Versatile Installation and Superior Operability:

• The NLZ E boasts a flexible installation style, ensuring superior visibility and operability. Its compact design makes it an ideal fit for various dental practice setups, enhancing ease of use without compromising on functionality.

Multiple Operational Modes:

• Equipped with regular, endo, and reciprocating modes, the NLZ E offers unparalleled versatility. This feature allows dentists to seamlessly switch between different types of dental procedures, making it a highly adaptable tool for diverse treatment needs.

Dual Functionality for Crown Cutting and Endodontic Treatment:

• The micromotor is uniquely designed for both crown cutting and endodontic treatment, providing dentists with a single tool that can handle multiple tasks. This dual functionality not only saves space and resources but also streamlines the workflow.

Reciprocating Mode with NLZ Endo Handpiece:

• The reciprocating mode, used in conjunction with a separate NLZ Endo (6:1) gear head handpiece, adds another layer of treatment possibilities. This mode is particularly beneficial for precise endodontic procedures, enhancing treatment accuracy and patient comfort.

Contra-Check Function for Safety:

• The Contra-check function is a significant safety feature that detects abnormalities caused by the deterioration of electric attachments. This proactive monitoring ensures the reliability and longevity of the equipment.

Contra-Safe Function to Prevent Overheating:

• The Contra-safe function automatically stops the motor if excessive heat generation is detected in the handpiece. This safety mechanism protects both the patient and the equipment, ensuring a safe treatment environment.

Microfilters for Tubing Maintenance:

• Microfilters within the tubing connector catch debris and foreign particles in the water, preventing clogging. This feature is crucial for maintaining the cleanliness and functionality of the micromotor.

Simplified Pipe Configuration:

• The NLZ E simplifies the pipe configuration, reducing the risk of water clogging within the motor. This design consideration enhances the reliability and maintenance of the system, ensuring consistent performance.