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515-374 | DIGITAL HEIGHT MASTER Series 515 | MITUTOYO
• For calibrating and setting height gages.
• Staggered arrangement of block stack have two measuring faces on the same level, one facing up and the other down.
• Equipped with a data output port that enables incorporation into measurement networking and statistical process control systems.
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515-376 | DIGITAL HEIGHT MASTER Series 515 | MITUTOYO
• For calibrating and setting height gages.
• Staggered arrangement of block stack have two measuring faces on the same level, one facing up and the other down.
• Equipped with a data output port that enables incorporation into measurement networking and statistical process control systems.
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515-376 | DIGITAL HEIGHT MASTER Series 515 | MITUTOYO
• For calibrating and setting height gages.
• Staggered arrangement of block stack have two measuring faces on the same level, one facing up and the other down.
• Equipped with a data output port that enables incorporation into measurement networking and statistical process control systems.
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515-322 | HEIGHT MASTER Series 515 | MITUTOYO
• For calibrating and setting height gages.
• Staggered arrangement of block stack have two measuring faces on the same level, one facing up and the other down
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311-111 | HIGH PRECISION SQUARE SERIES 311 | MITUTOYO
• The High-Precision Square gage is used for inspecting the travel straightness and axial perpendicularity of moving elements on equipment, such as machine tools and CMMs.
• Four precision-lapped reference surfaces, finished using ultra-precision technology built on our experience in gauge blocks.
• Better than 1 μm/300 mm straightness and perpendicularity of each (four) reference surface. In addition, front and back faces are accurate to better than 5 μm/300 mm.
• Three nominal sizes are available (90×110, 160×210 and 260×310 mm) so that you can select the size that best suits the application.
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311-112 | HIGH PRECISION SQUARE SERIES 311 | MITUTOYO
• The High-Precision Square gage is used for inspecting the travel straightness and axial perpendicularity of moving elements on equipment, such as machine tools and CMMs.
• Four precision-lapped reference surfaces, finished using ultra-precision technology built on our experience in gauge blocks.
• Better than 1 μm/300 mm straightness and perpendicularity of each (four) reference surface. In addition, front and back faces are accurate to better than 5 μm/300 mm.
• Three nominal sizes are available (90×110, 160×210 and 260×310 mm) so that you can select the size that best suits the application.
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311-113 | HIGH PRECISION SQUARE SERIES 311 | MITUTOYO
• The High-Precision Square gage is used for inspecting the travel straightness and axial perpendicularity of moving elements on equipment, such as machine tools and CMMs.
• Four precision-lapped reference surfaces, finished using ultra-precision technology built on our experience in gauge blocks.
• Better than 1 μm/300 mm straightness and perpendicularity of each (four) reference surface. In addition, front and back faces are accurate to better than 5 μm/300 mm.
• Three nominal sizes are available (90×110, 160×210 and 260×310 mm) so that you can select the size that best suits the application.
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311-215 | SQUARE METER SERIES 311 – Squareness/Straightness Measuring | MITUTOYO
• Squareness (perpendicularity) and straightness measurements can be performed accurately and efficiently by just moving a lever. Use the vertical motion handle on the rear of the main unit for operation.
• Highly accurate measurement of squareness and straightness is available by calibrating a square as a master using the built-in perpendicularity adjustment mechanism. Prepare a square to be used for accuracy check/adjustment separately.
• Sliding force: Approx. 2 to 5 N
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311-225 | SQUARE METER SERIES 311 – Squareness/Straightness Measuring | MITUTOYO
• Squareness (perpendicularity) and straightness measurements can be performed accurately and efficiently by just moving a lever. Use the vertical motion handle on the rear of the main unit for operation.
• Highly accurate measurement of squareness and straightness is available by calibrating a square as a master using the built-in perpendicularity adjustment mechanism. Prepare a square to be used for accuracy check/adjustment separately.
• Sliding force: Approx. 2 to 5 N
