Gallery

About Project

Feast your eyes on this stunning architectural scale model of a hospital complex! The intricate details will leave you in awe.

Patient Rooms: Peer inside and see miniature hospital beds, hinting at the spaces where patients find comfort and care.
Specialized Areas: Discover rooms filled with cutting-edge medical equipment, showcasing the hospital's advanced treatment capabilities.
Crystal-Clear View: Transparent walls grant an unobstructed view into every corner of this architectural marvel.
Lush Surroundings: A touch of green represents a tranquil outdoor garden, while details like a sewage treatment station and oxygen generating room add realism.
How did we achieve this level of detail?

Laser-Cut Precision: MDF and acrylic boards were meticulously cut to create the hospital's structure.
3D Printed Wonders: Resin 3D printing brought life to the tiniest elements – beds, desks, medical equipment, and even lifelike figures!
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Solution

• Step 1: Design and Planning.
  • The hospital model’s design was meticulously planned, considering the layout of patient rooms, specialized treatment areas, and outdoor spaces.
  • Detailed blueprints were created, specifying the dimensions and features of each room.
• Step 2: Material Selection.
  • Laser Cut MDF Boards:
    • First, MDF (Medium-Density Fiberboard) sheets were selected for the base structure. These boards provide stability and a smooth surface for the model.
    • The MDF boards were cut using a laser cutter to create the overall shape of the hospital building.
  • Acrylic Boards:
    • Transparent acrylic sheets were chosen for the walls. Their transparency allows viewers to see inside the rooms.
    • The acrylic panels were also laser-cut to match the dimensions of the rooms and corridors.

• Step 3: 3D Printing Process.
  • Resin Printing:
    • The beds, desks, cupboards, computers, medical equipment, and dummies were 3D printed using resin-based 3D printers.
    • Resin printing allows for intricate details and precise scaling, ensuring realism in the model.
• Step 4: Integration and Finishing:
  • The laser-cut MDF base and acrylic walls were assembled, securing the transparent panels in place.
  • The 3D-printed components were carefully glued into their respective positions.
  • LED lights were also assembled to light up every ward.
  • Final touches, such as painting and adding tiny details (like potted plants or signage), were done to enhance realism.
• Step 5: Quality Check and Presentation:
  • The completed hospital model underwent a thorough quality check to ensure accuracy and visual appeal.
  • It was then presented to stakeholders, architects, or project teams for review and feedback.