Used TAMARACK 162 #101021 for sale

TAMARACK 162 is an innovative mask generation & production equipment. It is designed to address the growing demand for high-end masks in the entertainment, gaming, and healthcare industries. The system is highly-flexible, allowing users to quickly and easily create and test prototypes of advanced mask configurations. The engine of 162 is composed of several components, including an optimized plotting and cutting stage, an AI-driven modeling & mask development, and fast prototyping. The optimized plotting unit,which is designed for functionality and fast production of high-quality, accurate masks, is powered by TAMARACK 162 software and is connected to an array of advanced sensor heads. The sensor heads can analyze information from 3D CAD/CAM programs, like Autodesk Fusion 360, and WYSIWYG masks development software, like Ultimakes Pro. With the sensor heads,the machine can precisely and accurately control the laser cutting heads and plotting emitters. The user can configure the operational settings, trace geometry, and create hundreds of masks in minutes. The AI-driven modeling & mask development enables users to quickly generate masks with the look and feel they desire. The tool utilizes AI-driven masking algorithms, which can analyze a manufacturer's sketch or design and automatically generate a seamless, accurate model of that mask. Once the model is created, the user can modify the mask with slim pleats, intricate details, and unique shapes & textures. Finally, 162 also offers fast prototyping, allowing users to quickly test design ideas and develop prototypes of their masks. The asset has an integrated laser prototyping model, which can etch designs into thin sheets of material up to 8-10 inches in width. The user can connect the equipment to the 3D software to generate thousands of masks with the look, feel, and textures desired. Overall, TAMARACK 162 is the perfect system for businesses looking to quickly generate high-end masks. It is equipped with the latest technology, making it easy for users to develop intricate, accurate masks with AI-driven masking algorithms, optimized plotting and cutting stage, and fast prototyping unit.