KL-13 Variable Angle Foot System

The KAULMED KL-13 Variable Angle Foot System is a comprehensive fixation system tailored for foot and ankle surgeries, offering an extensive selection of variable angle plates, screws, and dedicated instrumentation. This system is optimized for anatomical congruity, customized screw trajectories, and minimally invasive procedures—ensuring precise fixation across a wide range of midfoot, forefoot, and hindfoot pathologies.

Why Choose KAULMED'S KL-13 Variable Angle Foot System?

KAULMED is a trusted leader in medical devices, specializing in precision-engineered surgical tools. Our KL-13 Variable Angle Foot System is manufactured with the highest standards of quality, ensuring reliability, durability, and surgeon confidence in the operating room.
Key Features & Benefits
Variable Angle Locking Screws

Allow ±15° of angulation for precise, patient-specific fixation.

Wide Range of Plate Designs

Includes calcaneal plates, plantar Lapidus plates, and endosteal plates.

Minimally Invasive (MIS) Instrumentation

Enables soft tissue preservation and faster recovery.

Multiple Screw Diameters

Available in 2.0mm, 2.4mm, 2.7mm, 3.5mm, and 4.2mm options with self-tapping, star head configuration.

Comprehensive Instrument Sets

Color-coded, ergonomic, and tailored for ease of use in complex anatomical zones.

Metatarsal Shortening Tools

Dedicated instruments for controlled osteotomies and corrections.

FAQs
What types of procedures is the KL-13 Variable Angle Foot System suitable for? + -
The KL-13 System is designed for a wide range of foot and ankle procedures, including calcaneal fractures, plantar Lapidus fusion, midfoot and forefoot deformities, metatarsal shortening, and hindfoot osteotomies. It offers precise fixation for both trauma and corrective surgeries.
How does the variable angle screw feature improve outcomes in foot surgeries? + -
With ±15° of angulation, the variable angle screws allow surgeons to adjust screw trajectories based on patient anatomy and bone quality. This enhances fixation in challenging anatomical zones, reduces the risk of screw breakout, and provides stable, customized support.
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