0.05mm repeatable scanning accuracy

Product main highlights:
1. gyroscope: by adding gyroscope, it improves the smoothness and success rate of stitching during scanning process, and makes the scanning result more stable and accurate.
2. RGB LED fill light: By adding the RGB LED fill light, it improves the model texture mapping effect, and at the same time enhances the ease of use for equipment calibration.
3. IR LED fill light: By adding IR LED fill light, it improves the scanning performance in mark point mode, as well as improves the ease of use for device calibration, and enhances the scanning accuracy.
It also improves the ease of use for device calibration and enhances the scanning accuracy.
4. Type-C interface: the data cable connection is replaced with a Type-C interface, which complies with EU standards and provides more stable and easy-to-use connectivity.
5. Wi-Fi 6: Upgraded to Wi-Fi 6 for more efficient, stable and secure wireless data transmission.
6. Touch Key: The keys are upgraded to touch keys, which makes the operation more friendly and provides richer functions at the same time.
7. platform compatibility: support free use of iOS, Android, Windows and macOS clients, while supporting real-time online updates, providing more
Wide range of platform support and convenient user experience.
The main application scenarios of the product:
1. Game design: POP 3's high-precision scanning and texture mapping capabilities make it widely used in game design. Game developers can use POP 3 to scan real objects, scenes, or characters and transform them into texture maps.
Game developers can use POP 3 to scan real objects, scenes or characters and transform them into 3D models in the game to enhance the realism and immersion of the game.
2. Reverse Engineering - Auto Repair: POP 3's high precision and smooth stitching can be used in the field of automotive reverse engineering. Car mechanics can use POP 3 to scan car parts, engines or car bodies for identification and
Auto mechanics can use POP 3 to scan car parts, engines or car bodies to identify and fix problems, customise parts and replace them.
3. Digitisation - Restoration: Thanks to its high precision and texture mapping capabilities, POP 3 can be useful for digitisation and restoration of cultural heritage. Conservationists can
Conservationists can use POP 3 to scan the shape and texture of valuable artefacts for digital archiving, restoration and conservation.
4. Medical Rehabilitation - Rehabilitative Insole Supports: POP 3's high-precision scanning capabilities can be applied in the field of medical rehabilitation. Medical professionals can use the POP 3 to scan a patient's foot
Medical professionals can use the POP 3 to scan the shape of a patient's foot and design and customise rehabilitative insoles and protectors, providing a personalised medical solution.
5. Customised Products - Sneaker Design, Hair Styling: Since POP 3 supports high precision scanning and texture mapping, it can be applied to the design of customised products. Sneaker designers and hair stylists can use POP 3 to scan
Sneaker designers and hair stylists can use POP 3 to scan the shape of their clients' feet or heads and provide them with personalised sneaker or hair styling.
6. Handcrafted Models: POP 3's high-precision scanning and texture mapping capabilities make it suitable for handcrafted models. Model artists can use POP 3 to scan prototypes and then transform them into detailed hand models, providing more realistic and unique model creations.
7. Household Object Scanning - Toys, Souvenirs, Fruits: POP 3's portability and high-precision scanning capabilities make it suitable for household object scanning. Users can use POP 3 to scan
objects such as toys, souvenirs or fruits for 3D archival records, virtual presentations or personalisation