iPhoneX, 2017
The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
iPhoneX 2017/title_image.jpg
iPhone5C, 2013
An injection—molded polycarbonate shell conceals a stainless steel structural frame. The logo was pad printed on the back of the enclosure prior to applying a hardcoat, while the text graphics were laser marked through the hardcoat into the polycarbonate resin.
iPhone5C 2013/title_image.png
iPhone4, 2010
世界上最漂亮的手机,就像一台老式的徕卡相机。由不锈钢作为天线,前后玻璃背板形成三明治结构。
iPhone4 2010/title_image.jpg
iPhone, 2007
Translucent, durable polyurethane was molded over the textured polycarbonate housing. Encapsulated within polycarbonate resin, a die-cast metal core forms the retractable handle.
iPhone 2007/title_image.png
iMac, 2007
The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
iMac 2007/title_image.jpg
iPad, 2010
The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
iPad 2010/title_image.png
iMac, 2005
在后退中前进——iMac 的一小步,造型的一大步。背面造型从几乎平直的面改为了类似蛋壳面的曲面,这一改变也为 2008 款的曲面奠定了基础。
iMac 2005/title_image.webp
iMac, 2004
在前进中后退。新式的光驱使得iMac可以将整个机身至于平面显示器后方,在今天看来,这有些笨重。
iMac 2004/title_image.png
iMac, 2003
The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
iMac 2003/title_image.png
iMac, 1999
The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
iMac 1999/title_image.jpg
iMac, 1998
The iMac form was driven by its primary component, the 15inch blown-glass cathode ray tube.
iMac 1998/title_image.png
iBook, 1999
Translucent, durable polyurethane was molded over the textured polycarbonate housing. Encapsulated within polycarbonate resin, a die-cast metal core forms the retractable handle.
iBook 1999/title_image.png
PowerCubeG4Cube, 1999
The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
PowerMacG4Cube 1999/title_image.png
PowerMacG4, 1999
Translucent, durable polyurethane was molded over the textured polycarbonate housing. Encapsulated within polycarbonate resin, a die-cast metal core forms the retractable handle.
PowerMacG4 1999/title_image.jpg
PowerMacG3, 1999
Translucent, durable polyurethane was molded over the textured polycarbonate housing. Encapsulated within polycarbonate resin, a die-cast metal core forms the retractable handle.
PowerMacG3 1999/title_image.jpg
Mac OS X, 1999
The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
MacOSX 1999/title_image.jpg
MacBookPro, 2008
The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
MacBookPro 2008/title_image.png
MacBookAir, 2008
The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
MacBookAir 2008/title_image.png
Apple Cinema Display, 1999
In contrast to traditional molding practices, a variable-thickness, transparent polycarbonate was molded in a mirror-polished 420HH hardened stainless steel tool. This clear enclosure suspends a steel module that houses the 16:9 aspect ratio LCD.
./AppleCinemaDisplay 1999/title_image.png