A portable multidirectional surface device, which may include one or more slide bearing glides and one or more base lengths which may are positioned adjacent the one or more slide bearing glides. One or more connecting plates, positioned above the base length(s), is connect with the base length(s) and the slide bearing glide(s). Providing motion to the device are multidirectional contact point(s) which are connected to the one or more connecting plates. The slide bearing glide(s) in conjunction with the base length(s) enable the use and operation of tools with the device.

A portable multidirectional surface device, which may include one or more slide bearing glides and one or more base lengths which may are positioned adjacent the one or more slide bearing glides. One or more connecting plates, positioned above the base length(s), is connect with the base length(s) and the slide bearing glide(s). Providing motion to the device are multidirectional contact point(s) which are connected to the one or more connecting plates. The slide bearing glide(s) in conjunction with the base length(s) enable the use and operation of tools with the device.

An apparatus includes a carriage, and a first member and a second member coupled to the carriage. The first and second member each have rollers positioned to freely roll along a support and move the carriage. A first set of rollers are positioned in a horizontal plane and a second set of rollers are positioned in a vertical plane. A bracket is coupled to the carriage and configured to hold a cutting tool. The bracket is configured to move along an X-axis and a Y-axis. A plurality of actuators is configured to move the bracket along the X-axis and the Y-axis. Each sensor of a plurality of sensors is configured to generate signals comprising the position of the apparatus. A controller is configured to receive the signals from the sensors and data. The controller executes instructions for controlling movement of the bracket based on the signals and the data.

An apparatus includes a carriage, and a first member and a second member coupled to the carriage. The first and second member each have rollers positioned to freely roll along a support and move the carriage. A first set of rollers are positioned in a horizontal plane and a second set of rollers are positioned in a vertical plane. A bracket is coupled to the carriage and configured to hold a cutting tool. The bracket is configured to move along an X-axis and a Y-axis. A plurality of actuators is configured to move the bracket along the X-axis and the Y-axis. Each sensor of a plurality of sensors is configured to generate signals comprising the position of the apparatus. A controller is configured to receive the signals from the sensors and data. The controller executes instructions for controlling movement of the bracket based on the signals and the data.

An intuitive electric lifting device for a woodworking trimming machine comprises an assembly base, a plurality of guide support rods, a driving motor, a screw and an intuitive control interface, wherein the intuitive control interface is electrically connected to the driving motor through a signal line. The intuitive control interface includes a casing, a display touch interface and a rotary-push button. The rotary-push button is arranged on one side of the display touch interface, protruding from the control side. The values are adjusted when the rotary-push button is rotated, and the action is executed or canceled when it is pressed. A mode status display box is provided, which specifically displays the adjusted values according to the selected control mode of the display touch interface and the rotation information of the rotary-push button in the control mode.

An intuitive electric lifting device for a woodworking trimming machine comprises an assembly base, a plurality of guide support rods, a driving motor, a screw and an intuitive control interface, wherein the intuitive control interface is electrically connected to the driving motor through a signal line. The intuitive control interface includes a casing, a display touch interface and a rotary-push button. The rotary-push button is arranged on one side of the display touch interface, protruding from the control side. The values are adjusted when the rotary-push button is rotated, and the action is executed or canceled when it is pressed. A mode status display box is provided, which specifically displays the adjusted values according to the selected control mode of the display touch interface and the rotation information of the rotary-push button in the control mode.