How is 3D scanning used in Different Scenarios?

Imagine being able to “copy” real-world objects into virtual space with just a button press, or admiring the details of a sculpture on the tip of your fingers, or even customizing a perfectly fitted protector. All of this is made possible by the magical power of 3D scanning technology. Today, our star of the show, the 3DeVOK MQ color 3D scanner, is pushing this technology to new heights, making the dream of “everyone being a 3D creator” within reach.

3D Printing: The Revival of a Broken Vase

In life, accidentally damaged precious items often bring regret. However, the combination of 3D scanning and 3D printing technology turns this regret into a starting point for innovation and transformation. Using the 3DeVOK MQ 3D color scanner to scan the broken vase, its high precision of up to 0.08mm can capture accurate 3D data.

In 3D modeling software such as Geomagic Design X, the scanned 3D model is reverse engineered to remove impurities and fill in missing parts, ensuring the completeness and accuracy of the model. Subsequently, the fragment models are printed using the Bambu Lab 3D printer and pieced together with the original broken vase, then glued to restore its original appearance.

Reverse Engineering: Fearless of Reflectivity, Accurately Restoring Details

In the context of reverse engineering applications, 3D scanning technology plays a crucial role. The 3DeVOK MQ handheld 3D scanner, equipped with 22-line infrared laser technology, operates at a scanning frame rate of up to 70 frames per second in marker alignment mode. This not only enables fast and efficient scanning but also demonstrates outstanding performance when faced with challenging workpieces such as reflective parts. The scanner boasts a maximum precision of 0.08mm, capable of accurately capturing every detail of the workpiece to ensure the precision of the 3D scanning data. This allows reverse engineering to handle complex surfaces and materials with greater ease, significantly enhancing the quality and efficiency of engineering projects.

Medical Rehabilitation: Personalized Customized Orthotics

The application of 3D scanning technology in the field of medical rehabilitation holds broad prospects. In medical rehabilitation practice, the 3DeVOK MQ scanning technology has demonstrated significant advantages. Taking arm scanning as an example, we have successfully applied this technology to the production of customized orthotics. The scanning method that does not require markers greatly simplifies the operation process and improves scanning efficiency.

More importantly, this technology uses Invisible light scanning and is classified as Class I (eye-safe), ensuring the safety of the operator and patient’s eyes throughout the scanning process. Combined with 3D printing technology, medical institutions can design and customize highly fitting and comfortable orthotics based on the obtained 3D scanning data. This innovative application not only enhances the level of personalization of rehabilitation assistive devices but also provides patients with more precise and efficient rehabilitation solutions, significantly improving the effects of rehabilitation and the quality of life for patients.

Virtual Space: Creating Immersive Experiences

3D scanning technology can transform real-world objects or scenes into digital models, providing a rich array of materials for the construction of virtual spaces. Using the 3DeVOK MQ 3D scanner, we can quickly capture 3D data of common objects such as toys and decorations. Combined with VR glasses, this 3D data can be transformed into lifelike virtual images that appear before our eyes, creating an immersive experience that feels like being there in person. Coupled with our self-developed 24-bit true color texture mapping replacement technology, the texture and color of virtual items are realistically restored, making the virtual space even more lifelike and giving users the feeling of being right at home.

3DeVOK MQ：Professional Empowerment, Unleashing the Digitalization of All Things

The 3DeVOK MQ portable 3D scanner, with its high precision, efficiency, and full-color restoration, provides powerful technical support for 3D scanning applications in various scenarios. Its 22-line infrared laser and infrared speckle technology meet the scanning needs of objects of different sizes and materials; the wireless free scanning function enhances the flexibility and convenience of scanning; and the 24-bit true color texture mapping replacement technology restores the true texture and color of objects.

As 3D scanning technology continues to evolve and improve, its application scenarios will become more extensive and gradually permeate all aspects of life. In the future, 3D scanning technology will become more intelligent and automated, deeply integrating with technologies such as artificial intelligence and big data, bringing about more revolutionary changes to all walks of life.