Mitutoyo 500-196-30 Absolute Aos Digimatic Caliper 150mm / 6"

These are genuine Mitutoyo calipers and are pretty much the best on the market and I can now offer them for a reasonable price. These are worth every dollar and are perfect for the pro user who requires the best.

Made by Mitutoyo - Japan
Accuracy - 0.02mm / .001", Resolution - 0.01mm / .0005", Repeatability - 0.01mm, Battery - SR44.
Supplied with a Mitutoyo certificate of inspection and a quality storage case

FEATURES
Mitutoyo's absolute Digimatic Caliper is the next generation of electronic calipers.
It keeps track of origin point once set.
Whenever turned on, the large LCD screen displays the actual slider position ready to start measurement.
No more repeated zero setting is necessary with this model.
Comes in a hard case with battery included
Large and Clear LCD Readout
The ZERO/ABS key allows the display to be Zero-Set at any slider position along the scale for incremental comparison measurements
Range is 0-6" /0-150mm
Accuracy is: +/-0.001"
Resolution is: 0.0005" /0.01mm
A battery life of approximately 3.5 years has been achieved under normal use through the adoption of Mitutoyo's ABSOLUTE scale.
The slider configuration features an ergonomic, thumb-friendly shape.
Step-measurement capable.
Font height: 9mm,alleviation of fatigue with the high-contrast LCD
Resolution: 0.01mm
Repeatability: 0.01mm
Power supply: Button-type silver oxide battery SR44
Battery life: Approx. 3.5 years under normal use
Maximum response speed: Unlimited
Low battery alarm: Indicates (with a 'B' symbol in the display) that the battery needs replacing. This allows timely battery replacement before the caliper
becomes unusable.
ABS (absolute) measurement function: Enables absolute-mode measurement to be started without any zero-setting after switch-on.
The absolute origin position can be set, or reset, with the ORIGIN switch at any time.
INC (incremental) measurement function: Enables the display value to be set to zero, temporarily, at the current slider position to enable easy incremental-mode measurement.