EasyArch Plasterless Metal Articulator: Effortless Arch Separation for Optimal Occlusion

Our metal articulator is the perfect solution for accurate occlusal adjustments and precise fitting of occlusal splints in denture and resin teeth applications.

With its advanced spring mechanism setting, plasterless articulator securely holds full models in place, ensuring stability during procedures.

The quick-release hinge allows for easy separation of arches, making adjustments and evaluations a breeze for achieving optimal occlusion.

Buy 4 or more and enjoy fast DHL/FedEx shipping. Expedite your order and receive these innovative articulators conveniently at your doorstep.

Deal of the Day

Original price was: $20.00.Current price is: $15.00.

Description

PrecisionFit Metal Articulator Plasterless Design

This plasterless articulator is an advanced dental device that provides the perfect fit for dentures and crowns. Its innovative design offers comfort and stability, making it an ideal choice for prosthodontics. Its advanced features make it easy to adjust and highly accurate in measuring the jaw’s movements.

Material made:Strong aluminum alloy construction with nickel chromium plating.

Feature

  • Lightweight articulator with spring mechanism for secure model holding.
  • Serrated C-clamps for tight model locking and quick adjustment.
  • Rubber-lined base plate for secure mounting and model protection.
  • Quick-release hinge for easy arch separation.
  • Single bolt tightening for upper arch natural occlusion.
  • Effortless arch separation for simplified procedures and optimal occlusion
  • Easily adjustable maxilla arch base with stainless ball path design.
  • Inclination adjustment with screw tool for mandibular occlusal alignment.
  • Streamlined adjustments and evaluations for accurate occlusal adjustments and precise fitting of occlusal splints
Rubber-lined base plate provides a secure mount, protects models, and prevents slippage or movement
EasyArch Plasterless Metal Articulator: Effortless Arch Separation for Optimal Occlusion