Large Modified Hoof Tester AE 1106 Arsa Enterprises

Description

Large Modified Hoof Tester AE 1106

Large Modified Hoof Tester AE 1106 – Heavy-Duty Professional Veterinary Instrument for Advanced Hoof Diagnostics

Professional-Grade Hoof Examination Tool for Equine and Bovine Practitioners

The Large Modified Hoof Tester AE 1106 represents the next generation in veterinary hoof testing technology, specifically engineered to meet the demanding needs of modern equine and bovine practitioners. This premium instrument combines enhanced leverage capabilities with precision engineering to deliver superior diagnostic performance in lameness examinations and hoof health assessments.

Superior Design Features:

Reinforced Dual-Leverage Mechanism provides exceptional control and pressure application for detecting subtle abnormalities in large hooves
Extended 16-inch forged stainless steel construction offers superior strength while maintaining precise sensitivity
Patented contoured grip handles reduce hand fatigue during prolonged examinations
Precision-machined contact points ensure accurate pressure localization without slippage
Heavy-duty spring mechanism maintains consistent tension for reliable repeat testing

Clinical Applications Include:

Comprehensive lameness evaluations in horses and cattle
Detection of subclinical laminitis and founder cases
Identification of deep sole bruising and abscess localization
Navicular syndrome assessment
Pre-purchase examinations and sports medicine evaluations

Technical Specifications:

Material: Medical-grade 420 stainless steel
Surface Treatment: Electropolished anti-corrosion finish
Weight: 850g (optimized for balance and control)
Working Length: 40cm (extended reach for difficult angles)
Pressure Range: Adjustable 5-25kg of diagnostic force

Why Professionals Choose the AE 1106:
Veterinary orthopedic specialists developed this modified design to address the limitations of conventional hoof testers. The enhanced leverage system allows for deeper tissue evaluation while maintaining exceptional tactile feedback. The balanced weight distribution enables single-handed operation in field conditions, and the durable construction withstands daily clinical use.