Roughness Comparator Ra 0.05-12. Metric Value Block for Machined Finish Inspection, 30-Piece Metal Sample Set with Visual Comparison Tool

Product description Specifications:The exterior roughness comparator is used to check the smoothness of mechanical workpieces by comparison, while the visual inspection or microscope is used to compare and test the degree of exterior roughness.features:RUG-100: notebook sample block (turning, end milling, flat milling, exterior grinding, external grinding, polishing)The notebook sample block contains standards for the six most important processing for methods among the popular "AA" values. All 30 samples were calibrated with for uAA (arithmetic mean) and metric equivalent um Ra.Sample exterior roughness comparator 30 pieces of composite bag fixing gauges3 Flat grinding: 2,4,8; 7/8 "x 3/8" each; Each type of exterior finish is a true and consistent reproduction, with a true idea of the feel, appearance and texture of machined partsCompare conveniently and quickly; Comply with S.A.E and specificationsOverall wallet size (fully enclosed) L x W x H (inches): 6 x 3 x 3/8 * estimated *; Unit weight: 14 ounces * estimate only*The package includes:A set of 30 sample pieces Manufacturer Contact Information no

• [ALL-IN-ONE ROUGHNESS EVALUATION KIT] This comprehensive kit includes 30 sample pieces that cover essential machining methods, allowing users to evaluate finishes effectively across various applications.
• [PORTABLE AND PRACTICAL] The compact size (6 x 3 x 3/8 inches) makes it easy to transport this evaluation kit wherever your work takes you, ensuring you have the right tools at hand.
• [CALIBRATED FOR ACCURACY] Each sample is accurately calibrated with both and metric equivalent um Ra measurements that meet S.A.E specifications for reliable performance in evaluations.
• [QUICK AND EASY INSPECTIONS] Facilitates visual or microscopic inspections of exterior roughness, helping professionals make informed decisions during quality checks.
• [SUITABLE FOR INDUSTRY EXPERTS] for engineers, machinists, and technicians focused on achieving optimal machining results in their projects.