The motorized lead screw is the ideal solution for precise linear motion. This compact assembly integrates the N20 dc geared motor. It efficiently converts high-speed rotation into accurate linear thrust. The core utilizes a spur gear reduction motor design. The output features a standard M3 threaded screw shaft. This structure achieves the perfect blend of high torque and minute displacement. It meets the strict demands of customized applications requiring both small size and high precision.<\/p>\n
This micro dc reduction motor ensures outstanding durability and reliability. All internal components feature an all metal gear structure. This significantly boosts the gearbox’s load capacity and service life. The motorized lead screw winding uses pure copper wire winding. This ensures high efficiency and low energy consumption. This premium material combination allows the 12mm DC geared motorized lead screw to maintain stable performance during long operation or in harsh environments.<\/p>\n
This motorized lead screw is perfectly suited for customization projects. Its M3 threaded screw shaft easily connects to various micro actuators or robotic arms. It is commonly used in optical focusing, miniature robotics, and high-precision positioning systems. Whether functioning as an electric pusher or a precise linear driver, it provides a reliable solution. If you need a compact, powerful, and highly customizable linear component, this geared motor is your top choice.<\/p>\n
| \n Operating Voltage <\/td>\n | \n Motor Type <\/td>\n | \n No Load <\/td>\n | \n Rated <\/td>\n | \n Stall <\/td>\n <\/tr>\n | ||||
| \n Current <\/td>\n | \n Speed <\/td>\n | \n Torque <\/td>\n | \n Speed <\/td>\n | \n Current <\/td>\n | \n Current <\/td>\n | \n Torque <\/td>\n <\/tr>\n | ||
| \n V <\/td>\n | \n mA <\/td>\n | \n RPM <\/td>\n | \n Kg.cm <\/td>\n | \n RPM <\/td>\n | \n mA <\/td>\n | \n A <\/td>\n | \n Kg.cm <\/td>\n <\/tr>\n | |
| \n 3.0 <\/td>\n | \n 45 <\/td>\n | \n \u226445 <\/td>\n | \n 240 <\/td>\n | \n 0.1 <\/td>\n | \n 200 <\/td>\n | \n \u2264200 <\/td>\n | \n \u22640.95 <\/td>\n | \n \u22650.7 <\/td>\n <\/tr>\n |
| \n 3.0 <\/td>\n | \n 26 <\/td>\n | \n \u226425 <\/td>\n | \n 170 <\/td>\n | \n 0.1 <\/td>\n | \n 130 <\/td>\n | \n \u2264130 <\/td>\n | \n \u22640.4 <\/td>\n | \n \u22650.4 <\/td>\n <\/tr>\n |
| \n 6.0 <\/td>\n | \n 26 <\/td>\n | \n \u226445 <\/td>\n | \n 340 <\/td>\n | \n 0.2 <\/td>\n | \n 275 <\/td>\n | \n \u2264275 <\/td>\n | \n \u22640.64 <\/td>\n | \n \u22650.65 <\/td>\n <\/tr>\n |
| \n 6.0 <\/td>\n | \n 35 <\/td>\n | \n \u226435 <\/td>\n | \n 210 <\/td>\n | \n 0.2 <\/td>\n | \n 115 <\/td>\n | \n \u2264115 <\/td>\n | \n \u22640.2 <\/td>\n | \n \u22650.2 <\/td>\n <\/tr>\n |
| \n 6.0 <\/td>\n | \n 05 <\/td>\n | \n \u226420 <\/td>\n | \n 150 <\/td>\n | \n 0.1 <\/td>\n | \n 110 <\/td>\n | \n \u2264110 <\/td>\n | \n \u22640.3 <\/td>\n | \n \u22650.15 <\/td>\n <\/tr>\n |
| \n 12.0 <\/td>\n | \n 05 <\/td>\n | \n \u226425 <\/td>\n | \n 310 <\/td>\n | \n 0.2 <\/td>\n | \n 150 <\/td>\n | \n \u2264150 <\/td>\n | \n \u22640.6 <\/td>\n | \n \u22650.4 <\/td>\n <\/tr>\n |
| \n 12.0 <\/td>\n | \n 35 <\/td>\n | \n \u226440 <\/td>\n | \n 420 <\/td>\n | \n 0.15 <\/td>\n | \n 230 <\/td>\n | \n \u2264230 <\/td>\n | \n \u22640.7 <\/td>\n | \n \u22650.25 <\/td>\n <\/tr>\n <\/table>\n<\/div> |