CUSTOM PROTOTYPE FABRICATION

Brand Owner (click to sort) Address Description
MAKERBOT MakerBot Industries One MetroTech Center Brooklyn NY 11201 [ Custom prototype fabrication of new parts, components and models for others, namely, jewelry, furniture, ornaments, arts objects, artifacts, household goods, toys, games, hobby models, office products, and various other consumer products; custom manufacturing for others of parts, components and models for personal, commercial or industrial products, namely, jewelry, furniture, ornaments, art objects, artifacts, household goods, toys, games, hobby models, office products, and various other consumer products; ]providing material treatment information, on-line from the Internet; Technical support services, namely, providing technical advice related to the manufacture of objects using a three dimensional printer; Provision of information, advice and consultancy in relation to custom prototype fabrication of objects using a three dimensional printer;plastic materials in extruded form for use in manufacturing; polymer materials in extruded form for use in manufacturing;MAKER ROBOT;Online [ and retail ] store services relating to printers for three dimensional shapes, circuit boards, software, polymers for three dimensional printing and supplies for three dimensional printing;
THE OPTICAL ENGINEERING EXPERTS OPTIKOS CORPORATION 107 Audubon Road, Bldg 3 Wakefield MA 01880 Custom prototype fabrication, assembly, and production of electro-optical systems for others;Equipment for optical testing, measurement, and evaluation, namely, collimators; instruments for use in testing optical parameters of lenses and lens assemblies including modulation transfer function and line spread function; infrared, visible, and ultraviolet light emitters for use in testing image quality and lens performance of cameras, image intensifiers, and night vision devices; optical scanners; scanning image analyzers, namely, optical test equipment comprising a detector, a matched preamplifier, collecting optics, and aligned mounting fixtures configured to capture an image formed by an optical system under test and to convert the optical image into an electronic image; optical lenses, namely, objective lenses for verifying performance of optical testing equipment; automated electronic instruments and associated software for use in measuring and testing image quality and focal length, blur size, modulation transfer function and other optical parameters of lenses, mirrors, prisms, and light-wave diffraction devices; digital image analyzers; electronic wave front sensors and associated software for use in measuring the wave front of lenses, mirrors, prisms, and lightwave diffraction devices; optical choppers in the nature of optical instruments that periodically interrupt light beams; instruments for calibrating thermal imagers, radiometers, and infrared light detectors; instruments for measuring the minimum resolvable temperature difference and minimum detectable temperature difference of thermal imaging systems; photometric cameras; infra-red radiometers; laser interferometers; automated systems, namely, software, computer hardware, and optical and electronic based instruments for use in characterizing optical performance of optical imaging systems and instruction manuals sold together as a unit; automated systems, namely, software, computer hardware, and optical and electronic based instruments for use in testing optical sensor and camera performance and instruction manuals sold together as a unit, all of which are for industrial and scientific use;OPTICAL ENGINEERING AS TO CLASSES 40 AND 42;Testing of optical and electro-optical imaging products and systems for others; engineering services and consultation in the field of optical product design and development;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A rapid prototype tempering process comprises producing a rapid prototype part from a base material, creating voids in the rapid prototype part, and filling the voids with a filler material that changes at least one characteristic of the prototype part. The rapid prototype part may be made, for example, by stereolithography, selective laser sintering (SLS), extrusion, printhead technology, or the like. The base material is generally a brittle material and the filler material may be selected to enhance the durability of the prototype part, for example. Parts made completely from a filler material that is injected into cavities of molds made from a base material are also disclosed.