JISCOP Co., Ltd. was founded in 1993 and has grown into a leading manufacturer in Korea of dental products and Orthodontic NiTi Wire. Now it is exporting its dental products and orthodontic NiTi Wire to more than 20 countries around the globe.
In efforts of meeting customer’s ever-changing needs both online and offline, JISCOP is constantly striving to launch new products and improve quality at competitive prices.
Especially, it is keeping focusing on the memory alloys of Nitinol products that could be utilized both in medical industry such as dental and electronics industry as well.
JISCOP Super Elastic Orthodontic NiTi Wire
- Super elastic NiTi Wire (True):
It provides light continuous force with easy engagement to the brackets and has a full-shape recovery.
- Super elastic NiTi Wire (Ovoid):
It provides light continuous force with easy engagement to the brackets and has a full-shape recovery. And there is a wide choice of product sizes.
- Super elastic NiTi Wire (Aesthetic):
It has superior aesthetics and low friction with durable color-coated arch wire.
- Super elastic NiTi Wire (Dimpled):
It has a permanent dimpled center mark for preventing wire migration and rotation.
- Super elastic NiTi Wire (Reverse Curved):
Reverse Curved wires provide excellent counter forces to achieve bite modifications quickly and efficiently, and providing excellent leveling, alignment and 3-dimensional manipulation.
- Super elastic NiTi Wire (Lingual):
It has higher residual forces of recovery and putting offset bends above arch wires.These can be used as standard mushroom shape.
- Thermal 35°+ NiTi Wire:
It is a thermal heat-activated wire with light force for easier ligation and patient’s comfort.
- Ni-Ti Closed Coil Spring:
It has a high elasticity spring with constant strength of stability.
- Ni-Ti Open Coil Spring:
It easily slides over any arch wire and provides constant tooth movement.
- EW Closed Coil Spring:
It reduces the pain during the use with possible force intrusion of teeth.
- Straight Wire:
It has an improved martensitic response and smooth surface characteristics to reduce friction.
