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Hand & Wrist
Orthopedic

Hand & Wrist

Precision-engineered implants for delicate hand and wrist surgeries.

Product Overview

Our Hand & Wrist portfolio features micro-scale orthopedic solutions designed for the intricate anatomy of the upper extremities. From high-strength micro suture anchors to specialized fixation buttons, these implants provide stable reduction and support early mobilization for trauma and elective procedures.

Titanium Ligament Anchor (Screw-in)

Titanium Ligament Anchor (Screw-in)

This ligament anchor is made of radiopaque titanium. The screw-in design of the anchor is ideal for soft-bone matrix. The Inserter is preloaded with anchor and 1 pc USP size 2-0/0 fiber with tapered needle.

The ligament anchor can be used for tarsal-metatarsal and phalanges ligament repair.

Key Highlights

  • Radiopaque titanium construction
  • Ideal for soft-bone matrix
  • Screw-in design for stable fixation
  • Preloaded on specialized inserter

Technical Data

Diameter1.8mm / 2.0mm
MaterialTitanium Alloy
SutureUSP 2-0 / 0/0 Fiber
IndicationsPhalanges / Metatarsal repair
Fiberknot All-Suture Anchor (Hand)

Fiberknot All-Suture Anchor (Hand)

Fiberknot is an all-suture anchor which is smaller in size and is composed of ultra-high molecular weight polyethylene (UHMWPE) suture. It requires a smaller pilot hole compared to traditional anchors, minimizing bone removal and decreasing the overall anchor footprint, while still providing superior strength.

Applications include Achilles Tendinosis Repair, Ankle Instability Repair, Lisfranc ligament repair, and CMC Arthroplasty.

Key Highlights

  • Ultra-low profile UHMWPE
  • Minimized bone removal
  • Small pilot hole requirement
  • Superior pull-out strength

Technical Data

Diameter1.5mm (Single), 1.8mm (Double), 2.9mm (Double)
MaterialAll-Suture UHMWPE
IndicationsCMC Arthroplasty / Soft tissue
PEEK Ligament Anchor (Tap-in)

PEEK Ligament Anchor (Tap-in)

This ligament anchor is made of radiolucent PEEK polymer. The tap-in design of the anchor is ideal for hard-bone matrix. The Inserter is preloaded with anchor and 1 pc USP size 2-0/0 fiber with tapered needle.

This ligament anchor can be used for tarsal-metatarsal and phalanges ligament repair.

Key Highlights

  • Radiolucent PEEK polymer
  • Optimized for hard-bone matrix
  • Tap-in design for quick delivery
  • Preloaded on specialized inserter

Technical Data

Diameter1.8mm / 2.0mm
MaterialPEEK-OPTIMA®
SutureUSP 2-0 / 0/0 Fiber
IndicationsHard bone phalangeal repair
Soft Anchor-1.0 mm Mini

Soft Anchor-1.0 mm Mini

The Soft Anchor-1.0 mm Mini is currently the smallest all-suture anchor on the market. Designed with a #1 polyester sleeve and loaded with either a #2-0 or #3-0 MaxBraid suture, it is most commonly utilized for soft tissue to bone fixation in the hand.

The sleeve protector eliminates the need for a drill guide, streamlining the surgical technique.

Key Highlights

  • Smallest all-suture anchor (1.0mm)
  • 26 lbs. pullout strength (#2-0)
  • Sleeve protector (No drill guide)
  • Ideal for hand micro-anatomy

Technical Data

Diameter1.0 mm Mini
Pull-out Strength26 lbs (#2-0) / 20 lbs (#3-0)
LoadingUSP #2-0 / #3-0 MaxBraid
Sleeve#1 Polyester
Titanium Hand Ligament Anchor

Titanium Hand Ligament Anchor

This ligament anchor is made of radiopaque titanium. The screw-in design of the anchor is ideal for soft-bone matrix. The Inserter is preloaded with anchor and 1 pc USP size 2-0/0 fiber with tapered needle.

The ligament anchor can be used for tarsal-metatarsal and phalanges ligament repair.

Key Highlights

  • Radiopaque titanium construction
  • Ideal for soft-bone matrix
  • Available in 1.8mm and 2.0mm
  • Preloaded with USP size 2-0/0 fiber
  • Tapered needle included

Technical Data

Diameter1.8mm / 2.0mm
MaterialTitanium Alloy
Loading1 pc USP 2-0/0 Fiber
TypeScrew-in Handled

System Features

  • Micro-scale instrumentation for delicate anatomy
  • High-strength biocompatible materials (PEEK/Titanium)
  • Optimized for ligament and tendon reattachment
  • Low-profile designs to minimize soft tissue irritation

Clinical Benefits

  • Stable fixation in small bone fragments
  • Reduced surgical time with simple delivery systems
  • Support for early range-of-motion protocols
  • Superior pull-out strength in cancellous bone

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E-1-2, Parklane Commercial Hub,

Jalan SS 7/26, SS7,

47301 Petaling Jaya, Selangor, Malaysia

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