Part of Prototype Best Material Purpose Main Scanner Body PVC Pipe / Foam Core + Gloss White Paint Creates the clean, sterile appearance of a real hospital diagnostic bay. Patient Sliding Bed Acrylic Plexiglass sheet or heavy cardboard Allows you to slide the patient/organ smoothly in and out of the scanner during your 5-minute pitch. The Uterus Plat-Cure Silicone or Sculpted Polymer Clay Provides the explicit anatomical structure showing where the growth is located. The Growth Thermochromic (color-changing) polymer gel Visually proves to the judges that the innovation is "shrinking or getting rid of" the target area. The Proton Beam Battery-powered blue EL Wire / Fiber Optic strand Shows the exact physical trajectory of the proton beam hitting the tumor. The Main Scanner Body (The MRI Gantry) The Outer Shell: A crisp, gloss-white cylinder made from a wide PVC pipe coupler or an industrial cardboard tube. It sits horizontally on a sturdy black plastic base. The Inner Ring: Lined with metallic silver tape to represent the internal magnetic coils. Deep inside the tunnel sits a small, stylized gray cone—this is the Proton Beam nozzle. 🛏️ The Sliding Patient Bed & Anatomical Model The Tray: A clear sheet of plexiglass or acrylic slides smoothly straight into the center of the scanner gantry. The Uterus Cross-Section: Mounted flat on the tray is a vibrant, anatomically accurate model of the uterus. It is sculpted with deep pink and red tones showing the thick muscular walls. The Target Growth: Embedded inside the uterus wall is a distinct, darker nodule. When you shine a light or activate your beam, this is the exact spot the beam hits. ⚡ The Active Proton Beam Effect The Beam: A single, razor-sharp glowing blue-violet electroluminescent (EL) wire threads from the nozzle inside the tunnel. The Interaction: You pull the wire taut so it forms a perfectly straight line pointing directly at the center of the growth. This lets the judges instantly see the precision of the proton therapy without needing digital animation.

Part of Prototype Best Material Purpose Main Scanner Body PVC Pipe / Foam Core + Gloss White Paint Creates the clean, sterile appearance of a real hospital diagnostic bay. Patient Sliding Bed Acrylic Plexiglass sheet or heavy cardboard Allows you to slide the patient/organ smoothly in and out of the scanner during your 5-minute pitch. The Uterus Plat-Cure Silicone or Sculpted Polymer Clay Provides the explicit anatomical structure showing where the growth is located. The Growth Thermochromic (color-changing) polymer gel Visually proves to the judges that the innovation is "shrinking or getting rid of" the target area. The Proton Beam Battery-powered blue EL Wire / Fiber Optic strand Shows the exact physical trajectory of the proton beam hitting the tumor. The Main Scanner Body (The MRI Gantry) The Outer Shell: A crisp, gloss-white cylinder made from a wide PVC pipe coupler or an industrial cardboard tube. It sits horizontally on a sturdy black plastic base. The Inner Ring: Lined with metallic silver tape to represent the internal magnetic coils. Deep inside the tunnel sits a small, stylized gray cone—this is the Proton Beam nozzle. 🛏️ The Sliding Patient Bed & Anatomical Model The Tray: A clear sheet of plexiglass or acrylic slides smoothly straight into the center of the scanner gantry. The Uterus Cross-Section: Mounted flat on the tray is a vibrant, anatomically accurate model of the uterus. It is sculpted with deep pink and red tones showing the thick muscular walls. The Target Growth: Embedded inside the uterus wall is a distinct, darker nodule. When you shine a light or activate your beam, this is the exact spot the beam hits. ⚡ The Active Proton Beam Effect The Beam: A single, razor-sharp glowing blue-violet electroluminescent (EL) wire threads from the nozzle inside the tunnel. The Interaction: You pull the wire taut so it forms a perfectly straight line pointing directly at the center of the growth. This lets the judges instantly see the precision of the proton therapy without needing digital animation.
segun ajayi

@segun ajayi

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Part of Prototype Best Material Purpose Main Scanner Body PVC Pipe / Foam Core + Gloss White Paint Creates the clean, sterile appearance of a real hospital diagnostic bay. Patient Sliding Bed Acrylic Plexiglass sheet or heavy cardboard Allows you to slide the patient/organ smoothly in and out of the scanner during your 5-minute pitch. The Uterus Plat-Cure Silicone or Sculpted Polymer Clay Provides the explicit anatomical structure showing where the growth is located. The Growth Thermochromic (color-changing) polymer gel Visually proves to the judges that the innovation is "shrinking or getting rid of" the target area. The Proton Beam Battery-powered blue EL Wire / Fiber Optic strand Shows the exact physical trajectory of the proton beam hitting the tumor. The Main Scanner Body (The MRI Gantry) The Outer Shell: A crisp, gloss-white cylinder made from a wide PVC pipe coupler or an industrial cardboard tube. It sits horizontally on a sturdy black plastic base. The Inner Ring: Lined with metallic silver tape to represent the internal magnetic coils. Deep inside the tunnel sits a small, stylized gray cone—this is the Proton Beam nozzle. 🛏️ The Sliding Patient Bed & Anatomical Model The Tray: A clear sheet of plexiglass or acrylic slides smoothly straight into the center of the scanner gantry. The Uterus Cross-Section: Mounted flat on the tray is a vibrant, anatomically accurate model of the uterus. It is sculpted with deep pink and red tones showing the thick muscular walls. The Target Growth: Embedded inside the uterus wall is a distinct, darker nodule. When you shine a light or activate your beam, this is the exact spot the beam hits. ⚡ The Active Proton Beam Effect The Beam: A single, razor-sharp glowing blue-violet electroluminescent (EL) wire threads from the nozzle inside the tunnel. The Interaction: You pull the wire taut so it forms a perfectly straight line pointing directly at the center of the growth. This lets the judges instantly see the precision of the proton therapy without needing digital animation.

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