Abstract: A fabrication system is operable to form a structure (such as on a substrate) using a combination of a first (electrically) non-conductive material and a second (electrically) non-conductive. In one embodiment, the structure defined by the first material and the second material defines a void (passageway) in the structure. In one embodiment, exposed surfaces of the first non-conductive material and the second non-conductive material define the void in the structure. Subsequent to creating the structure including the void, the fabrication system fills the void (such as via injection) with an electrically conductive material. After the injected electrically conductive material (such as metal epoxy or other suitable material) solidifies, the fabrication system removes the first non-conductive material (sacrificial material) from the structure. The remaining second material provides structural support for the electrically conductive material.

Abstract: A position tracking system includes a member extending along a lengthwise axis. Multiple position tracking elements (such as conductive strips) are fabricated to be exposed on a surface of the member. The multiple position tracking elements form a sequence along the lengthwise axis and are spaced apart from each other. The position tracking system further includes a probe. The probe monitors for presences and absence of the position tracking elements disposed in the sequence as the member and corresponding sequence of position tracking elements moves with respect to the probe. Based on the detected presence and absence of position tracking elements, a monitor resource of the position tracking system monitors parameters such as: i) a position of the member along the axis, ii) a rate of movement of the member along the axis over time, iii) a direction of movement of the member along the axis, etc.

Abstract: A fabrication system is operable to form a structure (such as on a substrate) using a combination of a first (electrically) non-conductive material and a second (electrically) non-conductive. In one embodiment, the structure defined by the first material and the second material defines a void (passageway) in the structure. In one embodiment, exposed surfaces of the first non-conductive material and the second non-conductive material define the void in the structure. Subsequent to creating the structure including the void, the fabrication system fills the void (such as via injection) with an electrically conductive material. After the injected electrically conductive material (such as metal epoxy or other suitable material) solidifies, the fabrication system removes the first non-conductive material (sacrificial material) from the structure. The remaining second material provides structural support for the electrically conductive material.