FSL 40 - 600 STROKE BALL SCREW LINEAR ACTUATOR

ASK ME PRICE we can't disclose the price on any platformFSL 40 - 600 STROKE WITH NEMA 57 STEPPER MOTOR JKL MAKEJKL MAKE LINEAR BALL SCREW ACTUATOR STROKE LENGTH AVAILABLE - 100 MM TO 1000 MMTOTAL HEIGHT 80 MMLOCATION ACCURACY 0.05 SCREW DIAMETER 16 MM LEAD 10 MMSCREW ACCURACY GRADE C7MOTOR PARAMETERS - FM5756SFD04 STEP ANGLE - 1.8FLANGE SIZE 57 MMMOTOR LENGTH 56 MMTORQUE 0.93 N.mCURRENT 2RESISTANCE 1.32INDUCTANCE mH 3.19MAXIMUM LOAD CAPACITY HORIZONTAL 20 KG AND VERTICAL 10 KG A C7 ball screw has an accuracy of 0.05mm per 300mm, meaning the maximum allowable error in its linear movement over a 300mm distance is 0.05mm. This is a standard accuracy for rolled thread ball screws and is commonly used in CNC machinery, precision tools, and other industrial applications LM Ball Screw Linear Actuator – Applications A Linear Motion (LM) Ball Screw Linear Actuator is a highly precise motion control device used to convert rotary motion into smooth, accurate linear motion. It combines a ball screw with a guide rail (like LM guide), motor (often stepper or servo), and housing. --- Key Features High precision and repeatability Low friction & high efficiency Long service life Can handle both load-bearing and positioning tasks --- Applications by Industry 1. Automation & Robotics Pick-and-place machines Cartesian robots (XYZ movement) PCB assembly machines 2. CNC & Machine Tools CNC routers, milling machines, lathes Tool changers and auto-feeders Precise Z-axis vertical movement 3. Medical Equipment MRI/CT scanning bed movement Sample handling in lab automation Precision drug delivery systems 4. Semiconductor Industry Wafer inspection and handling Lithography equipment Ultra-clean, high-accuracy tasks 5. Packaging & Printing Packaging line positioning Label applicators Printing head positioning 6. Inspection & Testing Coordinate Measuring Machines (CMMs) Non-destructive testing setups Automated probe positioning 7. Aerospace & Defense Missile and aircraft component testing Flight simulator movement Precision calibration systems --- Typical Movements Vertical lifting Horizontal pushing/pulling Sliding or feeding with precise control --- If you'dlike, I can also suggest a complete actuator model with specs (torque, travel, motor, etc.) based on your application—just let me know the load, stroke, and speed you need.