Shofu All Ceramic Preparation Kit

Shofu All Ceramic Preparation Kit

• The All Ceramic Preparation kit is specially created with an exclusive range of diamond burs for simple, efficient and accurate tooth preparation for full-ceramic, inlay/onlay and veneer restorations

• The special selection of 17 burs are created for clinical application in:
• 896,897: Specially designed burs for the preparation of depth orientation grooves.
• 896- 0.5mm depth for all ceramic laminate veneer preparation
• 897- 1.0mm depth for anterior tooth, all ceramic crown preparation
• 0836, 836V: Designed to prepare the anterior tooth, buccal surface of upper and lower pre-molar or cervical area on the lingual surface. Use 1/2 - 2/3 of the diameter,Head length 9mm, diameter 1.3mm with tapered angle of 4°
• 0839, 839V: Designed to prepare buccal and lingual surfaces of upper and lower molar teeth.For cervical area use 2/3 of the diameterHead length 9mm, diameter 1.5mm with tapered angle of 20°
• 0893, 893V: Designed for cutting upper / lower anterior tooth on lingual surface (to maintain occlusal space) and lower pre-molar on occlusal area.Head length 4.9mm
• 0899, 899V: Designed to reduce an upper pre-molar and the occlusal surface of an upper/ lower molar to maintain the occlusal space.Tapered 20° angle
• 808V: Use this diamond bur after the preparation is finished to eliminate the free enamel in the cervical area. Use a lower speed to avoid chipping the enamel.Head length 8mm
• 0833, 833V: Designed to slice cut at the interproximal surface or box preparation at the interproximal surface of class II inlay restoration. Use ½ the diameter, except when preparing the lingual cervical area of a lower anterior tooth use 2/3 the diameter.Head length 9mm, diameter 1.1mm (at the top of working part) with tapered 4° angle
• 0825, 825V,0826, 826V: Designed to prepare the occlusal box-form of an upper / lower pre-molar and molar
• 0826, 826V: Used for occlusal box-form for upper and lower molar.Head length 3.5mm, diameter 1.5mm and 2mm with tapered 20° angle