Lathes TRIZ Cases

A low-profile portable lathe re-profiles locomotive and railcar wheels on track, cutting downtime, labor, and hot-chip safety risks.

A retractable protector housed in the machine tool base shields the ball screw while letting headstocks and tool posts move closer.

A self-expanding woven thrombectomy structure captures clots gently, improves x-ray visibility, and filters distal emboli in tortuous vessels.

A woven thrombectomy structure with self-expanding bulbs and radiopaque filaments captures clots gently across tortuous vessels under X-ray.

A bulb-based woven thrombectomy structure and kerfed hypotube improve clot capture in tortuous vessels while reducing vessel wall damage.

A self-expanding textile thrombectomy structure uses woven bulbs and radiopaque filaments to capture clots across vessel sizes while reducing vessel wall trauma.

A self-expanding textile thrombectomy structure uses aspiration and shape-setting to capture thrombi across vessel diameters while reducing vessel wall damage.

A self-expanding woven thrombectomy structure captures clots gently in tortuous vessels while filtering distal emboli without blocking blood flow.

A low-profile portable lathe uses compound slide positioning and alignment to re-profile mounted railcar wheels without removal or heavy CNC setup.

A track-mounted CNC wheel lathe re-profiles locomotive and railcar wheels in place, cutting maintenance time and operator exposure to hot chips.