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You can find here helpful step-by-step videos from
Hardware and software tutorials.
Getting Started
For all who want a step-by-step guidance.
These videos will help you to learn easily and fast for the software operation.
Import your files
Master the software
dynamic animations
Just like its physical counterpart, the digital articulator allows you to
the customization of parameters such as the
Bennett angle, the
Condylar path and the
Incisal guidance.
Based on your settings, the software simulates
Real-time protrusion and lateral retraction movements.
Just like its mechanical counterpart, the digital articulator is “programmed” to simulate a patient’s individual jaw movements.
The software includes a library of accurate digital twins for the entire SAM system.
dedicated controls
Orthogonal presets, zoom and pan, free rotation
Functional analysis:
Quickly switch between a lateral view showing the condylar path and a frontal view to check for lateral displacements during movements.
Visibility control:
Use these controls in conjunction with the “Hide/Show” functions to highlight specific elements, such as the lower jaw or the facial scan, without losing track of the big picture.
Consistent presentation:
Providing a standardized method for case analysis, which is helpful when comparing different patient records or presenting cases to students.
Laboratory equipment in a digital environment
Condylar path:
You can adjust the inclination (direction) of the condylar path, which is typically between 15° and 65° relative to the Frankfurt horizontal.
Bennett angle:
The software allows you to select different Bennett guide inserts (e.g., straight or 3-curved) and adjust the direction angle.
Incisal guidance:
Users can adjust the settings for the incisal post (vertical) and the incisal table (anterior-canine guidance). They can also adjust the position (up/down).
Real-time updates:
Any change to these numerical parameters is immediately updated in the 3D view, allowing you to instantly see how the settings affect the overall motion.
dynamic animations
Just like its physical counterpart, the digital articulator allows you to
the customization of parameters such as the
Bennett angle, the
Condylar path and the
Incisal guidance.
Based on your settings, the software simulates
Real-time protrusion and lateral retraction movements.
Just like its mechanical counterpart, the digital articulator is “programmed” to simulate a patient’s individual jaw movements.
The software includes a library of accurate digital twins for the entire SAM system.
dedicated controls
Orthogonal presets, zoom and pan, free rotation
Functional analysis:
Quickly switch between a lateral view showing the condylar path and a frontal view to check for lateral displacements during movements.
Visibility control:
Use these controls in conjunction with the “Hide/Show” functions to highlight specific elements, such as the lower jaw or the facial scan, without losing track of the big picture.
Consistent presentation:
Providing a standardized method for case analysis, which is helpful when comparing different patient records or presenting cases to students.
Laboratory equipment in a digital environment
Condylar path:
You can adjust the inclination (direction) of the condylar path, which is typically between 15° and 65° relative to the Frankfurt horizontal.
Bennett angle:
The software allows you to select different Bennett guide inserts (e.g., straight or 3-curved) and adjust the direction angle.
Incisal guidance:
Users can adjust the settings for the incisal post (vertical) and the incisal table (anterior-canine guidance). They can also adjust the position (up/down).
Real-time updates:
Any change to these numerical parameters is immediately updated in the 3D view, allowing you to instantly see how the settings affect the overall motion.
Layers and Transparency
Segment isolation:
You can show or hide the upper jaw, the lower jaw, or specific components of the articulator independently of one another.
Sample scans:
The video shows how you can adjust the visibility of facial and skull scans (CT/CBCT) to see how the teeth fit within the patient's anatomical structure.
Ghosting/Transparency:
One key feature demonstrated here is the ability to make certain models semi-transparent. This allows the practitioner to “see through” a facial scan to check the position of the dental arches relative to the skin’s surface or the bone.
We tailor our videos to your feedback and requests.
Please don't hesitate to contact us if you have any questions.
More on that later...
We tailor our videos to your feedback and requests.
Please don't hesitate to contact us if you have any questions.
Layers and Transparency
Segment isolation:
You can show or hide the upper jaw, the lower jaw, or specific components of the articulator independently of one another.
Sample scans:
The video shows how you can adjust the visibility of facial and skull scans (CT/CBCT) to see how the teeth fit within the patient's anatomical structure.
Ghosting/Transparency:
One key feature demonstrated here is the ability to make certain models semi-transparent. This allows the practitioner to “see through” a facial scan to check the position of the dental arches relative to the skin’s surface or the bone.
We tailor our videos to your feedback and requests.
Please don't hesitate to contact us if you have any questions.
