Product features
Rugged, forged steel frame with heat insulators
Measuring spindle is mounted in long guide way with lever-controlled retraction
Measuring spindle and anvil spindle have a M 2.5 connection thread, thus enabling the use of interchangeable anvils that are also used in dial indicators and dial comparators
Anvil spindle can easily be fine adjusted
Constant measuring force as a result of built-in spring, thus eliminating user influence
Maximum wear resistance due to non-contact positioning in conjunction with carbide-tipped measuring faces
Mahr Inc.
Done
Description
Product features
Rugged, forged steel frame with heat insulators
Measuring spindle is mounted in long guide way with lever-controlled retraction
Measuring spindle and anvil spindle have a M 2.5 connection thread, thus enabling the use of interchangeable anvils that are also used in dial indicators and dial comparators
Anvil spindle can easily be fine adjusted
Constant measuring force as a result of built-in spring, thus eliminating user influence
Maximum wear resistance due to non-contact positioning in conjunction with carbide-tipped measuring faces
Product features
Rugged, forged steel frame with heat insulators
Measuring spindle is mounted in long guide way with lever-controlled retraction
Measuring spindle and anvil spindle have a M 2.5 connection thread, thus enabling the use of interchangeable anvils that are also used in dial indicators and dial comparators
Anvil spindle can easily be fine adjusted
Constant measuring force as a result of built-in spring, thus eliminating user influence
Maximum wear resistance due to non-contact positioning in conjunction with carbide-tipped measuring faces
Product features
Rugged, forged steel frame with heat insulators
Measuring spindle is mounted in long guide way with lever-controlled retraction
Measuring spindle and anvil spindle have a M 2.5 connection thread, thus enabling the use of interchangeable anvils that are also used in dial indicators and dial comparators
Anvil spindle can easily be fine adjusted
Constant measuring force as a result of built-in spring, thus eliminating user influence
Maximum wear resistance due to non-contact positioning in conjunction with carbide-tipped measuring faces
