Summary. Reverse engineering with a 3D scanner uncovers design specifications from finished objects. Essential for duplicating legacy parts or analysing competitors’ products, it provides accurate data for manufacturing and speeds up the development process....
Precision Woes in 3D Printing and Scanning Jumping into the world of 3D printing and scanning often starts with excitement but can quickly turn to frustration when your prints or scans don’t turn out as expected. The precision required for successful 3D printing...
Summary. To determine how strong 3D printed parts are, consider material choice and design. Materials like PLA, ABS, and nylon vary in strength. Pairing the right material with proper design and print settings optimises strength. How strong 3D printed parts are...
Summary. Embark on a journey through the captivating world of 3D printing and scanning. This blog unravels the distinctions between these cutting-edge technologies, shedding light on their unique roles in industries like healthcare and conservation. Discover the...
Summary. 3D scanning cost is influenced by various factors, from equipment type to object complexity. Size, geometry, and desired application dictate the price. Choosing the right technology, considering end applications, and selecting a reputable service ensures...
Summary. 3D scanning black materials presents unique challenges, often leading to compromised results. Central Scanning uses state-of-the-art technology like the GOM ATOS Q and ZEISS T-Scan hawk 2 to ensure precise data capture, even with reflective surfaces,...
