During cementation of a stainless steel crown, which step is least essential?

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Multiple Choice

During cementation of a stainless steel crown, which step is least essential?

For cementing a stainless steel crown, the important factors are achieving a dry field, seating a crown that fits well with margins that are closely adapted, and confirming the occlusion after seating. The step of using an inappropriate cement is not a proper part of the procedure; it would undermine retention and the marginal seal. In practice, select a cement suited for SSCs—such as glass ionomer or resin-modified glass ionomer—to promote bonding to tooth structure, fluoride release, and a reliable marginal seal in a moist mouth. Proper isolation ensures the cement can set correctly; checking fit and margins prevents microleakage and gaps; and performing occlusal adjustment after seating avoids high contacts that could disturb seating or cause postoperative issues.

For cementing a stainless steel crown, the important factors are achieving a dry field, seating a crown that fits well with margins that are closely adapted, and confirming the occlusion after seating. The step of using an inappropriate cement is not a proper part of the procedure; it would undermine retention and the marginal seal. In practice, select a cement suited for SSCs—such as glass ionomer or resin-modified glass ionomer—to promote bonding to tooth structure, fluoride release, and a reliable marginal seal in a moist mouth. Proper isolation ensures the cement can set correctly; checking fit and margins prevents microleakage and gaps; and performing occlusal adjustment after seating avoids high contacts that could disturb seating or cause postoperative issues.

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