treated and recovery.