MOLEKUR™ One
MOLEKUR™ One Copolyester Foil

Hard or Soft, An Upgrade of the Classic

MOLEKUR™ One is a single-layer foil made of medical copolyester. It is cost-effective, anti-yellowing, stain-resistant and has moderate hardness and enduring correcting force.


Based on material properties and clinical needs, we innovatively developed two types of materials, One H and One S. They have relatively high and low modulus of elasticity respectively to meet the clinical demands of ＂hard＂ and ＂soft＂. At the same time, compared to other copolyester foils, MOLEKUR™ One Series foil has better stress relaxation.


MOLEKUR™ One fits for various thermoforming device. Clear aligners made of it is easy to cut, trim and polish.

MOLEKUR™ One is a single-layer foil made of medical copolyester. It is cost-effective, anti-yellowing, stain-resistant and has moderate hardness and enduring correcting force.


Based on material properties and clinical needs, we innovatively developed two types of materials, One H and One S. They have relatively high and low modulus of elasticity respectively to meet the clinical demands of  ＂hard＂ and ＂soft＂. At the same time, compared to other copolyester foils, MOLEKUR™ One Series foil has better stress relaxation.


MOLEKUR™ One fits for various thermoforming device. Clear aligners made of it is easy to cut, trim and polish.

An upgrade of choice,
hard or soft
MOLEKUR™ One Series foil has two subtypes, the high-modulus One H and the low-modulus One S, which have the feature of hard and soft respectively to match clinical needs precisely.
Tensile Modules of Elasticity (MPa)
Flexural Modulus of Elasticity (MPa)
Excellent
Anti-yellowing Stain-resistant
MOLEKUR™ One has outstanding properties of anti-yellowing and stain-resistant. It can resist environmental photo-degradation and dietary coloring.
Excellent stress relaxation
MOLEKUR™ One has great force retention behavior compared to other similar products on the market. Both One H and One S record more than 45% force compared to the initial state after 24 hours in water.
Force retention value comparison in water environment at 37℃