Biscover LV Liquid Polish 3ml

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Product Details

SKU: OP001288 Category:

Contents:

1 x 3ml bottle

BisCover LV is a low-viscosity, light-cured resin formulation used to seal all your composite restorations while leaving a smooth polished/glazed surface. Due to its unique proprietary chemistry, BisCover LV can be cured using an LED, PAC or halogen curing light in 30 seconds without a sticky oxygen-inhibited layer. BisCover LV is resistant to staining and colour shifting resulting in more aesthetic results.

Unlike glazing products, BisCover LV can be used inside and outside the mouth to finish direct, indirect and provisional restorations.

– Cures without an oxygen-inhibited layer, resulting in a high gloss surface
– Fully cures with LED, PAC and halogen curing lights
– Reduces or eliminates messy and time consuming manual polishing steps
– Easily seals and protects to prevent microbial attack, prevent staining and increase wear resistance
– Low film thickness eliminates occlusal adjustments
– Unlike glazing products, BisCover LV can be used inside and outside the mouth to leave a dazzling finish
– Can be used on all types of direct, indirect and provisional restorations and appliances

Hints & Tips

  • What is Biscover and what are the indications?
    - BISCO was the first to offer a universal intraoral and extraoral brush-on aesthetic sealant and glaze, with no unpleasant odor and no oxygen-inhibited layer. Now with BisCover LV, the added benefits of low viscosity and LED light-curability make the versatility of this product practically limitless. - BISCOVER is a light-cured unfilled resin used to seal restorations while leaving a smooth polished surface. - BISCOVER is indicated for use on both temporary and definitive restorations. - BISCOVER can be used on direct and indirect composite restorations as well as acrylic based appliances. - Because of its unique proprietary chemistry, BISCOVER cures without any sticky oxygen-inhibited layer. - BISCOVER can reduce or even eliminate the need for manual polishing.
  • What are the disadvantages of the oxygen inhibited layer?
    - Liquid like or sticky - Low mechanical strength - Harmful or even toxic - Messy
  • How was BISCO able to make Biscover cure without the oxygen inhibited layer?
    - Generating lots of free radicals / time - Selecting oxygen resistant radicals - I ncreasing the rate of polymerisation - Decreasing the rate of oxygen diffusion
  • Unlike Biscover, Traditional polishing is:
    Time consuming, Messy, Costly ,Lower gloss than BisCover, May damage adjacent tooth structure and produce surface imperfections on the restoration
  • Unlike Biscover, Temporary Glazes:
    Have a unpleasant odor and cannot be used inside the mouth
  • Unlike Biscover, Composite Sealers:
    Cure with air-inhibited layer. Require additional step to bring to luster and have lower Gloss than BisCover
  • How does Biscover LV bond to any surface?
    BisCover will bond due to surface adhesion (Van der Waals molecular attraction) and also will bond due to micromechanical interlocking because you etch the surface and the porosities present allow the penetration of BisCover leading to this retention mechanism. It is similar to an etched enamel bond.
  • Can you explain why Biscover LV has such a shiny surface?
    The glossy surface is due to the smoothness of the surface, which is determined by the presence of the resin monomers and absence of particles. Monomers tend to spread and form a uniform layer on the surface. The smoother the surface is, the better the reflection of light and, therefore, it looks shinier.
  • Which wave length is effective for LED, Halogen, and PAC lights to polymerise BisCover LV??
    BisCover LV absorbs light in the the range of 450 - 490nm, with the peak absorption at 470nm. The Wavelength output for Halogen curing lights is roughly in the range of 400 - 520nm. The Wavelength output for the typical blue LED curing light is roughly in the range of 460 - 480nm. The Wavelength output for PAC lights is roughly in the range of 380 - 520nm. Therefore, BisCover LV is able to be cured by all of these types of curing units.
  • Why does the Biscover LV appear yellow in the mixing well?
    The photoinitiator CQ is yellowish when not excited by light. When exposed to light, it changes the molecular structure and the yellowish appearance fades. The yellowish color is also related to the thickness (or volume) of the product layer. Once in a thin layer (as recommended application) the yellowish appearance practically disappears.
  • Why do the instructions recommend a 15 second dwell time?
    There is a bleaching agent in BisCover LV to remove some of the yellow chemical color. If you evaporate the solvent for an extended amount of time, the product will cure very hard, but the bleaching agent cannot “move” and be effective within such a hard matrix to reduce the yellow color. If you follow the recommended evaporation time, you leave a little solvent behind and the product cures a little softer, but the bleaching agent is more effective and the yellow color can be lessened. Our current instructions recommend a 15s evaporation time. If the customer is having problems with the product curing with too much yellow color, they should first make sure they are applying the product in a thin layer, and then secondly they can try a 10s evaporation instead. Applying the material in a thin layer is even more crucial here, so as to not trap too much solvent and cause white spots. Regarding a maximum evaporation time, the customer should be able to let the solvent evaporate up to 30s and still get good results, but the key again is applying in a thin layer.
  • Do I have to shake the Biscover LV prior to use?
    There is no need to shake the bottle, as BisCover LV is always homogeneous.
  • Why am I not able to use Biscover LV on Glass Ionomer?
    BisCover LV is indicated for use on top of a resin-modified glass ionomer, but it cannot be used on traditional glass ionomers. The reason is that LV cannot bond to traditional GI because its hydrophobic components are not compatible with GI's highly hydrophilic surface. However, LV can bond to RMGI via its chemical bonding to light cured polymers, overcoming the hydrophobic-hydrophilic incompatibility.
  • Why do you need to re-etch composites before placing the Biscover LV?
    The reason for etching direct composites is 1) for cleaning purposes. It can remove any polishing debris better than rinsing with water; it can also remove saliva contamination. 2) In addition, when etching direct composites you are also etching the adjacent tooth structure (per our instructions), because you will want to apply BisCover LV there as well for a seamless polish and to seal the margins. So the etching step enables the BisCover LV to bond to the enamel.
  • Recommended tips for clinical success:
    - LESS IS MORE The best results are achieved when you start with the right amount of material on the brush. Avoid using excess material. It is easier and more effective to apply an extra layer if necessary than to remove excess. In addition, by applying the correct amount, the yellow color of the material will disappear during the curing process. - If you notice pooling in deeper areas such as pit and fissures on occlusal surfaces, it is important to remove the excess. A good method is to carefully blot with an absorbent tip of a microbrush. Do not agitate or disturb the surrounding surface where BisCover LV has already been applied. - BisCover LV can be used to enhance gloss following mechanical polishing. Do not use oily lubricants during mechanical polishing prior to applying BisCover LV on direct composite and indirect restorations. - Certify that your curing light unit is operating with adequate power density (light intensity) and that the probe is clean and undamaged. Low energy light output can compromise the final quality of BisCover LV.

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