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Andrzej Goryl
Case1: Andrzej Goryl's 3D Facial Scanning Experience with Ferret
For our Christmas holiday contest, Andrzej Goryl embraced the challenge of 3D scanning his own face using the Ferret scanner. Key steps included:
Yoann Bouchard
Yoann Bouchard utilized CR-Scan Ferret 3D scanner to make a groundbreaking approach to family portraiture. Portraits are approximately 6cm tall, printed in 0.2 layers. Yoann's methodical approach employed the following settings and techniques:
Software settings: Large Size/Geometry Mode/Fast/With or without colors
Light Source: Utilization of ambient light, ideally non-contrasted for consistency. Activation of phone lights to enhance clarity during scanning.
Scanning Distance and Duration: Maintaining a distance of 1-2 meters. Swift scanning process to minimize the chances of involuntary model movement.
Scanning Process: Initiating with the face to capture the most expressive features first. Avoiding multiple scans of the face to prevent capturing different expressions.
Additional Tips: Advised against scanning with glasses. Instead, take a reference photo and integrate it later into the 3D model.
Yoann Bouchard's application of Ferret in family portrait scanning showcases the technology's capability to create detailed and high-quality models.
Rohan Solanki
Here we share Rohan Solanki's journey with the Ferret 3D scanner. Rohan Solanki captured the model of his lovely kids' model with Ferret Scanner and MacBook Air M1, and then 3D printed with Creality K1 printer, showcasing power of technology and creativity. "It is just a magical things to combine 3d scaner and 3d printer objects. Thanks Creality and Ferret, it is really a amazing scanner."
Don Barton
Our software of the scanner achieved a significant milestone in October, enabling multi-project merging. This groundbreaking feature allows for the combination of different scans into a single project. Don Barton embarked on testing the new function by 3D scanning his printed head wearing a mask. And then he 3d printed the scan out on Ender3 S1 with a phosphorescent filament, adding a unique, glow-in-the-dark quality to the final print.
Don Barton
Don Barton ingeniously merges the scans of the Elvis statue and the colleague's head and then this unique project was brought to life with Ferret 3D scanner and Ender 3 S1. The Elvis statue is about 100 cm in height. You can also unleash your creativity and produce a one-of-a-kind figurine as a gift to your friends or family.
Tony Fong
Our Facebook Group Expert Tony Fong, who really likes using Lizard scanner to create reference geometries for 3D modelling around, embarked on a DIY project to create custom plastic trims for a Honda Civic. A swift 2-minute scan with texture mode, captures the necessary details of the car's trim. Then utilizing dry shampoo or spray to enhance surface detectability and adding "tracking dots" by creating little random circles in the surrounding scan area significantly improves tracking accuracy. The surface was then imported into CAD software and designed the trim. The final result after 3d printing is great!
Tony Fong
Tony Fong embarked on a DIY project to create a glovebox lid, employing the Lizard Scanner and showcasing how to utilize basic sticky dots for tracking enhancement during 3D scanning. The entire scanning process was efficient, taking only about 15 minutes, with a few additional minutes for processing. The scan served its purpose excellently as a reference for CAD design, demonstrating that precision can be balanced with practicality in DIY 3D scanning projects.
Andrzej Goryl
Jason Hixon
Jason Hixon pulled the defrost vent out of 2023 Camaro. Utilizing Ferret 3D Scanner, he reverse-engineered the vent to integrate a Wideband gauge and a shift light holder, overcoming the challenge of the vent's complex, curve-rich design. The lack of flat surfaces on the factory defrost vent presented a significant challenge and Jason Hixon used playdough and a small photography tripod to optimally position the vent for scanning. Scanning software settings are: Medium Size/Geometry/No Color/High Quality/Turntable. The initial prototype was printed in white PLA, serving as a test model for fitting and functionality. The definitive version is being printed in PA CF Nylon, chosen for its durability and finish, suitable for the automotive environment.
Jason Hixon
Jason Hixon expertly used the Ferret scanner connected with a MacBook Pro M2 and scanned the relay box in its actual position within the vehicle. The precision of the Ferret ensured that every contour and dimension of the relay box was captured in detail, paving the way for an accurate and tailored design process. Post-scanning, Jason transitioned to Fusion360 for the design phase, bringing his custom bracket concept to life. This project highlights not just the versatility of the Ferret scanner in handling automotive components, but also Jason's ingenuity in leveraging technology to solve practical challenges, transforming his garage into a hub of innovation. Here are some projects Jason has done before.
Andrzej Goryl
Andrzej Goryl introduced a simple yet effective technique of placing a glass pane under the object. This not only provided a clean, flat surface for scanning but also made it easier to separate the model from the background in the resulting scan, streamlining the post-processing stage. In addition, Andrzej crafted a robust, motorized DIY turntable. This turntable significantly improves the scanning process, providing a steady and controlled rotation that is ideal for capturing detailed and consistent scans, especially for heavier models up to 10kg. The scans he shared in our Facebook group are awesome and outstanding.
Steven Howser
Steven Howser embarked on a detailed 3D scanning project of a small bowl, employing the Lizard Scanner for eight table scans at maximum resolution, split between geometry and texture modes. The process involved thoughtful techniques, like elevating the bowl for a cleaner scan and employing LED lighting from various angles against a neutral background, ensuring optimal scan quality. As for post-processing, Steven Howser skillfully used CrealityScan software and exported the model to Blender for addressing minor mesh imperfections. The final 3D model, trimmed and refined, was printed at 50% scale using glow-in-the-dark PLA on an Ender 3 S1 Pro, destined to become a cherished toy for the user's grandson, who adores glow-in-the-dark items.
Miguel Jeronimo Alvarez
In our Thanksgiving Day Challenge, Miguel Jeronimo Alvarez showcased the efficiency and precision of the CR-Scan Lizard by scanning a detailed vinyl toy. The scan was completed in manual mode with only three scans. It demonstrated the scanner's ability to rapidly capture intricate details, making it an ideal tool for 3D scanning.
Vũ Dương
Vũ Dương utilized the Ferret Pro scanner, connected with iPhone 11, to capture the model of 15 cm clay dragon. The project, involving five detailed scans of various dimensions, highlighted the Ferret Pro's exceptional accuracy, achieving fine details up to 0.1mm. Each scan, perfectly edited and optimized via CrealityScan software on computer, contributed to this intricately detailed 3D model. This fusion of advanced scanning technology and creative artistry exemplifies the Ferret Pro's capability to let complex 3D models possible.
Don Barton
Don Barton embarked on a meticulous project, capturing the model of Serge Gainsbourg , detail-oriented capabilities of the Ferret scanner. The process flawlessly translated the iconic figure into a precise 3D model, demonstrating the scanner's prowess in picking up intricate details swiftly and accurately. Post-scanning, the digital model was brought to life using an Ender3 S1 printer, showcasing integration of high-quality scanning and printing. This project not only exemplifies the Ferret's efficiency in rapid and detailed scanning but also its role in streamlining the creative workflow from digital capture to physical manifestation.
Don Barton
Embracing the Halloween theme, Don Barton skillfully utilized the Creality Ferret to 3D scan his collection of garden gnomes and a themed tree. The scanner's swift and detailed capturing abilities allowed each object, from the gnomes to the tree, to be scanned and printed separately, showcasing the Ferret's prowess in preserving intricate details and enabling creative displays.
Brian Dragtstra
Brian Dragtstra embarked on a charming project to bring Christmas villages to life in miniature form. Leveraging the precision of the CR-Scan Ferret 3D scanner, he scanned an array of village elements – including houses, churches, vehicles, and animals – and adeptly printed them at 50% to 75% of their original size, ensuring all components matched in scale.
Andrzej Goryl
Andrzej Goryl completed a challenging 3D scanning project involving the intricate details of trees. After more than 30 attempts to capture the complex structure, Andrzej successfully obtained an acceptable result. He shared preview images of the assembled model, which, due to its high detail and complexity, is too heavy for slicer software to process. Andrzej planed to refine the model further by reconstructing missing parts, smoothing certain areas, and conducting a test print to ensure all components fit together properly. Additionally, he has created alternative tree models to complement his project, demonstrating adaptability and commitment to achieving the best possible outcome in his 3D scanning endeavors.
Bodo Verwalt
Within just 10 minutes,Bodo Verwalt managed to successfully capture and get these two hand sculptures. Bodo Verwalt's first scanning experience shows that Ferret Pro is an ideal choice for newcomers to 3D scanning.
Steven Howser
Steven Howser ingeniously utilized the Lizard Scanner for a detailed 3D scan of an orange, enhancing the scan's accuracy with a simple yet effective trick: drawing random shapes with a blue dry erase marker to aid in tracking, which washed off easily post-scan. The scans were expertly managed in Blender, revealing a model nearly perfect for printing with minimal non-flat faces and zero non-manifold edges. While awaiting the arrival of orange filament, Steven printed a scaled-down version in green using his Creality E3 S1 Pro. The project involved a combination of five geometry scans and one texture scan for each of two positions, requiring manual alignment for some geometry clouds. Steven's careful adjustment of lighting, brightness, and sensitivity settings during the scan process ensured a high-quality result, showcasing the potential of 3D scanning and printing in creating precise and customizable objects.
Andrzej Goryl
In the winter season of 2023, Andrzej Goryl and his 4-year-old son captured the essence of a fleeting winter moment by scanning the Christmas snowman by using the CR-Scan Ferret. After smoothing out the scan, it looks a little better. Our CR-Scan Ferret can capture even the most ephemeral moments, turning them into lasting memories through 3D scanning and printing. It stands as a testament to the creative possibilities that these technologies offer in preserving personal and cherished experiences.
Andrzej Goryl
Andrzej Goryl took on the challenging task of 3D scanning a deer skull with Ferret. The subject's dimensions is 102x56x70 cm. Andrzej successfully used Ferret scanner to capture the detail of the skull with remarkable accuracy and then 3d printed it out to compare the orginal object and printed one. The successful capture of the deer skull demonstrated the potential of the Ferret Series.