vks-oc Abutments Ø 2.2 mm
Product search:

Notice! Please order via e-mail, phone or fax!
e-mail: ► info-medical@bredent.com
Tel. +49 (0) 73 09 / 872-4 40 (Monday to Thursday from 07.00 a.m. - 06.00 p.m. and on Fridays from 07.00 a.m. - 04.15 p.m.)
Fax +49 (0) 73 09 / 872-4 44

Fax order sheets: ;
copaSKY[450 kb]; ;

You are here:
Products » Dental products » Special dental-technical products » vks-oc abutments and accessories » vks-oc Abutments Ø 2.2 mm

Page 1 of 2


Vario-Stud-Snap oc rs Ø 2.2 mm Abutment
REF Description
46000042 Ø 4 mm, distance height 2 mm impression matrix The matrix of the stud attachment has been produced with utmost precision in an industrial process. It consists of titanium grade 5. This material guarantees superior precision of fit, high durability and biocompatibility. In the area of the head the screw of the vks-oc stud attachment features a recess. This ensures gap-free fit of the abutment on all common implants with hexagon. Only the suitable diameter and the desired distance height have to be observed. 1 Abutment 1 Impression matrix
Vario-Stud-Snap oc rs Ø 2.2 mm Abutment
REF Description
46000044 Ø 4 mm, distance height 4 mm impression matrix The matrix of the stud attachment has been produced with utmost precision in an industrial process. It consists of titanium grade 5. This material guarantees superior precision of fit, high durability and biocompatibility. In the area of the head the screw of the vks-oc stud attachment features a recess. This ensures gap-free fit of the abutment on all common implants with hexagon. Only the suitable diameter and the desired distance height have to be observed. 1 Abutment 1 Impression matrix
Vario-Stud-Snap oc rs Ø 2.2 mm Abutment
REF Description
46000046 Ø 4 mm, distance height 6 mm impression matrix The matrix of the stud attachment has been produced with utmost precision in an industrial process. It consists of titanium grade 5. This material guarantees superior precision of fit, high durability and biocompatibility. In the area of the head the screw of the vks-oc stud attachment features a recess. This ensures gap-free fit of the abutment on all common implants with hexagon. Only the suitable diameter and the desired distance height have to be observed. 1 Abutment 1 Impression matrix
Vario-Stud-Snap oc rs Ø 2.2 mm Abutment
REF Description
46000052 Ø 5 mm, distance height 2 mm impression matrix The matrix of the stud attachment has been produced with utmost precision in an industrial process. It consists of titanium grade 5. This material guarantees superior precision of fit, high durability and biocompatibility. In the area of the head the screw of the vks-oc stud attachment features a recess. This ensures gap-free fit of the abutment on all common implants with hexagon. Only the suitable diameter and the desired distance height have to be observed. 1 Abutment 1 Impression matrix
Vario-Stud-Snap oc rs Ø 2.2 mm Abutment
REF Description
46000054 Ø 5 mm, distance height 4 mm impression matrix The matrix of the stud attachment has been produced with utmost precision in an industrial process. It consists of titanium grade 5. This material guarantees superior precision of fit, high durability and biocompatibility. In the area of the head the screw of the vks-oc stud attachment features a recess. This ensures gap-free fit of the abutment on all common implants with hexagon. Only the suitable diameter and the desired distance height have to be observed. 1 Abutment 1 Impression matrix
Vario-Stud-Snap oc rs Ø 2.2 mm Abutment
REF Description
46000056 Ø 5 mm, distance height 6 mm impression matrix The matrix of the stud attachment has been produced with utmost precision in an industrial process. It consists of titanium grade 5. This material guarantees superior precision of fit, high durability and biocompatibility. In the area of the head the screw of the vks-oc stud attachment features a recess. This ensures gap-free fit of the abutment on all common implants with hexagon. Only the suitable diameter and the desired distance height have to be observed. 1 Abutment 1 Impression matrix

Page 1 of 2