To Next PageTo Next PageWhat to do if Morita Dental equipment micromotor does not stop?
The file rotation does not stop if the file is in a root canal except when set for Apical Stop. In manual mode, the file rotation does not stop even when the file is out of the root canal. The micromotor will operate in reverse if the contrary electrode and file touch each other. Also, release the foot switch. A defective PC Board may also cause this problem.
What to do if the Canal Length Indicator bar does not move on Morita ROOT ZX II Medical Equipment?
If the Canal Length Indicator bar on your Morita Medical Equipment isn't moving (except when very near the apical foramen), it should return to normal when the file reaches apical constriction. You can also try moistening the root canal with hydrogen peroxide or a saline solution. Increasing the size of the file may also help.
How to fix Morita Dental equipment with no power?
Install the battery properly and charge it.
What to do if Morita Dental equipment cannot switch memories?
Switches do not work during measurement. Memory settings cannot be changed in manual mode.
How to fix Morita Dental equipment micromotor that will not go in reverse rotation?
If the micromotor will not go in reverse rotation, set the unit for Apical Reverse. This issue may also be caused by a defective PC Board.
What to do if Morita Dental equipment canal length indicator bar does not move?
The canal length indicator will return to normal when the file reaches apical constriction. You can also moisten the inside of the root canal with hydrogen peroxide or saline solution. Alternatively, determine the working length by taking an x-ray, put a rubber stopper on the file and use the unit in manual mode, or increase the size of the file.
What to do if Morita Dental equipment display does not appear?
If the display does not appear, charge the battery if there is no sound. If there is a sound, the display may be broken.
What to do if Morita Dental equipment cannot make a measurement?
Make sure the handpiece cord is securely plugged in. Touch the contrary electrode with a file; if the meter does not react, there may be a broken wire in the handpiece cord.
What to do if Morita Dental equipment micromotor does not run?
Check the handpiece cord connections. Try manual mode. If the micromotor operates in manual mode, the problem is with the unit’s root canal measurement ability. Another reason could be that the micromotor is overheated or defective, or the handpiece cord is defective.
What to do if Morita Dental equipment canal length indicator is unstable?
Ensure the contrary electrode makes good contact with the oral mucosa. Also, clean the file holder with ethanol.
General| Brand | Morita |
|---|---|
| Model | ROOT ZX II |
| Category | Medical Equipment |
| Language | English |
User responsibilities, manufacturer's non-liability for accidents, and product warnings.
Explains warning symbols, intended users, and patient guidelines for safe operation.
Lists actions to avoid and potential interference sources affecting device performance.
Identifies all components of the ROOT ZX II OTR Module system with diagrams.
Connects the OTR Module to the Canal Measurement Module and secures them.
Step-by-step instructions for charging the internal battery before first use.
Attaches the handpiece cord, contra angle, and contrary electrode to the system.
Guides on assembling the micromotor, contra angle, and inserting a file securely.
Procedures for calibrating the instrument and checking all functions before use.
Overview of OTR and Normal modes for root canal preparation and measurement.
Details rotation speed, auto functions, and torque settings specific to OTR mode.
Details rotation speed, auto functions, and torque settings specific to Normal mode.
Describes two primary methods for measuring root canal length using the unit.
Guides on performing root canal preparation using the micromotor and unit.
Explains the LCD display elements and the function of each control switch.
Guides on setting, changing, and using operational memories (M1, M2, M3).
Step-by-step guide for operating the micromotor during dental treatment.
Information on the motor's thermal protection system and its behavior during use.
Using the foot switch or unit switches for manual control of the micromotor.
Steps to take after completing operations, including power off, disconnection, and battery charging.
Detailed instructions for cleaning, disinfection, lubrication, and sterilization of parts.
Step-by-step instructions for replacing the built-in electrode when it is worn out.
Instructions for replacing the unit's internal battery and proper handling guidelines.
Specifies environmental conditions required for transporting and storing the unit safely.
Lists essential items to check during routine semi-annual inspections for proper function.
Guides on diagnosing and resolving common operational problems and error codes.
A catalog of available replacement parts with their corresponding numbers and descriptions.
Key technical data, performance characteristics, and dimensions of the device.
EMC declarations, guidance on emissions, immunity, and recommended separation distances.
Details on the product's limited warranty terms and authorized service providers.
