€34.14€23.90

Ormaplus Neo LV: Low Viscosity Addition Silicone - Major

Brand:Major

Reference:DTX-M3000-N2

Best Deal!
-30%
2390€
Price VAT included(0%)€23.90
Recommended price€34.14

High-precision, low-viscosity printing material:

  • High-precision, low-viscosity vinylpolysiloxane-based material.
  • Ideal for the two-phase technique (double impression) or for the single-phase technique when combined with Ormaplus Neo Putty.
  • Final hardness: 42 Shore-A.

Recommended similar product:

3+Gift Promotion!
Light Body Addition Silicone (2 x 50ml Cartridges)VIDU
€32.71€22.90
(16)
2390€
Only 4 units left.

Fastest delivery between Monday, September 28 - Tuesday, September 29 — order within the next 13 h and 41 min.

Type: 2 x 50 ml - F: Fast + 12 points

Best sellers ranking:

You have 15 days to return it.
Variation:
2 x 50 ml - F: Fast + 12 points
Ref. DTX-M3000-N2
€34.14€23.90
2 x 50 ml - F: Regular + 12 points
Ref. DTX-M3010-N2
€38.43€26.90

Description

Ormaplus Neo LV Low Viscosity Addition Silicone

It is a low-viscosity admixture silicone, based on polyvinylsiloxane, specifically designed to obtain high-precision dental impressions.

Features of Ormaplus Neo LV Silicone Addition:

  • You can choose between rapid or regular setting, depending on your specific clinical needs.
  • It guarantees that the material returns to its original shape after deformation, offering highly accurate prints.
  • It gives very good results when capturing images with any scanning device, allowing professionals to incorporate
    directly the data of the antagonist in the design of prostheses using CAD/CAM technology.
  • High thixotropic properties.
  • Biocompatibility.
  • Dimensional stability, maintains the accuracy of the prints over time, up to more than 3 weeks.
  • Convenience.

Technical Specifications of Ormaplus Neo LV Addition Silicone:

  • Color: Fuchsia.
  • Hardness: 42 Shore-A.
  • Working time: 1'30" (Fast)/2'30" (Regular).
  • Time in the mouth: 2'30" (Fast)/3'30" (Regular).
  • Setting time: 4' (Fast)/5'30" (Regular).

Questions and answers

There are no questions yet. Be the first to ask one!