3D Printed Patterned Landscapes

Stylish student projects from the University of Nicosia.
18 Piny272 Obserwujący
Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design

Utilizing their knowledge, students designed 18 tessellated tiles with various geometric shapes with sharp edges, lobed waves, rough surfaces, and organic formations. With the help of ZMorph multitool 3D printers they were able to manufacture their bold ideas into reality. Each tile took an average of nine hours to print with 1.75 mm plastic extruder and white ABS. #3Dprinting #ideas #design


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