The device is an optical impression system. It is used to record the topographic
The device is an optical impression system. It is used to record the topographical characteristics of teeth, dental impressions, or stone models for use in the computer-aided design (CAD) and computer-aided manufacturing (CAM) of dental restorative prosthetic devices.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.
The intraoral scanner uses an optical scanning method to directly collect 3D geo
The intraoral scanner uses an optical scanning method to directly collect 3D geometric data of the teeth and gums to be repaired in the patient's mouth, and provides 3D digital models for CAD/CAM denture design and processing.