Hisco #:568-469-10-65737
MFG #:568-469-10
Item must be ordered in multiples of 1
| Quantity | Price | Save |
|---|---|---|
| 1 | 2130.00 | |
| 3 | 2085.05 | Save |
The Mitutoyo 568-469-10 Borematic snap-on bore gage features an activation handle with a precision-balanced spring that smoothly retracts the anvils when pressed. Titanium Nitride (TiN) coated measuring contact points provide excellent durability and impact resistance which allows the instrument to measure to the bottom of a blind hole. With the ABSOLUTE encoder, once the origin point is set with the ORIGIN button, the Borematic retains the setting for the entire battery life. Repeated origin setting (presetting) is no longer necessary.
Features:
- Contact points are constructed of TiN for impact resistance and better durability
- Design allows for measurements closer to the bottom of blind bore holes
- SPC output function offers quick and easy data management in real time
- ABSOLUTE (ABS) linear scale eliminates the need for setting the origin point every time the micrometer is powered on
- Elimination of overspeed errors provides a higher measurement reliability and repeatability
Product Description
The Mitutoyo 568-469-10 Borematic snap-on bore gage features an activation handle with a precision-balanced spring that smoothly retracts the anvils when pressed. Titanium Nitride (TiN) coated measuring contact points provide excellent durability and impact resistance which allows the instrument to measure to the bottom of a blind hole. With the ABSOLUTE encoder, once the origin point is set with the ORIGIN button, the Borematic retains the setting for the entire battery life. Repeated origin setting (presetting) is no longer necessary.
Features:
- Contact points are constructed of TiN for impact resistance and better durability
- Design allows for measurements closer to the bottom of blind bore holes
- SPC output function offers quick and easy data management in real time
- ABSOLUTE (ABS) linear scale eliminates the need for setting the origin point every time the micrometer is powered on
- Elimination of overspeed errors provides a higher measurement reliability and repeatability
Technical Information
Item must be ordered in multiples of 1


