Endo Kit A-C: Tips for Finishing the Access Cavity - DTE

Endo Kit A-C Tips for Finishing the Access Cavity

Features of Endo Kit A-C Tips for Finishing the Access Cavity:

• To finish the walls of the access cavity and locate the entrance of the canals.
• Aimed at both endodontists and general dentists who wish to achieve superior results with minimal effort.
• Recommended for use with a maximum power of between 60 and 90% of the ultrasonic unit, depending on the tip.

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• Check that the handpiece threads are correct (EMS or type S).
• Alternate between dry and irrigated modes as needed to achieve greater precision and cooling.
• Includes tips ED51, ED52, ED53 (x2), ED54 and ED55.
• Tip ED51: Finishing the walls of the access cavity. Used to refine the walls of access cavities in molars and premolars. Positioned at an angle of 110° ensures optimal visibility and control. Ability to work in dry mode for aggressive cutting or with irrigation to maintain a clear field and prevent overheating.
• Tip ED52: Localization of the MB2 canal. Placed along the groove between the mesiobuccal and palatal canals, with a simple "back-and-forth" motion and slight pressure, it locates and repositions the entrance of the MB2 canal. Used with irrigation to cool the tip and remove debris for better visualization of the treated area.
• Tip ED53: Removal of calcifications and fiber posts. Used directly on pathological deposits to remove calcifications, preserving healthy dentin. The concentration of vibrations, alternating between dry and irrigated modes, allows for the effective removal of fiber posts.
• Tip ED54: Removal of metal posts. Its direct use, applying moderate pressure while rotating the tip around the head of the post, easily removes metal posts. Alternating between dry and irrigated modes prevents overheating and ensures a safe reduction.
• ED55 Tip: Finishing the floor of the pulp chamber. Used to remove calcifications or old restoration materials without altering the natural anatomy. When used with irrigation, it prevents overheating and achieves a smooth and convex chamber floor.