Product features
Measuring head consists of a carbide-tipped moving anvil and an interchangeable stationary anvil which has a carbide ball
Transmission lever system transfers movement of the movable anvil to indicating instrument
The broad centering bridge ensures automatic centering in the bore
Insensitive to temperature due to both the shank and transfer rod being made from heat resistant Invar steel
Highly resistant to wear and tear due to the carbide tipped moving anvil
Constant measuring force due to built-in spring thus eliminating user influence
Universally applicable and extremely versatile as every instrument spans a broad measuring range, within this range it is quick and easy to adjust to any size Invar steel has a particularly low expansion coefficient and thus makes the instrument totally insensitive to any kind of heat. Body heat from the user, increases in ambient temperature have no influence on the measuring results. The graph on the right compares the Invar steel version to a standard type. Both gages were hand-held and thus influenced by body heat. The deviation when using Invar steel is negligible.
Mahr Inc.
Done
Description
Product features
Measuring head consists of a carbide-tipped moving anvil and an interchangeable stationary anvil which has a carbide ball
Transmission lever system transfers movement of the movable anvil to indicating instrument
The broad centering bridge ensures automatic centering in the bore
Insensitive to temperature due to both the shank and transfer rod being made from heat resistant Invar steel
Highly resistant to wear and tear due to the carbide tipped moving anvil
Constant measuring force due to built-in spring thus eliminating user influence
Universally applicable and extremely versatile as every instrument spans a broad measuring range, within this range it is quick and easy to adjust to any size Invar steel has a particularly low expansion coefficient and thus makes the instrument totally insensitive to any kind of heat. Body heat from the user, increases in ambient temperature have no influence on the measuring results. The graph on the right compares the Invar steel version to a standard type. Both gages were hand-held and thus influenced by body heat. The deviation when using Invar steel is negligible.
Product features
Measuring head consists of a carbide-tipped moving anvil and an interchangeable stationary anvil which has a carbide ball
Transmission lever system transfers movement of the movable anvil to indicating instrument
The broad centering bridge ensures automatic centering in the bore
Insensitive to temperature due to both the shank and transfer rod being made from heat resistant Invar steel
Highly resistant to wear and tear due to the carbide tipped moving anvil
Constant measuring force due to built-in spring thus eliminating user influence
Universally applicable and extremely versatile as every instrument spans a broad measuring range, within this range it is quick and easy to adjust to any size Invar steel has a particularly low expansion coefficient and thus makes the instrument totally insensitive to any kind of heat. Body heat from the user, increases in ambient temperature have no influence on the measuring results. The graph on the right compares the Invar steel version to a standard type. Both gages were hand-held and thus influenced by body heat. The deviation when using Invar steel is negligible.
Product features
Measuring head consists of a carbide-tipped moving anvil and an interchangeable stationary anvil which has a carbide ball
Transmission lever system transfers movement of the movable anvil to indicating instrument
The broad centering bridge ensures automatic centering in the bore
Insensitive to temperature due to both the shank and transfer rod being made from heat resistant Invar steel
Highly resistant to wear and tear due to the carbide tipped moving anvil
Constant measuring force due to built-in spring thus eliminating user influence
Universally applicable and extremely versatile as every instrument spans a broad measuring range, within this range it is quick and easy to adjust to any size
Invar steel has a particularly low expansion coefficient and thus makes the instrument totally insensitive to any kind of heat. Body heat from the user, increases in ambient temperature have no influence on the measuring results. The graph on the right compares the Invar steel version to a standard type. Both gages were hand-held and thus influenced by body heat. The deviation when using Invar steel is negligible.
