Mechanical Design
3D Model of MagiCoil v1.0
3D Model of MagiCoil v1.0
● 45 mm high (coil being 40 mm high) 18.5 cm x 10 cm long.
● 45 mm high (coil being 40 mm high) 18.5 cm x 10 cm long.
● PCB placed 2.5 cm up from bottom of the shell.
● PCB placed 2.5 cm up from bottom of the shell.
● Current hole between coils and PCB set at 10 mm wide by 3 mm high.
● Current hole between coils and PCB set at 10 mm wide by 3 mm high.
3D Printing the Handheld Device
3D Printing the Handheld Device
• The manufacturing of this MPS handheld device uses the 3D printing technology.
• The manufacturing of this MPS handheld device uses the 3D printing technology.
• 3D printed objects can have a very complex shape or geometry and are always produced starting from a digital 3D model or a CAD file.
• 3D printed objects can have a very complex shape or geometry and are always produced starting from a digital 3D model or a CAD file.
• By using 3D printing, the manufacturing fee for MPS handheld deivce can be largely cut down.
• By using 3D printing, the manufacturing fee for MPS handheld deivce can be largely cut down.
3D Printed Coil Molds
3D Printed Coil Molds
Device Shell Mechanical Design
Device Shell Mechanical Design
Material Properties
Material Properties
• Polylactic Acid (PLA)
• Polylactic Acid (PLA)
• Natural transparent color
• Natural transparent color
• More environmental friendly
• More environmental friendly
• High strength
• High strength
• Odorless
• Odorless
• Transparency. The nearer the source of light to the surface of the shell, the more visible it is. The thickness of the wall is about 1mm.
• Transparency. The nearer the source of light to the surface of the shell, the more visible it is. The thickness of the wall is about 1mm.