Linear system for a production facility, - having a linear guide, a drive device, a spindle nut and a spindle, - wherein the spindle extends along an axis and - wherein the spindle nut is arranged on the spindle, and the spindle nut and the spindle engage with each other, - wherein the drive device is co-rotationally connected to the spindle nut on the output side and is designed to drive the spindle nut in rotation around the axis, - wherein the spindle nut is designed to move the spindle parallel to the axis during rotation about the axis, - wherein the spindle has a first spindle groove extending parallel to the axis on a first outer circumferential side, - wherein the linear guide has a guide housing fixed against rotation and has a first strip element, - wherein the guide housing has a first receptacle extending radially outwards, - wherein the first strip element has a carrier arranged radially on the outside and a strip arranged radially on the inside relative to the carrier, connected to the carrier and extending parallel to the axis, - wherein the first strip element engages with the carrier in the first receptacle of the guide housing and with the strip in the first spindle groove and is designed to guide the spindle in a direction parallel to the axis, characterized in that - a second outer circumferential side of the carrier and a first inner circumferential side of the first receptacle are designed to correspond to each other, at least in some sections, - wherein the guide housing is fixed in a system housing of the linear system by a fixing means, - wherein the fixing means is designed to introduce a clamping force (F s) into the guide housing, in order to press the first inner circumferential side of the first receptacle onto the second outer circumferential side, at least in some sections, and to fix the carrier in the first receptacle with a force fit, - wherein the clamping force (F s) is preferably aligned parallel to the axis. - having a linear guide, a drive device, a spindle nut and a spindle, - wherein the spindle extends along an axis and - wherein the spindle nut is arranged on the spindle, and the spindle nut and the spindle engage with each other, - wherein the drive device is co-rotationally connected to the spindle nut on the output side and is designed to drive the spindle nut in rotation around the axis, - wherein the spindle nut is designed to move the spindle parallel to the axis during rotation about the axis, - wherein the spindle has a first spindle groove extending parallel to the axis on a first outer circumferential side, - wherein the linear guide has a guide housing fixed against rotation and has a first strip element, - wherein the guide housing has a first receptacle extending radially outwards, - wherein the first strip element has a carrier arranged radially on the outside and a strip arranged radially on the inside relative to the carrier, connected to the carrier and extending parallel to the axis, - wherein the first strip element engages with the carrier in the first receptacle of the guide housing and with the strip in the first spindle groove and is designed to guide the spindle in a direction parallel to the axis, characterized in that - a second outer circumferential side of the carrier and a first inner circumferential side of the first receptacle are designed to correspond to each other, at least in some sections, - wherein the guide housing is fixed in a system housing of the linear system by a fixing means, - wherein the fixing means is designed to introduce a clamping force (F s) into the guide housing, in order to press the first inner circumferential side of the first receptacle onto the second outer circumferential side, at least in some sections, and to fix the carrier in the first receptacle with a force fit, - wherein the clamping force (F s) is preferably aligned parallel to the axis.