Coolbe: The information about the product is provided by the seller. Notwithstanding any of this information, the product is not intended for diagnosis, cure, mitigation, treatment or prevention of any disease, is not a drug or a medical device, and should not be used for any medical purposes. Please consult a medical specialist.
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This design principle is based on lever, wheel shaft and wedge three forces design, the most commonly used in clinical work is straight Dental Elevator.
The head is hand-polished by more than ten years of technicians, using 3Cr13mov vacuum quenching material, hardness can reach more than 53 degrees. The handle is pure 304 stainless steel with thickness of 1.0. After 6 polishing processes, the product is more delicate, moderate in weight and comfortable in hand.
Dental straightening Elevator is suitable for all kinds of tooth extraction, adapted to the shape of teeth, close to the tooth surface, the use of straightening is mainly the use of wedge force. Enlarging the alveolar fossa, separating the object, and at the same time acting as a displacing part of the object through extrusion into the object.
Triangular spur Elevator is also symmetrical on the left and right, and the proboscis is concave triangular with thick proboscis, which is mainly used for removing the broken roots of mandibular molars, loosening mandibular molars or removing the alveolar mediastinum.
The root proboscis is slender Elevator, paired in left and right directions, and the tappets are bent at angles. It is mainly used for loosening the stump roots or long broken roots.
Apical proboscis is thinner, smaller and sharper than the proboscis. Symmetrical, curved tappet and straight apical stand three, combined for a set. Clinical use for root apical root extraction.
Used for all kinds of tooth extraction, it is suitable for the shape of teeth, close to the surface of teeth, and the use of straight stiffening is mainly to use wedge force to expand the alveolar fossa, separate objects, and play a role of replacing part of objects through extrusion into the object.