It seemed almost counter-intuitive at first, but robots definitely have a place in producing one-off or low-volume custom pieces. This is now very common in many fields, such as CNC machining (they're robots anyway) specialized car parts. In 2012 and 2013, Ford used CNC mills to manufacture the high-flow cylinder heads for the limited-run Mustang Boss 302's V8. Due to some technological advancement in the casting method, identical heads are now used on every 2015 Mustang GT's 5.0 V8 at a far lower cost.
The first thing that actually came into mind was the Toni Stabile Student Center at Columbia University. Results of using algorithms and Grasshopper are apparent throughout the building. Elements such as the wall with the building image dotted into it, or the ceiling panels that optimize acoustics are things that could only have been done by robots and computer programs, and that doesn't make them any less unique. Usually when people think about robotic fabrication, they think of assembly line-like environments where millions of the same thing are produced. The idea that a robot can aid in creating custom pieces doesn't come naturally, but if you think about it, what kind of person can measure and cut thousands of holes, each of a slightly different size, precisely and efficiently on dozens of wall panels? That's a job for a robot. Using Grasshopper and an automated machine, we can create unique things even if they require the repetitive, precise movement of a robot (with a software and file, you have the option of making thousands of copies, too). Digital technology shouldn't be seen as a limiting factor upon human creativity, but rather a tool to explore new possibilities.
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