Non-contact shaping device and method

A non-contact shaping device, comprising:

• at least one first fixture operable to supply a blowing-out gas and a sucking-in gas and having a top on which a fixing section is formed, the fixing section on the top of the first fixture being structure to allow the blowing-out gas and the sucking-in gas to be supplied therethrough to carry out an operation of suction-fixing or an operation of lifting upward for at least one planar glass plate;
• at least one movable and temperature-controllable optic heat source processing device, wherein the optic heat source processing device is movable to a location above the first fixture to carry out heating, in a non-contact and temperature controlled manner, on predetermined heating portions on four peripheral edges of front, rear, left, and right sides of the planar glass plate positioned on the fixing section of the first fixture so that the predetermined heating portions of the four peripheral edges of front, rear, left, and right sides of the planar glass plate are softened and thus curved and suspending downward along a periphery of the fixing section and the curved glass plate is then caused to lift upward by gas blown from the fixing section of the first fixture;
• and
• at least one movable and downward-gas-blowing second fixture, wherein the second fixture is movable to cover and house a top side of the curved glass plate that is caused to lift upward by gas blowing from the first fixture and wherein the second fixture supplies a blowing-out gas downward from an underside thereof to collaboratively surround, in combination with the blowing-out gas blown upward from the first fixture, a top surface and an undersurface of the curved glass plate to cause, in a non-contact manner, cooling and shape fixing of the curved glass plate to form a three-dimensional curve-surfaced glass product.