0 Create perfect contact points - every time.
NiTi Spring
V-shaped Groove
Thin and totally anatomical matrices
Different shapes of wedges for different shapes of teeth.
The Pin Tweezers
Easy process
Hold the Tab-Matrix by gripping the tab with the Pin-Tweezers. Then fold the tab towards you. This enables you to easily slide the matrix into the embrasure in an apical direction . |
Squeeze the wings a little to increase the curvature of the matrix as this provides more room for the V-Ring tines later. |
Introduce the matrix into the embrasure, ensuring that the matrix is in the gingival crevice adjacent to the tooth you are restoring. |
If the cavity is an MO then the matrix needs to be turned around but the tab still needs to be folded towards you. |
While holding the matrix wing against the buccal or lingual surface of the tooth with your MIDDLE finger or thumb, release the tweezers.
Using the tips of the tweezers fold the tab over so that it sits above the marginal ridge of the neighbouring tooth. |
While still holding the Tab-matrix on the buccal or lingual side, trap the tab with your fore-finger. If the tab is not exactly centered, you can make small adjustments with your middle-finger before trapping the tab against the marginal ridge of the neighbouring tooth.
The image below shows a close-up of the V-Ring on backwards. The tip of a purple Wave-Wedge is protruding through the V-shaped slot in the V-Ring. |
The Double-Wedge's (TR-2062) unique "pull" design differs significantly from all other wedges that are "pushed" into the inter-proximal space. It is particularly useful for anterior restorations and the canines fossa of the upper 1st pre-molar. The Double-Wedge must be "flossed" into an embrasure BEFORE cavity preparation so that it can depress the gingival tissues and prevents unintentional laceration of the gingival col. Ease it out slightly while the matrix is placed in position and then pulled tight again. Do not over pull as this wedge as is designed to provide maximum gingival seal rather than wedging the teeth apart. However, it does cause tooth separation in normal use.
Maintenance
Occasionally your V-Rings may need resetting, particularly if they have been over-opened. They can
easily be reset by firmly squeezing the tines together as shown below.
Comparison between V-Ring and V3-Ring
|
|
|
|
|
VRing |
|
|
|
Spring made from stainless steel and Nickel Titanium. |
V3's spring is made entirely from Nickel Titanium.The spring strength has substantially been increased and the range of action is impressive. |
NiTi has superior memory retention meaning V3 will return to its original shape, consistently deliver optimal separating force and will not expand over time like stainless steel can. |
|
V-shaped tines |
V3's v-shaped tines are made from glass-fiber reinforced plastic. |
V3's plastic tines are shaped to suit the buccal and lingual surfaces of posterior teeth, thus providing superior adaptation and the ability to restore a tooth even when a cusp is missing |
|
Stackable for mutliple restorations |
Spring angle is steeper relative to occlusal plane |
Stacking is now easier as there is more room to undertake multiple restorations simultaneously. |
|
|
Special groove for rubber-dam forceps. |
V3 is very versatile - it can be used with rubber dam forceps meaning you do not have to buy new instruments. |
|
|
V3 is stable in forceps, both mesially and distally. |
V3 is easy to handle; is less likely to be dropped or to jump off the forceps. |
|
|
Stronger spring |
Our studies have shown V3 is the strongest sectional matrix retainer ring on the market. You will always achieve excellent separation with V3. |
|
|
New Narrow V3 Ring available which features closely set tines. |
Narrow V3 ensures ideal separating force on smaller and difficult to separate teeth. |