A portable automated panel cutter comprising: - a plurality of frame profiles are releasably connected to form a support frame defining an inner support area, wherein at least a first frame profile of the plurality of frame profiles comprising a first carriage transmission part, - a carriage comprising a second carriage motor, a tool holder carriage movably mounted to a first tool holder transmission part and a second carriage transmission part, wherein the second carriage motor facilitates control of movement of the tool holder carriage in a second direction Y relative to the inner support area by control of the first tool holder transmission part, and wherein the carriage is releasably mounted to the first frame profile via a releasably connection between the second carriage transmission part and the first carriage transmission part, - a first carriage motor facilitates control of movement of the carriage in a first direction X relative to the inner support area by control of the first carriage transmission part, - a tool holder comprising at least part of a second tool drive, the tool holder being releasably mounted to the tool holder carriage, - a power cutter releasably mounted to the tool holder at least partly via the part of the second tool drive, - first tool displacement means facilitating control of movement of the power cutter in a third direction Z relative to the inner support area by control of at least one first tool drive, - second tool displacement means facilitating control of movement of the power cutter in an angle φ around the third direction Z by control of the second tool drive, and - a controller configured for receiving input data and based hereon configured for controlling the first and second carriage motors (8, 11) and the first and second tool displacement means (16, 19) and thereby the position (X, Y, Z) and orientation φ of the power cutter relative to the inner support area. - a plurality of frame profiles are releasably connected to form a support frame defining an inner support area, wherein at least a first frame profile of the plurality of frame profiles comprising a first carriage transmission part, - a carriage comprising a second carriage motor, a tool holder carriage movably mounted to a first tool holder transmission part and a second carriage transmission part, wherein the second carriage motor facilitates control of movement of the tool holder carriage in a second direction Y relative to the inner support area by control of the first tool holder transmission part, and wherein the carriage is releasably mounted to the first frame profile via a releasably connection between the second carriage transmission part and the first carriage transmission part, wherein the second carriage motor facilitates control of movement of the tool holder carriage in a second direction Y relative to the inner support area by control of the first tool holder transmission part, and wherein the carriage is releasably mounted to the first frame profile via a releasably connection between the second carriage transmission part and the first carriage transmission part, - a first carriage motor facilitates control of movement of the carriage in a first direction X relative to the inner support area by control of the first carriage transmission part, - a tool holder comprising at least part of a second tool drive, the tool holder being releasably mounted to the tool holder carriage, - a power cutter releasably mounted to the tool holder at least partly via the part of the second tool drive, - first tool displacement means facilitating control of movement of the power cutter in a third direction Z relative to the inner support area by control of at least one first tool drive, - second tool displacement means facilitating control of movement of the power cutter in an angle φ around the third direction Z by control of the second tool drive, and - a controller configured for receiving input data and based hereon configured for controlling the first and second carriage motors (8, 11) and the first and second tool displacement means (16, 19) and thereby the position (X, Y, Z) and orientation φ of the power cutter relative to the inner support area.