Lug Matrices

Lug matrices are designed to separate the approximate surfaces of adjacent teeth in type II restorations.
Lug matrices provide more complete tooth engagement than sectional matrices. Lugs allow to tighten matrix to adjacent tooth in any of three directions. Holes in matrix edge provide more reliable matrix handling upon installation and extraction. Matrices are available in kits №№ 1.351 - 1.353, 1.353L, 2.351 - 2.353 и №№ 1.338, 1.348, 1.368 .

NEW

Lug titanium matrices

Since 2023 lug titanium matrices are available - №№ 1.351T, 1.352T, 1.353T . Titanium matrices are characterized by higher wear resistance and ease of use due to the anti-reflective effect.

№ 1.351	Lug Matrices 12 pcs.


№ 1.352	Lug Matrices 12 pcs.


№ 1.353	Lug Matrices 12 pcs.


№ 1.353L	Lug Matrices 12 pcs.


№ 2.351	Lug Matrices 12 pcs.


№ 2.352	Lug Matrices 12 pcs.


№ 2.353	Lug Matrices 12 pcs.


№ 1.338	Lug Matrices 18 pcs.
	• small (№ 2.351)	5 pcs.
	• medium (№ 2.352)	5 pcs.
	• large (№ 2.353)	5 pcs.
	• large with ledge (№ 1.353L)	3 pcs.
	• MD ring (№ 1.167)	1 pc.
	There are 2 types of matrices: • 0,050 mm, • 0,035 mm. Specify, please, the necessary type, e.g., 1.338 - 0,035 mm, otherwise you' ll receive matrices of the first type, i.e. 0,050 mm thick.


№ 1.348	Lug Matrices 18 pcs.
	• small with ledge (№ 1.351)	6 pcs.
	• medium with ledge (№ 1.352)	6 pcs.
	• large with ledge (№ 1.353)	6 pcs.
	• MD ring (№ 1.167)	1 pc.
	There are 2 types of matrices: • 0,050 mm, • 0,035 mm. Specify, please, the necessary type, e.g., 1.348 - 0,035 mm, otherwise you' ll receive matrices of the first type, i.e. 0,050 mm thick.


№ 1.368	Lug Matrices 30 pcs.
	• small with ledge (№ 1.351)	4 pcs.
	• medium with ledge (№ 1.352)	5 pcs.
	• large with ledge (№ 1.353)	4 pcs.
	• large with ledge (№ 1.353L)	4 pcs.
	• small (№ 2.351)	5 pcs.
	• medium (№ 2.352)	4 pcs.
	• large (№ 2.353)	4 pcs.
	• MD ring (№ 1.167)	1 pc.
	There are 2 types of matrices: • 0,050 mm, • 0,035 mm. Specify, please, the necessary type, e.g., 1.368 - 0,035 mm, otherwise you' ll receive matrices of the first type, i.e. 0,050 mm thick.