A home appliance comprising a front panel , wherein the front panel comprises a preformed thin decorative layer and a thermoplastic layer , wherein the thermoplastic layer provides a haptic stimulus, wherein the front panel is obtained by a method comprising the steps of: a) Placing the preformed thin decorative layer , a metal film or a plastic film in a mold cavity of an injection molding machine ; b) Injecting a thermoplastic material into the mold cavity and at least partially over the preformed thin decorative layer to create the thermoplastic layer , such that in the obtained front panel the created thermoplastic layer comprises the thermoplastic material and is integrally formed with the decorative layer ; c) Letting the thermoplastic layer or both layers set in the mold; d) Ejecting the front panel from the mold when at least the thermoplastic layer is set, wherein the method, by means of which the front panel is obtained, further comprises the following additional step a1) carried out before step a): a1) At least partially micro-perforating the preformed thin decorative layer , by means of a laser, such that a micro-perforated area of the preformed thin decorative layer is retro-illuminable, and wherein in the home appliance comprising the front panel : - the home appliance comprises a light source to retro-illuminate the micro-perforated area of the preformed thin decorative layer ; - and the home appliance comprises an electronic control unit, wherein the electronic control unit is communicating with the light source, and is configured/programmed to retro-illuminate the micro-perforated area. a) Placing the preformed thin decorative layer , a metal film or a plastic film in a mold cavity of an injection molding machine ; b) Injecting a thermoplastic material into the mold cavity and at least partially over the preformed thin decorative layer to create the thermoplastic layer , such that in the obtained front panel the created thermoplastic layer comprises the thermoplastic material and is integrally formed with the decorative layer ; c) Letting the thermoplastic layer or both layers set in the mold; d) Ejecting the front panel from the mold when at least the thermoplastic layer is set, wherein the method, by means of which the front panel is obtained, further comprises the following additional step a1) carried out before step a): a1) At least partially micro-perforating the preformed thin decorative layer , by means of a laser, such that a micro-perforated area of the preformed thin decorative layer is retro-illuminable, and wherein in the home appliance comprising the front panel : - the home appliance comprises a light source to retro-illuminate the micro-perforated area of the preformed thin decorative layer ; - and the home appliance comprises an electronic control unit, wherein the electronic control unit is communicating with the light source, and is configured/programmed to retro-illuminate the micro-perforated area. a1) At least partially micro-perforating the preformed thin decorative layer , by means of a laser, such that a micro-perforated area of the preformed thin decorative layer is retro-illuminable, and wherein in the home appliance comprising the front panel : - the home appliance comprises a light source to retro-illuminate the micro-perforated area of the preformed thin decorative layer ; - and the home appliance comprises an electronic control unit, wherein the electronic control unit is communicating with the light source, and is configured/programmed to retro-illuminate the micro-perforated area. - the home appliance comprises a light source to retro-illuminate the micro-perforated area of the preformed thin decorative layer ; - and the home appliance comprises an electronic control unit, wherein the electronic control unit is communicating with the light source, and is configured/programmed to retro-illuminate the micro-perforated area. <EOS>