Specification Brand : Hilitand BulletPoint1 : HIGH : The fine-tuning slide has high and smooth motion, and is suitable for being built in other devices. BulletPoint2 : HIGH-QUALITY MATERIALS: The fine-tuning sliding table body is made of aluminum alloy material, and the anodized surface is black, which is scratch-resistant, drop-proof and anti-. BulletPoint3 : SCOPE OF APPLICATION: The fine adjustment slide can be used for production machinery, test equipment, optical experimental measurement, displacement fine adjustment, positioning, quantitative motion, etc. BulletPoint4 : EXQUISITE WORKMANSHIP: Carbide side head, locking, no in complex environment, more , resistant. The high-strength bearing steel cross rail has strong bearing capacity, stable operation and good wear resistance. BulletPoint5 : The driving method is a micrometer, which can be realized: manual coarse adjustment of 360 degrees, fine adjustment rotation of ¡À5 degrees. Color : Assorted Color ExternallyAssignedProductIdentifier1 : 0738585606224 ExternallyAssignedProductIdentifier2 : 738585606224 IncludedComponents : 1 ItemName : Hilitand RSP90-L R Axes Fine Tuning Displacement Manual Linear Stage Sliding Fine Tuning Slide φ90mm ItemPackageDimensions_Height : 8 centimeters ItemPackageDimensions_Length : 11 centimeters ItemPackageDimensions_Width : 3 centimeters ItemPackageQuantity : 1 ItemTypeKeyword : slide-rails Manufacturer : Hilitand Material : aluminum alloy ModelNumber : Genericnmviqbps5c NumberOfItems : 1 NumberOfLithiumMetalCells : 1 PackageLevel : unit PartNumber : Hilitand23anqvs5w6 ProductDescription : Specification: Item Type: Linear Stage Trimming Model: RSP90-L Can be Realized: Coarse adjustment 360 degrees, rotation adjustment ±5° Material: Aluminum alloy (black anodized surface) Table Diameter: Approx. 90mm / 3.5in Drive Mode: Micrometer Direction of Movement: R Axes Load: 39.2N (4kgf) Cursor Minimum Reading: Vernier scale 0.1mm Concentricity: 0.02um Parallelism: 0.02m Scope of Application: Production machinery, testing equipment, optical experimental measurement, fine-tuning displacement, positioning, quantitative movement and so on.