Specification Brand : KIMISS BulletPoint1 : Advantages This sledge table has the advantages of high horizontal and vertical load, high position accuracy, high efficiency and good stability. BulletPoint2 : SINGLE RAIL: The linear slide table is designed with single rail, has stable operation with low noise, for the X, Y, and Z axes. BulletPoint3 : 100mm / 3.9in Linear Stage Actuator with Linear Slide Rail, Stroke Slide Table 28 Stepper Motor, High Accuracy Single Rail Linear Motion Stage X Y Z Axes Linear for DIY CNC BulletPoint4 : 【APPLICABLE SCENES】: Sliding table is widely used in DIY CNC router parts, testing equipment, optical laforfor Boratory accuracy measurement, fine tuning displacement, production machinery, mechanical equipment positioning and movement. BulletPoint5 : 100mm Stroke Linear Table, X Y Z Axes 28 Stepper Motor Single Rail Linear Motion Stage Linear Motion Stage for 3D Printer DIY CNC IncludedComponents : No ItemName : 100mm Stroke Slide Table 28 Stepper Motor High Accuracy Single Rail Linear Motion Stage X Y Z Axes Professional Accessories ItemPackageDimensions_Height : 10 centimeters ItemPackageDimensions_Length : 25 centimeters ItemPackageDimensions_Width : 11 centimeters ItemTypeKeyword : linear-roller-bearings Manufacturer : KIMISS ModelNumber : KIMISS31bvgap0hf NumberOfItems : 1 PartNumber : KIMISS31bvgap0hf ProductDescription : 1. PARAMETERS: Effective stroke is 100mm, 1.8 degree step angle, diameter is 6mm, is 1mm, pitch is 1mm (one turn of screw can move 1mm). 2. SINGLE RAIL: The linear slide table is designed with single rail, has stable operation with low noise, suitable for the X, Y, and Z axes. 3. METAL STRUCTURE: The linear motion stage is made of excellent alloy, and the thickened plate at the bottom ensures stability during operation. 4. ADVANTAGES: This slide stage has the advantages of high horizontal and vertical load, high location accuracy, high efficiency, and good stability. 5. APPLICATION: Widely used in DIY CNC router, detection equipment, optical measurement, fine adjustment and displacement, mechanical locating, etc.