A system for laminating and de-bubbling a mobile electronic device screen, comprising: a machine unit, said machine unit comprising: an external housing; a metal vacuum pressure chamber for housing a mobile electronic device screen during a laminating process and/or de-bubbling process; a lid for sealing and unsealing the metal vacuum pressure chamber; an O-ring for sealing the metal vacuum pressure chamber during vacuum and high pressure; a vacuum pump for creating a vacuum in the metal vacuum pressure chamber; a piston chamber with a piston and a piston plate facing upwards into the metal vacuum pressure chamber for applying an upwards pressure to the mobile electronic device screen within the metal vacuum pressure chamber; a central air distribution block with solenoid valves and a pressure sensor, the central air distribution block being configured for distributing and exhausting air to and from the piston chamber, and the pressure sensor being configured for providing system air pressure readings; a control printed circuit board with processor and operating software for controlling operations of the machine unit; actuators for opening, closing and sealing the lid of the metal vacuum pressure chamber; an on/off switch for powering the machine unit on and off; a power inlet for distributing power to the machine unit, including the control printed circuit board; an operations button for performing designated functions of the machine unit; an air inlet port for allowing high pressure air to pass from an external air compressor into the central air distribution block; and a standalone high pressure air compressor for providing high pressure air into the central air distribution block; characterized in that the system further comprises an airbag installed on an underside of the lid which inflates within the metal vacuum pressure chamber for applying downwards pressure on the mobile electronic device screen; wherein the central air distribution block is configured for distributing and exhausting air to and from the airbag. an external housing; a metal vacuum pressure chamber for housing a mobile electronic device screen during a laminating process and/or de-bubbling process; a lid for sealing and unsealing the metal vacuum pressure chamber; an O-ring for sealing the metal vacuum pressure chamber during vacuum and high pressure; a vacuum pump for creating a vacuum in the metal vacuum pressure chamber; a piston chamber with a piston and a piston plate facing upwards into the metal vacuum pressure chamber for applying an upwards pressure to the mobile electronic device screen within the metal vacuum pressure chamber; a central air distribution block with solenoid valves and a pressure sensor, the central air distribution block being configured for distributing and exhausting air to and from the piston chamber, and the pressure sensor being configured for providing system air pressure readings; a control printed circuit board with processor and operating software for controlling operations of the machine unit; actuators for opening, closing and sealing the lid of the metal vacuum pressure chamber; an on/off switch for powering the machine unit on and off; a power inlet for distributing power to the machine unit, including the control printed circuit board; an operations button for performing designated functions of the machine unit; an air inlet port for allowing high pressure air to pass from an external air compressor into the central air distribution block; and a standalone high pressure air compressor for providing high pressure air into the central air distribution block; characterized in that the system further comprises an airbag installed on an underside of the lid which inflates within the metal vacuum pressure chamber for applying downwards pressure on the mobile electronic device screen; wherein the central air distribution block is configured for distributing and exhausting air to and from the airbag.