Labels for AESUBdots Retro Medical 3D laser scanner

AESUBdots Retro Medical – Markers for Precise 3D Scanning in Medicine

AESUBdots Retro Medical helps to make the use of 3D scanning for medical needs more productive. They are designed specifically for medical use with laser 3D scanners. The markers allow scanning to be faster and more accurate, which is very important in orthopedics and traumatology.

The Necessity of Medical Control Markers

Medical markers play a significant role. They ensure accurate alignment and calibration. This is necessary during 3D scanning. The placement of stickers on limbs is done strategically. The 3D scanner accurately captures contours. It records organic shapes and sizes. This is crucial for various medical applications. Among them are the creation of individual prostheses and orthopedic products. Surgical planning is also important.

Application of Reference Targets

Targets provide consistent reference points. Scanning software uses them to process the digital model.

Advantages of Using AESUBdots

Reference markers are very important. This applies to scanning complex shapes, such as limbs. Scanning organic, homogeneous shapes, such as human skin, is also important.

Sizes of Medical Stickers for 3D Scanning

AESUBdots Retro Medical are available with two inner diameter options: 6 mm and 3 mm.

Examples of Using Markers for Scanning in Medicine

Scanning markers play an important role in various medical fields where high accuracy 3D scanning is required.

Creation of Individual Prostheses and Orthoses

• When scanning a patient's limbs, the markers provide accurate reference points.
• This allows the 3D scanner to capture complex contours and sizes.
• The obtained data is used to develop prostheses and orthoses that perfectly match the patient's anatomy.

Surgical Planning

• Markers placed on the patient's body help to accurately determine the position of organs and tissues on the 3D model.
• Surgeons can use this information to plan complex surgeries.
• This allows for increased accuracy of surgical interventions and reduced risks.

Orthodontics

• In orthodontics, markers are used to create digital impressions of dentition.
• This ensures high accuracy of measurements necessary for treatment planning and the manufacture of bracket systems or aligners.

Plastic Surgery

• Markers are used to obtain accurate 3D models of various parts of the body before plastic surgery.
• This helps surgeons plan interventions and evaluate results after surgery.

Manufacturing of Individual Medical Devices

In addition to prostheses and orthoses, markers can be used for scanning and creating other medical devices such as hearing aids, facial masks, and helmets.

High scanning accuracy ensures a perfect fit of the device to the individual characteristics of the patient.

Monitoring Body Changes

In some cases, 3D scanning with the use of markers is used to track changes in the shape and size of a patient's body over time.

This can be useful for evaluating the effectiveness of treatment, for example, in weight loss or gain, or for monitoring the progression of diseases.

Scientific Research

In medical research, 3D scanning with the use of markers can be used to analyze anatomical features, study the biomechanics of movements, and other tasks.

The use of AESUBdots Retro Medical retroreflective markers ensures high scanning accuracy due to excellent visibility for laser scanners.