Fiducials are the reflective targets fixed on the different trackers (pen, frontal, mandible) and should reflect infra-red light with required intensity.

Single-use support for the SMILIT mandibular tracker, which is fixed to the patient's teeth.

A set of trackers intended to be placed on the patient’s head and in patient’s mouth including :- Mandibular tracker - Frontal tracker- pen tracker

The pen is used in order to collect positioning of reference points in space.The pen is used to calibrate the precision of the device.

The medical device Tech in Motion® includes the following parts:• A camera to detect trackers positions through infra-red emission. • A specific software solution installed on a touchscreen PC that allows the visualisation of 3D dental models in motion.• A set of trackers intended to be placed on the patient’s head and in patient’s mouth.• A pen tracker used by the dentist to acquire trackers positions (infrared communication to the camera then transferred to a dedicated software). • An operational cart designed to hold and position the camera and the touchscreen panel PC. The camera is mounted on the cart in right-handed configurations.

The medical device Tech in Motion® includes the following parts:• A camera to detect trackers positions through infra-red emission. • A specific software solution installed on a touchscreen PC that allows the visualisation of 3D dental models in motion.• A set of trackers intended to be placed on the patient’s head and in patient’s mouth.• A pen tracker used by the dentist to acquire trackers positions (infrared communication to the camera then transferred to a dedicated software). • An operational cart designed to hold and position the camera and the touchscreen panel PC. The camera is mounted on the cart in left-handed configurations.

The medical device Tech in Motion® includes the following parts:• A camera to detect trackers positions through infra-red emission. • A specific software solution installed on a touchscreen PC that allows the visualisation of 3D dental models in motion.• A set of trackers intended to be placed on the patient’s head and in patient’s mouth.• A pen tracker used by the dentist to acquire trackers positions (infrared communication to the camera then transferred to a dedicated software). • An operational cart designed to hold and position the camera and the touchscreen panel PC. The camera is mounted on the cart in right-handed configurations.

A specific software solution that allows the visualisation of 3D dental models in motion

This is a 3D face scanner that works with the supplied software programs. By performing facial scanning directly, the scanner could acquire and save the 3D images of the face and the jaw movement tracking data, which can be used for the facial or the oral Computer-aided design (CAD).

This is a 3D face scanner that works with the supplied software programs. By performing facial scanning directly, the scanner could acquire and save the 3D images of the face and the jaw movement tracking data, which can be used for the facial or the oral Computer-aided design (CAD).

Opto-Electronic Face-Bow for monitoring and tracking of lower jaw movements

Opto-Electronic Face-Bow for monitoring and tracking of lower jaw movements, USB-Version

Opto-Electronik Face-Bow for monitoring and tracking of lower jaw movements

Opto-Electronic Face-Bow for monitoring and tracking of lower jaw movements

Opto-Electronic Face-Bow for monitoring and tracking of lower jaw movements, USB-Version

Opto-Electronik Face-Bow for monitoring and tracking of lower jaw movements.

Opto-Electronic Face-Bow for monitoring and tracking of lower jaw movements.

Opto-Electronic Face-Bow for monitoring and tracking of lower jaw movements, USB-Version

Opto-Electronic Face-Bow for monitoring and tracking of lower jaw movements.

Opto-Electronic Face-Bow for monitoring and tracking of lower jaw movements, USB-Version

Opto-Electronik Face-Bow for monitoring and tracking of lower jaw movements.

Opto-Electronic Face-Bow for monitoring and tracking of lower jaw movements.

Opto-Electronic Face-Bow for monitoring and tracking of lower jaw movements, USB-Version

Opto-Electronic System including Face-Bow for monitoring and tracking of lower jaw movements and accessories

Opto-Electronic System including Face-Bow for monitoring and tracking of lower jaw movements and accessories, USB-Version L

Opto-Electronic System including Face-Bow for monitoring and tracking of lower jaw movements and accessories, USB-Version

Opto-Electronic System including Face-Bow for monitoring and tracking of lower jaw movements and accessories, USB-Version

Opto-Electronic System including Face-Bow for monitoring and tracking of lower jaw movements and accessories. USB-Version

Opto-Electronic System including Face-Bow for monitoring and tracking of lower jaw movements and accessories, USB-Version L

Opto-Electronic System including Face-Bow for monitoring and tracking of lower jaw movements and accessories, USB-Version

The inductive charger JMA-Optic is an accessory of the facebow JMA-Opticand intended for wireless charging of the facebow batteries.

The inductive charger Tizian JMA-Optic is an accessory of the facebow Tizian JMA-Opticand intended for wireless charging of the facebow batteries.

The inductive charger ARCUSdigma III is an accessory of the facebow ARCUSdigma IIand intended for wireless charging of the facebow batteries.

The inductive charger zebris for ceramill is an accessory of the facebow zebris for ceramilland intended for wireless charging of the facebow batteries.

The inductive charger PlaneAnalyser II is an accessory of the facebow PlaneAnalyser IIand intended for wireless charging of the facebow batteries.

The Para-occlusal Attachment with Lip Arch is an accessory of the JMA-Optic and used to attach the lower jaw sensor to the teeth

The Para-occlusal Attachment with Lip Arch is an accessory of the "zebris for ceramill" facebowand used to attach the lower jaw sensor to the teeth.

The Para-occlusal Attachment with Support Surface is an accessory of the JMA-Optic facebowand used to attach the lower jaw sensor to the teeth.

The Para-occlusal Attachment with Support Surface is an accessory of the "zebris for ceramill" facebowand used to attach the lower jaw sensor to the teeth.

The Para-occlusal Attachment is an accessory of the JMT+ facebowand used to attach the lower jaw sensor to the teeth.

The Occlusal Attachment UN is an accessory of the JMA-Optic facebowand used for temporary fixation of the lower jaw sensor to the anterior teeth.

The Bite Fork is an accessory of the JMA+ facebowand used for temporary fixation of the lower jaw sensor to the maxilla.

The Bite Fork PS1 is an accessory of the JMA-Optic facebowand used for temporary fixation of the lower jaw sensor to the maxilla.

The Bite Fork UN is an accessory of the JMA-Optic facebowand used for temporary fixation of the lower jaw sensor to the maxilla.

The Bite Fork Adapter is an accessory of the JMT+ facebowand used for connecting the lower jaw sensor to a bite fork.

The Bite Fork Adapter UN is an accessory of the JMA-Optic facebowand used for connecting the lower jaw sensor to a bite fork.

The Alignment Fork is an accessory of the JMA-Optic facebowand used to determine the upper jaw bite position.