Product Description.
Permanent Crown Resin is a tooth-colored ceramic filled resin for
3D printing of permanent single crowns, inlays, overlays and
veneers. Permanent Crown Resin allows for the fabrication of
high-strength, long-term restorations with a precise fit. Low water
absorption and a smooth surface ensure that restorations made from
permanent crown resin will not deteriorate, discolor or accumulate
plaque.
Why choose permanent crown resin?
1. Low water absorption and smooth surface ensure that permanent
crown resin restorations are not susceptible to deterioration,
discoloration or plaque build-up.
2. High strength and consistency of production through a proven
workflow to produce rigorously strong and precise permanent
restorations.
3. Aesthetic, utilizing tooth-colored ceramic-filled resins to
create confident smiles for patients.
4. Affordable, allowing dental businesses of all sizes to achieve
high-quality restorations due to affordable pricing and low cost
per component.
5. Biocompatible, giving patients and clinicians the peace of mind
they deserve.
There are many types of dental crowns. Which type of crown is right
for you depends on your personal preferences and unique oral health
needs.
Metal Crowns
Dental technicians use a variety of metals to create crowns,
including gold, palladium, nickel, and chromium. Metal crowns
rarely chip or break, last the longest, and require only a small
amount of enamel removal. They can also withstand the forces of
biting and chewing.
Metallic color is the main drawback of these crowns. For molars
that are not visible, metal crowns are a good choice.
Porcelain-Filled Metal (PFM) Crowns
Porcelain-filled metal (PFM) crowns combine the durability of metal
with the natural look of porcelain. Your dentist can match these
crowns to the color of your teeth.
While PFM crowns are strong and durable, there are some drawbacks.
For example, over time, the porcelain coating may flake off,
exposing the metal underneath. In addition, PFM crowns may
gradually wear away the enamel of the opposing tooth (the tooth
that comes into contact with the crown when your mouth is closed).
PFM crowns last almost as long as metal crowns. They can restore
both front and back teeth.
Pressed Ceramic Crowns
A pressed ceramic crown has a hard core. It is similar to a PFM,
but the core is ceramic instead of metal. To make the core,
technicians melt and press the ceramic in a high-temperature oven.
Next, they add multiple layers of porcelain. Like all-ceramic
crowns, pressed ceramic crowns mimic the translucency of natural
tooth enamel.
Pressed ceramic crowns have the same disadvantages as PFM crowns.
The ceramic layers flake off over time. Dentists use pressed
ceramic crowns on front and back teeth.
All-Ceramic or Porcelain Crowns
All-ceramic or porcelain crowns mimic the appearance of tooth
enamel better than any other type of crown. They are also a good
choice if you have metal allergies.
Lab technicians use a number of different materials to create
ceramic crowns, but one of the most popular materials is zirconia.
Zirconia crowns are very durable and can withstand more force than
other types of ceramic crowns. They are also gentle on your
opposing teeth, which reduces enamel wear.
Same-Day Crowns
Many dentists use CAD/CAM (computer-aided design and manufacturing)
technology to create crowns in the office while you wait. This
software allows your dentist to take digital dental impressions of
your teeth and then use those impressions to design a custom crown.
Once your dentist has designed your crown, they will send the image
file to an on-site milling machine. The machine will create your
new crown from a solid piece of ceramic.
The main advantage of CAD/CAM technology is that you can get your
crown in just one visit. However, same-day crowns are not suitable
for everyone. If you are suitable, please consult your dentist.
Full Resin Crowns
Resin crowns are usually less expensive than other types of crowns.
However, resin crowns are fragile and more likely to break than
porcelain-fused-to-metal (PFM) crowns.
Dentists often use resin to make temporary crowns. They have an
average lifespan of three to five years.
Translated with DeepL.com (free version)
Applications
1,Permanent crown resin is characterized by high strength, long
restoration time and high precision.
2,Inlays
3,Veneers
4,Crown
5,Inlays
See Resin Compatibility
Material properties may vary depending on part geometry, print
orientation, print settings and temperature. Test samples are
printed using the build platform on a 405 nm printer set to 50 μm
permanent crown resin.
Laboratory Advantages
1. Printing and processing parameters developed specifically for
resins ensure precise fitting and smooth production sequences, with
reproducible results at any time
2, Versatile: as single crowns, inlays, overlays and veneers on
natural teeth or abutments, as well as veneers on metal frameworks
Already printed objects can be adjusted and restored outside the
patient's mouth while maintaining stability with VarseoSmile Crown
plus or simply reprinted due to the low cost of the material
3. Minimizes resin deposits for easy handling, no mixing or shaking
required for routine use
4. Digitalized workflow and low material costs allow for fast
supply options with excellent price/performance ratios
Proven on 3D printers from many leading manufacturers
Advantages for practitioners
1. Chemical and mechanical properties of the material are
particularly suitable for dental applications
2. Easy to grind and polish with conventional tools
3. Scientifically proven high bond strength with commercially
available adhesives
4. The restorations are clearly visible on X-ray photographs.
Benefits for the patient
1. Balanced ratio of opacity and translucency for excellent
aesthetics
2. The fluorescence of printed objects is similar to that of
natural teeth.
3, Very low water absorption, not easy to aging and discoloration
4, Smooth surface, less plaque accumulation
5, Low sensitivity to heat and cold, high comfort level
6, Antagonist-friendly material with mechanical cushioning - ideal
for implant-supported crowns
7, Minimized secondary caries formation due to high adhesion with
the bonding composite material
