Successes

Biaxial Stretcher

A shiny metal plane with many long arms that stretch from the edges to a small square in the center. A handle at the top pulls all the arms, stretching a sample in all directions at once.
Imre Treufeld, a polymers researcher at CWRU, designed and built this bench-top biaxial stretcher as  part of his post-doctoral work. This device will be used to study effects of stretching on the dielectric properties of polypropylene which is used in capacitors for electronics. Imre's research has found that simultaneous stretching in two directions imparts the film with the most desirable qualities and may lead to more durable and effective electronic components in the future. By building this device from scratch, Imre saved his lab as much as half a million dollars.
Contact:
Imre Treufeld, ixt31@case.edu

Photosynthesis

 a metal tree is filled with LEDs and as a child breathes into a panel attached to the side, the LEDs light up more
Steven Gutierez, a faculty member at the Cleveland Institute of Art, demonstrates our symbiotic relationship with plants and trees through interactive art. This welded metal sculpture uses LEDs to visualize photsynthesis. Sensors embedded in the tree sense carbon dioxide so that as observers breathe onto the tree the lights react as they "process" the breath back into oxygen.
Contact:
Steven Gutierez, sgutierrez@cia.edu

Mbrio

A pregnant woman holding a phone is wearing mbrio prenatal headphone adapters on her waistband.
These patented prenatal headphone adapters allow mothers to enjoy music with their babies. Medical grade silicone dampens the sound to safe levels to protect the baby's hearing while plastic clips attach easily to the waistband. Access to the think[box] PolyJet 3D Printing Services accelerated Mbrio's design for manufacturing, producing more prototypes in less time and for less money.
Contact:

Scrabble Board

rotating scrabble board with multicolored tiles. The words "think[box]", "Case", and "Sears" are all tiled on the board and Vondruska is etched along the top
Brian Vondruska engineered his own rotating Scrabble board so that everyone in his games club can play the game right-side up.

Epigraphic Squeeze Models from Photgrammerty

A 3D printed block of a rocky surface with a rendering of the letter 'F' in a graffiti font.
Andrew Mancuso, preservation officer at Kelvin Smith Library, used a process called photogrammetry to create 3D models of historical Cleveland graffiti near Doan Brook. He brought the models to think[box] to 3D print the models out for a hands-on element to include in his research presentation.
Contact:
Andrew Mancuso, labcoat@case.edu

Living Wall System

two wooden leaning structures with angled segments on either side with red-orange tiles on one and rock tiles on the other
The Living Wall System (LIWAS) brings bio-utilization and biomimicry together. The clay panels mimic the shape of leaves to help cool buildings and conserve energy by dissipating water vapor quickly. The foam models for the plaster molds were made with the ShopBot at think[box]
Contact:

Custom Longboard

Side by side pictures of the top and bottom of a longboard deck with one side having grip tape and the other having a wavy engraving on it.
Alex Blake designed and built this custom longboard from scratch. He modeled the boards with SolidWorks before machining the mold with the shopbot to achieve curved surfaces.  Laminated bamboo and fiberglass was pressed the deck into the molds to achieve a smooth organic shape. Grip tape cut into custom shapes on the laser cutter finished the deck.
Contact:
Alex Blake, afb37@case.edu

CAN Kong and Terminal Tower

A sculpture of king kong holding Terminal Tower made entirely of cans.
CANstruction, Inc. is a non-profit organization that holds annual design and build competitions to benefit local food banks. The sculpture consists of approximately 6,000 tuna cans wrapped in black trash bags and trace paper in the form of CAN Kong and Terminal Tower. The team cut the pieces stabilizing the sculpture on the ShopBot.
Contact:

Intubot

A robotic assembly on a wooden structure with an endotracheal tube extending from the bottom.
Intubot is a novel robotic intubation device that deploys an endotracheal tube between a patient’s vocal cords to protect and ventilate the lungs during a respiratory failure or distress. Intubation is one of the most common procedures performed worldwide in emergency departments but requires a high level of skill. Doctors will also experience difficulties during the procedure such as short necks, arthritic spines, etc. These issues motivated Ph.D. student Xiangyi Cheng to design a device that facilitated the procedure. The automation of this complicated procedure signifies another step towards improving medical practices by obtaining higher accuracy and efficiency. 
Contact:
Xiangyi Cheng, xxc283@case.edu

Dynamic Rocket Stability Control Module

A 3D printed rocket nose cone with electronics and servos
Vincent Cozza, Benjamin Fruitman and Richard Offhaus created this simple, lightweight and dynamic 3D printed rocket active stabilization system. Their design uses cheaper components and materials making it easier to produce than current stabilizers on the market, which in turn gives novice rocketeers access to rocket stabilization technology. Onboard electronics track a variety of environmental inputs and guide the rocket along the correct path.
Contact:
Vincent Cozza, vrc13@case.edu
Benjamin Fruitman, bjf70@case.edu
Richard Offhaus, rco19@case.edu

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