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natural designs and effect of depth – can be perfectly combined with
neo.lign
teeth
Simple handling
extended necks, can be thermoformed and individualised with crea.lign
Reliability
proven system – more than 10 million veneers inserted
The novo.lign veneers consist of high impact polymer composite filled
with
microceramic, and can be used for the permanent veneering of metal,
ceramic and
polymer frameworks.
They are moulded from real rows of teeth and, therefore, give a perfect
natural
look. The morphological layer structure also ensures the veneer has a
natural
depth.
Thanks to its exceptional mechanical properties, such as its high
flexural
strength (140 MPa) and low modulus of elasticity (approx. 3,000 MPa),
the
physiological veneers have a shock-absorbing effect and are, therefore,
perfect
for implant prosthetics. The homogeneous and sealed surface ensures
long-term
colour stability and plaque resistance. Because they have the same
shades and
shapes, they can be seamlessly combined with neo.lign denture teeth.
Natural beauty
Natural design, because every novo.lign veneer is moulded from real
rows of
teeth
Natural depth effect thanks to the morphological layer structure
Same shades and shapes as the neo.lign denture teeth
Homogeneous and sealed surface ensures long-term colour stability
and plaque
resistance
Simple handling
Extended neck enabling individual setting of tooth length
Can be thermoformed, and therefore adapted to any situation
novo.lign veneers can be seamlessly combined with neo.lign denture
teeth,
and
are therefore perfect for the combination technique and for implant
prosthetics
(same shades and shape)
Can be be individualised with crea.lign veneering composite
Reliability
Highly stable bond: The best bonds between novo.lign veneers and
framework
materials are achieved using the bond.lign primer/bonder (see the
Voss shear
test conducted by the University of Jena on page 12/13 of novo.lign
brochure
Ref.009939GB).
High-strength, fracture-proof & abrasion-resistant: Thanks to its
high
impact
polymer structure and high flexural strength of approx. 140 MPa, the
novo.lign
veneers are very strong and fracture-proof. The ceramic filler
structure
also
increases its resistance to abrasion.
No spalling or cracks thanks to the similar modulus of elasticity
of the
interacting novo.lign, BioHPP, combo.lign and crea.lign products.
Proven system: More than 10 million veneers inserted
Physiology
Perfect for implant prosthetics novo.lign’s low modulus of
elasticity
(approx.
3,000 MPa) ensures that the implant has a shock-absorbing effect.
The
interaction of the similar moduli of elasticity of BioHPP (approx.
4,500 –
5,000
MPa), novo.lign (approx. 3,000 MPa), combo.lign (9,000 MPa) and
crea.lign
(5,000
MPa) also support the implant’s shock absorbing effect and make the
whole
restoration high physiological.
Natural feel in the mouth: thanks to the neutral flavour and neutral
behaviour
in contact with cold and hot food. No chattering of teeth. Does not
feel
like a
foreign object in the mouth.
Biocompatible: Barely any residual monomer as the veneer is
completely
polymerised at 250 bar and 120 °C.
Protection of antagonists, as no dental glass is used in the
material.