Micrometer

Setting Ring 20mm | ±1.0µm Accuracy SERIES 531 Setting rings are most commonly used for setting bore gauges, this is the fastest most reliable method because the part to be gauged and the setting ring have the same geometric shape. Ring gauges are metrology tools that are used for gauging the outer diameters of pins, shafts, splines, fasteners, dowels, studs, and other machined cylindrical parts. The ring gauge is a ring-sh..

Setting Ring 21mm | ±1.0µm Accuracy SERIES 531 Setting rings are most commonly used for setting bore gauges, this is the fastest most reliable method because the part to be gauged and the setting ring have the same geometric shape. Ring gauges are metrology tools that are used for gauging the outer diameters of pins, shafts, splines, fasteners, dowels, studs, and other machined cylindrical parts. The ring gauge is a ring-sh..

Setting Ring 22mm | ±1.0µm Accuracy SERIES 531 Setting rings are most commonly used for setting bore gauges, this is the fastest most reliable method because the part to be gauged and the setting ring have the same geometric shape. Ring gauges are metrology tools that are used for gauging the outer diameters of pins, shafts, splines, fasteners, dowels, studs, and other machined cylindrical parts. The ring gauge is a ring-sh..

Setting Ring 23mm | ±1.0µm Accuracy SERIES 531 Setting rings are most commonly used for setting bore gauges, this is the fastest most reliable method because the part to be gauged and the setting ring have the same geometric shape. Ring gauges are metrology tools that are used for gauging the outer diameters of pins, shafts, splines, fasteners, dowels, studs, and other machined cylindrical parts. The ring gauge is a ring-sh..

Setting Ring 24mm | ±1.0µm Accuracy SERIES 531 Setting rings are most commonly used for setting bore gauges, this is the fastest most reliable method because the part to be gauged and the setting ring have the same geometric shape. Ring gauges are metrology tools that are used for gauging the outer diameters of pins, shafts, splines, fasteners, dowels, studs, and other machined cylindrical parts. The ring gauge is a ring-sh..

Setting Ring 25mm | ±1.0µm Accuracy SERIES 531 Setting rings are most commonly used for setting bore gauges, this is the fastest most reliable method because the part to be gauged and the setting ring have the same geometric shape. Ring gauges are metrology tools that are used for gauging the outer diameters of pins, shafts, splines, fasteners, dowels, studs, and other machined cylindrical parts. The ring gauge is a ring-sh..

Setting Ring 26mm | ±1.0µm Accuracy SERIES 531 Setting rings are most commonly used for setting bore gauges, this is the fastest most reliable method because the part to be gauged and the setting ring have the same geometric shape. Ring gauges are metrology tools that are used for gauging the outer diameters of pins, shafts, splines, fasteners, dowels, studs, and other machined cylindrical parts. The ring gauge is a ring-sh..

Digital Outside Micrometer 25 - 50mm SERIES 313 [02] A digital outside micrometer is a precision measuring tool used to accurately measure the external dimensions of objects. It combines the accuracy of a traditional micrometer with the convenience of a digital display. Resolution: 0.001mm/0.00005' IP65 protection level Button: on/off, mm/inch, zero Automatic power off Data output Carbide measuring faces Ratche..

Micrometer Range: 0-25mm Readout: Analog Accuracy: 0.01mm Application: The Tork Craft Micrometer 0-25mm Manual is a precision measuring instrument designed for accurate measurement of small dimensions with a range from 0 to 25 millimeters. It features a manual operation mechanism, typically involving a precision screw for fine adjustments and a calibrated scale for precise readings. Before using a micrometer: Make sure the workpiece being measure..

Micrometer Range: 0-25mm Readout: Digital and analog Accuracy: 0.001mm - digital                0.01mm - analog Application: A micrometer generally provides greater precision than a vernier caliper, but can measure a smaller range of lengths. Before using a micrometer: Make sure the workpiece being measured is clean and has no burrs on the edges. The temperature of the workpiece is required to be around 20°C to have consistent measuring results. Preci..

Micrometer Range: 25-50mm Readout: Digital and analog Accuracy: 0.001mm - digital                0.01mm - analog Application: A micrometer generally provides greater precision than a vernier caliper, but can measure a smaller range of lengths. Before using a micrometer: Make sure the workpiece being measured is clean and has no burrs on the edges. The temperature of the workpiece is required to be around 20°C to have consistent measuring results. Pr..

Micrometer Range: 50-75mm Readout: Digital and analog Accuracy: 0.001mm - digital                0.01mm - analog Application: A micrometer generally provides greater precision than a vernier caliper, but can measure a smaller range of lengths. Before using a micrometer: Make sure the workpiece being measured is clean and has no burrs on the edges. The temperature of the workpiece is required to be around 20°C to have consistent measuring results. Pr..