Strips

4mm wide, 100mm in length, 0,050mm thick Perforated prophylactic metal strips are recommended for tartar removal

Thickness 0.100 mm Used primarily for interproximal reduction (IPR), where small amounts of enamel are selectively removed between teeth. This proc...

Thickness 0.070 mm Used primarily for interproximal reduction (IPR), where small amounts of enamel are selectively removed between teeth. This proc...

Matrix bands in a practical dispenser, 3m The memory-free matrix band stays put when burnished against adjacent teeth Better interproximal contact ...

Thickness 0.150 mm Used primarily for interproximal reduction (IPR), where small amounts of enamel are selectively removed between teeth. This proc...

Width 4 mmThickness 0.100 mm   Metal diamond perforated strips can be used as a saw in the medium part. Used primarily for interproximal reduction ...

Suitable for polishing direct restorations including composites, glass ionomers, amalgams, semiprecious and precious metals. Easy to Insert: Abrasi...

Width 4 mmThickness 0.070 mm   Metal diamond perforated strips can be used as a saw in the medium part. Used primarily for interproximal reduction ...

for gross reduction  25 pcs. for contouring 25 pcs. for polishing  25 pcs. Suitable for polishing direct restorations including composite...

10m long Continuous roll matrix band made of transparent polyester, especially indicated for light-cured composite materials. The matrix strip is ...

8 mm wide,95 mm long100 pcs. Transparent anterior strips with integrated stop. Strip can be positioned and fastened safelyNo need to hold the strip...

10m long Continuous roll matrix band made of transparent polyester, especially indicated for light-cured composite materials. The matrix strip is ...

Width 6 mm Used primarily for interproximal reduction (IPR), where small amounts of enamel are selectively cut between teeth. This process helps cr...

Width 4 mmThickness 0.150 mm   Metal diamond perforated strips can be used as a saw in the medium part. Used primarily for interproximal reduction ...