![artec studio 13 review artec studio 13 review](https://3dprint.com/wp-content/uploads/2020/11/Artec-scanner-review-43.png)
However, the medical community recently started to show interest in the low-cost devices because of their ease of use and the time saving during the survey. In medical applications, the 3D scanning of a human body involved mainly highly rated laser scanners for acquiring the parts of interest, in order to improve diagnosis or to facilitate the creation of 3D printed products. Finally, other triangulation devices based on white or blue light were presented: the most representative are the Artec Eva, Spider and Leo, the Mantis Vision, the Creaform HandySCAN and Go!SCAN 3D. In 2013, Microsoft presented a new version of the Kinect (Kinect 2 for Xbox One) implemented with a Time of Flight (TOF) technology. In the wake of the Microsoft device, other triangulation-based low-cost devices (budget under 500 €) were produced, such as Asus Xtion, PrimeSense and Structure Sensor (Fig. The first application of these devices was interactive gaming experience, but their technology paved the way to different applications, among which the 3D survey in the field of O&P. Since 2010, when Microsoft Kinect was launched on the market, new low-cost devices, more affordable thanks to cheaper technologies, were periodically made available. The use of handheld devices for 3D survey in the field of O&P became common during the past few years.
![artec studio 13 review artec studio 13 review](https://static.filehorse.com/screenshots/imaging-and-digital-photo/artec-studio-screenshot-03.jpg)
The first type of device for 3D survey used and tested in orthopaedic centres was the triangulation laser scanner however, the cost of the device and the time needed for the acquisition made this technique not appropriate for the application. Choosing a proper device for 3D acquisition of patient’s anatomy will indeed limit the error propagation of the whole design and production process of orthoses and prostheses. smoothing the edges or adding soft-foam pads) and then tested with patient. After the fabrication of the orthopaedic device, it is usually finished with small adjustments (e.g. For this reason, it is important to characterize the possible errors of the initial acquired 3D models, which are then passed to CAD systems for designing the orthoses and prostheses and finally sent to the 3D printers or CNC machines, by means of CAM modules or proper file creation (e.g. 1, the starting point for such design and manufacturing process is the acquisition of the 3D external geometry of the anatomical region of interest.
#Artec studio 13 review manual
With a particular focus on orthopaedics, the manufacturing of orthoses and prostheses is moving from the traditional manual process to a more digital one. Moreover, in the recent years, the advances in the additive manufacturing technology revolutionized the production processes of custom-made devices. The use of Computer-Aided Design and Manufacturing (CAD-CAM) tools in orthotics and prosthetics (O&P) production increased exponentially in the last 30 years. The main goal of the present work is to characterize the metrological behaviour of a set of 3D devices, from low-cost to high-level ones, considering their application in the production process of orthopaedic centres. The work demonstrated the appropriateness of handheld devices for the orthopaedic application requirements in terms of speed, accuracy and costs. For this reason, the Structure Sensor was further tested with five motion approaches which identified that smooth motion provides the lowest deviation and higher reliability. Moreover, the handheld devices enabled performing a fast reconstruction of the mannequin parts in about 20 s, which is acceptable for a person that has to remain as still as possible. The results demonstrated the higher accuracy of fixed devices with respect to handheld ones, among which Artec Leo and Structure Sensor provided a satisfying level of accuracy for the orthopaedic application.
![artec studio 13 review artec studio 13 review](https://designbote.com/wp-content/uploads/2018/09/Artec_Studio_13_ermoeglicht_die_Bearbeitung_grosser_Datensets.jpg)
Subsequently, three different parts of a mannequin were surveyed as samples of human body parts.
![artec studio 13 review artec studio 13 review](https://www.aniwaa.com/wp-content/uploads/2016/09/Review-Aniwaa-Artec-Eva-computer-hardware.jpg)
A calibrated flat plane and a test-field composed of eight calibrated spheres of different radii and placed at different heights were used to evaluate the standard quality parameters (flatness, probing errors in form and size and the standard deviation) for each device as recommended by the VDI/VDE 2634 guidelines. This paper aims at comparing the metrological behaviour of low-cost devices (Kinect 1 and 2 by Microsoft, Structure Sensor by Occipital) and high-resolution active sensors (O&P Scan by Rodin4D, NextEngine Ultra HD, Konica Minolta Vivid 9i, GOM ATOS II 400 and Artec Leo) for the survey of human body parts. The use of 3D digitizing tools is becoming the base for subject-specific products, such as the orthopaedic production process of orthoses and prostheses.