Marathon Endomotor A (Reciprocating) Class by Saeyang is a cordless endomotor suitable for endodontic procedures. It has a reciprocating system that stops the motor from running once it is overloaded. The two modes, Forwards and Reverse reciprocating modes facilitate this mechanism by a repeatable back and forth motion. The auto stop reverse feature of the endomotor ensures that the motor stops running once it is overloaded and subsequently runs in the reverse direction until the load is solved. Once the load is solved the motor starts running in the forward direction. The push type miniature head aids in easy replacement of rotary files and visibility of the operating area. There are 6 memory programs assigned to the endomotor.The motor on/off button can be used to change to the reciprocating system by pressing it for 2 seconds. The LCD display shows the mode of operation, the program number, speed of rotation and the torque. The Endomotor A Class runs on a Ni-MH battery which allows 90 minutes of use.

Wal-flex files takes less time in cases & presents outstanding performance.

Composition of alloy: Ni – 44% , Ti – 56%

INDICATION:

• For obliterated, calcified & severely curved canals

WHY TO USE WAL-FLEX FILES ?

1. Root canal system is highly complex & a practitioner may encounter varied type of anatomies
2. Heat treatment reduces the cutting efficiency of the blades. Also, the flutes of these files open up as stress levels are encountered in the canal resulting in increased preparation time & apical extrusion of debris

 WHAT IS CONTROLLED MEMORY FILE SYSTEM?

1. Controlled Memory NiTi Technology™ increases strength and flexibility resulting in up to 350% greater resistance to cyclic fatigue stresses.
2. Controlled Memory NiTi Technology allows natural canal tracking and files can be pre-bent if needed. Typically the fluted portion of the file will straighten out or unwind before separation occurs.

For more product information:  

For Endomotor: Click here to view details

For Walflex Files:  Click here to view details

Marathon Endomotor A (Reciprocating) Class by Saeyang is a cordless endomotor suitable for endodontic procedures. It has a reciprocating system that stops the motor from running once it is overloaded. The two modes, Forwards and Reverse reciprocating modes facilitate this mechanism by a repeatable back and forth motion. The auto stop reverse feature of the endomotor ensures that the motor stops running once it is overloaded and subsequently runs in the reverse direction until the load is solved. Once the load is solved the motor starts running in the forward direction. The push type miniature head aids in easy replacement of rotary files and visibility of the operating area. There are 6 memory programs assigned to the endomotor.The motor on/off button can be used to change to the reciprocating system by pressing it for 2 seconds. The LCD display shows the mode of operation, the program number, speed of rotation and the torque. The Endomotor A Class runs on a Ni-MH battery which allows 90 minutes of use.

Wal-flex files takes less time in cases & presents outstanding performance.

Composition of alloy: Ni – 44% , Ti – 56%

INDICATION:

• For obliterated, calcified & severely curved canals

WHY TO USE WAL-FLEX FILES ?

1. Root canal system is highly complex & a practitioner may encounter varied type of anatomies
2. Heat treatment reduces the cutting efficiency of the blades. Also, the flutes of these files open up as stress levels are encountered in the canal resulting in increased preparation time & apical extrusion of debris

 WHAT IS CONTROLLED MEMORY FILE SYSTEM?

1. Controlled Memory NiTi Technology™ increases strength and flexibility resulting in up to 350% greater resistance to cyclic fatigue stresses.
2. Controlled Memory NiTi Technology allows natural canal tracking and files can be pre-bent if needed. Typically the fluted portion of the file will straighten out or unwind before separation occurs.

For more product information:  

For Endomotor: Click here to view details

For Walflex Files:  Click here to view details