Hello Visitor!

Creativeapplications.Net (CAN) is a community of creative practitioners working at the intersection of art, media and technology.
Login
Status
Register | Forgot Password
Online for 6,518 days (17 years, 10 months, 5 days), published 4,187 articles about 2,945 people, featuring 206 tools, supported by 1,737 members, and providing access to 450 students.
Categories
CAN (94) Education (32) Event (256) Member (327) News (887) NFT (256) Project (2597) Review (46) Theory (54) Tutorial (39)
Log
Links

  • D23/02/2015
  • A @Filip
  • STextCopy to Clipboard (Text)
    Title + (Year) + People + URL
    /ImageGenerate Image
    PNG File Download (1080x1920)
    Copy URL to Clipboard
  • How to Make (Almost) Anything is a machine design graduate class at the MIT Media Lab taught by Neil Gershenfeld. The class is designed to challenge students with weekly design and engineering assignments, ranging from electronics design to large format machining. By the second to last week, students have acquired nearly all the skills (electronics design, mechanical design, networking, interface design, embedded programming, etc.) necessary to design and build a CNC machine.

    Many machines have been built during the decade-plus history of the course, so many that that a follow up course specifically on machine building was created called How to Make Something that Makes (almost) Anything. For the class this year, the team designed a cardboard construction kit and a framework for rapid machine prototyping. Extending the Modular Machines that Make project, they created a low-cost version of the reconfigurable stages using cardboard and off the shelf hardware. The bill of materials for a single cardboard stage including electronics is under 70 USD, and the cost goes down already in quantities of 2.

    GIFsource-d2048

    In the following example, the kit is used to construct and control a cardboard CNC machine combining modular hardware, modular electronics, and modular software. A 2 Axis drawing machine is produced using the framework comprised of a rotary and linear stage and a PCB. The system provides nearly an endless kinematic options made up from simple parts. In addition, cardboard makes a great material for machine prototyping because you can cut, glue, tape, laminate, slice, and fold with ease. It is cheap so iterations are a breeze.

    Diagrams-01-d2048

    Find out more about the cardboard construction kit and framework see links below. Also see Machines that Make: Reconfigurable Stages – different modular stages that allow users to explore different kinematic models easily.

    Project contributors include Nadya Peek, Ilan Moyer, James Coleman, Rebecca Li, Lin Pease and Elena Byun.

    Project Page | Paper (PDF) | How to Make.. – 4 projects

    https://vimeo.com/120352116

    https://vimeo.com/120352118

    https://vimeo.com/120352119

    Diagrams-04-d2048

    IMG_2182-d2048

    IMG_2323-d2048

    IMG_2230-m1280

    IMG_2240-d2048

     

    Machines that Make: Reconfigurable Stages

    stages2

    Activity Log
    Join our Community to View/Add Comments.
    Title Excerpt Metadata Color