Legacy how-to videos

Learn how to use AudaxCeph software from a comprehensive list of short video instructions and explanations.

1. Start


You have a radiograph for tracing. How to start your analysis.

Analysis file is stored on the disk or sent to you by an email. How to open it in AudaxCeph Empower.

In order for the analysis to be complete, the patient data must be entered.

Distance measurements need to be in mm. Calibrate the image to have the right units on your report.

Several different analysis types or protocols can be used for your analysis. How to select the one you want use.

If you need a help wizard, which guides you through the process of crteating an analysis, watch this.

2. Tracing methods


How to do concurrent tracing on a lateral radiograph

How to do sequential tracing on a lateral radiograph

How to do automatic tracing on a lateral radiograph

Find element description using the element help

3. Tracing elements


Two different ways of tracing a point

There are several different plane types and how they can be traced

How to make manual tracing corrections to the profile

How to trace hard tissue by moving points that define the hard tissues position

Use additional tools to fit the profile automatically

Draw additional silhouettes by picking points

4. Results


View states by regulating the visibility of different layers

How to print different predefined reports

How to save the analysis to a new file and to the disk

The information from the canvas can be copied and pasted to any external app, for example PowerPoint

1. Patient


Manually add a new patient to the list of patients in AudaxCeph

Use DICOM data to create a new patient in AudaxCeph

Export all the e-files patient data, images and cephalometric documents to a single file

Import the exported patient e-files data to AudaxCeph

Search for a patient from the list of patients in the AudaxCeph database

Remove a patient from the list of patients

2. Analysis tools and actions


Use layers to show or hide different content on the canvas

How to do the calibration of radiograph image

How to select and confirm your desired analysis type-measurement protocol

Additional analysis types can be installed directly from AudaxCeph analysis type server

How to print different analysis predefined reports

How to export measurements of a done analysis to an Excel spreadsheet

How to save a done analysis

How to copy and paste reports to other external apps by using copy to clipboard tool

Zoom in or out for a better view for point placement when manually tracing a radiograph

Where to get a brief description of a selected landmark/point

A photo can be added to the analysis in either analysis or VTO mode

How to rotate the radiograph to natural head position

How to lock an analysis to prevent accidentally making changes to it

Software layout with all its functions

Flip the radiograph image so it is facing to the right side

How to add additional measurements to an analysis

When additional measurements are created, they can be added to the report and printed

How to add standard values to added measurements

How to take a snapshot/photo of what is on the screen

Measurement box, harmonic box and measurement tables can be selected so that the layout looks according to your wishes

How to move or hide element tags of points and planes

Measurement boxes can be created on the fly and put to a layer for better visibility

Creating a customized report by changing the visibility of layers

3. Tracing


Move different types of points on the radiograph image

Move different types of planes/lines on the radiograph image

How to change a profile curve manually

Tracing hard tissue and changing the width of the hard tissue object

Finetuning and additional tools used when tracing the profile of the patient

All the points are on the canvas. How to place them to the right position.

Points are offered one after another. What are the tools available and how to trace them.

Use automatic tracing to trace the points in just a few seconds.

4. How to make a new cephalometric document


How to create a new analysis

How to do automatic skull growth projection with

Starting VTO from analysis module or growth module

For automatic superimposition simply drag and drop the analysis from second stage on top of the analysis in first stage

5. Documents


How to add a document to the first stage when a patient is created

Patient documents are stored on stages which are different phases of treatment

How to manage documents on different stages of treatment

6. General topics


Three different skins are defined for your software interface

How to get information about the version of your software

7. Superimpositions


For automatic superimposition simply drag and drop the analysis from second stage on top of the analysis in first stage

How to do a point to point superimposition link

How to do a point to plane superimposition link

How to do a point to rotation superimposition link (E.g. Walker point)

How to do a superimposition with a free link option

How to create a custom superimposition report

Analysis visibility and appearance in superimposition

How to create an export of measurements of superimposed analysis

Available literature on stable structures during growth (Björk, Planche, Duterloo, ABO)

8. Skull growth


How to determine the initial skeletal age for growth projection calculation

How to open and close the facial axis once growth projection is calculated

When growth projection is created, results can be checked and reports prepared

9. VTO


How to create a treatment plan with tissue movement

10. Some examples


Tracing University of Ljubljana analysis using automatic tracing

Tracing Ricketts - lateral analysis using automatic tracing

Tracing Grummons - PA analysis using automatic tracing function

Tracing Study Model Bolton-Schwarz-Korkhaus analysis using sequential tracing function

Tracing STCA – Arnet et alii analysis using automatic tracing function

How to create a treatment plan, prediction and projection

Tracing Yosh Jefferson - lateral analysis using automatic tracing function