• Parallel form balances forces
• Quantity: 10 ParaPost XP Burnout Posts
• Wide size enhances canal grip
• Smooth body supports wax detai
• Cuts easily for length control
• Burnout design fits casting flow

The Coltene Whaledent ParaPost XP Burnout Post P751-5.5 10/Pk is engineered to give clinicians and laboratory technicians a wide diameter burnout compatible post for creating durable, custom cast post and core restorations. This P751-5.5 size delivers greater canal engagement than the making it well suited for teeth with significantly widened canals, large coronal defects, or cases requiring reinforced retention before crown placement.

If you are not sure about what the Coltene Whaledent ParaPost XP Burnout Post 10/Pk is used for, it is the best burnout dental post for fabricating custom cast restorations that require maximum internal contact and long term structural reliability. The burnout safe construction allows each post to hold its form during wax pattern building but disappear completely during casting, producing a precisely fitting metal post that mirrors canal anatomy. Its parallel sided geometry supports even load distribution along canal walls, helping reduce internal stress and improving the lifespan of the final restoration.

The smooth surface texture ensures uniform wax adaptation, allowing technicians to sculpt accurate core patterns with clean contours. The diameter provides enhanced stability in large or structurally compromised canals, making it a strong option for posterior teeth and high load cases. These posts also trim easily, enabling clinicians to adjust length for occlusal clearance or deeper canal placement.

Their consistent sizing helps streamline operatory and laboratory workflows by maintaining predictable handling across multiple restorative cases. Unlike fiber or plastic posts, the burnout format integrates seamlessly with casting alloys, offering superior compatibility for long term post and core durability. It is also the best burnout cast post option for achieving strong retention, anatomical precision, and reliable core foundations.