Compound Rongeurs AE 7021 Arsa Enterprises

Description

Compound Rongeurs AE 7021

Compound Rongeurs AE 7021 – Advanced Veterinary Bone Cutting Instrument for Precision Oral Surgery

Professional-Grade Tool for Equine and Bovine Dental/Bone Procedures

The Compound Rongeurs AE 7021 is a heavy-duty veterinary surgical instrument designed for precise bone trimming and alveolar remodeling during advanced dental procedures. Featuring a patented compound leverage system, these rongeurs deliver clean, controlled cuts through dense bone while minimizing tissue trauma – essential for equine exodontia, periodontal surgery, and oral tumor removal.

Innovative Design Features:

✔ Triple-Action Cutting Mechanism

Primary sharp blades (HRC 62-64) for initial bone penetration
Secondary crushing guards prevent splintering
Tertiary shearing action ensures smooth finish

✔ Enhanced Biomechanics

7:1 force multiplication reduces hand strain by 60%
Vibration-dampening handles with ergonomic finger grooves
Rotating head (180° articulation) for multi-plane access

✔ Premium Construction

Medical-grade titanium alloy (Grade 5) jaws
Ceramic-coated wear surfaces
Autoclavable up to 150°C

Technical Specifications:

Blade Length: 45mm (extra-deep reach)
Cutting Capacity: 8mm cortical bone
Handle Span: 28cm (optimized leverage)
Weight: 900g (perfect balance)
Sterilization: All standard veterinary methods

Clinical Applications:

Alveoloplasty – Refines tooth extraction sockets
Bone Spur Removal – Cleanly excises exostoses
Oral Tumor Debulking – Precise mass reduction
Orthodontic Prep – Creates space for tooth movement

Professional Advantages:

✅ Clean Bone Margins – Produces surgical-grade cuts
✅ Tissue Protection – Integrated soft tissue guards
✅ Durability – 20,000+ cycle lifespan
✅ Sterile Workflow – Fully autoclavable design

Maintenance System Includes:

Blade sharpening jig
Pivot lubrication ports
Wear indicator stripes
Sterilization case

The AE 7021 represents the pinnacle of veterinary oral surgical instrumentation – combining orthopedic precision with dental-specific ergonomics for superior clinical outcomes.