Helix Titanium Screw Anchor (Mini)

Small-Joint Titanium Screw Anchor for Hand, Foot & Ankle Applications

The Helix Titanium Screw Anchor Mini is a compact implant for small joints. It provides strong soft-tissue fixation with minimal bone damage. The screw design ensures secure engagement in small anatomical spaces. Its durable titanium body offers reliable strength and biocompatibility. Surgeons use it for tendon and ligament repairs. It supports stable healing in hand and wrist. It also performs well in foot and ankle cases. The implant allows consistent fixation during arthroscopy and mini-open surgeries. The Helix Titanium Screw Anchor Mini preserves bone while maintaining strong fixation.

Key Features

• Self-drilling Titanium Screw
  The anchor uses medical-grade titanium alloy (Ti-6Al-4V) with a sharp, self-drilling tip for secure insertion without pre-tapping.
• Compact Design for Small Bones
  Its mini size suits small-bone anatomy and enables accurate placement even in tight joint spaces of wrist or ankle.
• Preloaded High-Strength Sutures
  Comes ready with strong UHMWPE sutures for immediate use, reducing surgical time and simplifying soft-tissue passage.
• High Pull-Out Strength & Bone Integration
  The screw-type thread geometry and titanium construction deliver reliable fixation even under cyclic loading or in dense cortical bone.
• Versatile Indications
  Suitable for ligament repairs, tendon reattachments, capsular stabilization, small-joint reconstructions, and soft-tissue stabilization in trauma or chronic cases.

Clinical Benefits

Using the Helix Titanium Screw Anchor Mini provides stable soft-tissue anchorage while preserving bone integrity. Its self-drilling and preloaded suture design streamline the surgical workflow and reduce operative time. The titanium anchor delivers consistent mechanical performance and long-term durability — essential for demanding orthopedic repairs in small and delicate anatomical regions. Surgeons benefit from easier fixation, and patients benefit from reliable healing, lower hardware prominence, and faster recovery.