AccuFilm® I - Green

SKU: S016
$17.95
  • Super thin for greater precision.
  • Won't trigger mandibular reflexes that might skew the bite.
  • Consistently produces sharp, easy-to-interpret marks.
  • No false markings.
  • It stretches, but doesn't break. There's no snap-back to distort the marks.
  • Features the highest plastic deformation of all major brands tested.
Canister of 280 pre-cut strips
USING A LASER? In the field of laser dentistry, many doctors use AccuFilm® for laser tip initiation. This “carbonization” of the tip partially prevents laser light from exiting the fiber, essentially turning the tip into a hot glass rod that is primed to vaporize the soft-tissue that it directly contacts. You simply move the flat surface of the laser’s fiber tip across a piece of AccuFilm and this will effectively block the tip. So, you see, like many Parkell products that handle multiple tasks, AccuFilm is much more than just an exceptional occlusal marking system!



For decades, AccuFilm has been the standard for marking occlusion. Why? Well for starters, it measures the thinnest—a mere 21 microns thick. As a result of its super thinness, patients don’t sense anything between their teeth when they are biting down. It doesn’t take years of study to figure out that thicker products not only increase the size of the marks left on the tooth, but they also stimulate proprioceptive reactions that deviate the mandible.1,2



A study presented in the Journal of Oral Rehabilitation not only showed AccuFilm I and AccuFilm II as being the thinnest of the products tested, but also determined that AccuFilm elicited muscle activity similar to that of natural occlusion.3







1 Schelb E, Kaiser DA, Brukl CE. Thickness and marking characteristics of occlusal registration strips. J Prosthet Dent. 1985;54:122-126.

2 Halperin GC, Halperin AR, Norling BK. Thickness, strength, and plastic deformation of occlusal registration strips. J Prosthet Dent. 1982;48:575-578

3 Helms RB, Katona TR, Eckert GJ. Do occlusal contact detection products alter the occlusion? J Oral Rehabil. Article published online 29 DEC 2011, DOI:10.1111/j.1365-2842.2011.02277.x