Rigid column structure ensures high measuring accuracyLarge smooth slider feed wheelCarbide-tipped scriber is provided

Fine-adjustment carriage to feed the slider finelyCarbide-tipped scriber is providedBuilt in ABSOLUTE linear encoder

Lightweight, employs CFRP (Carbon Fiber Reinforced Plastics) in the beam and jawsHighly durable and easy to handleDirect readout of ID measurements from the LCD

Lightweight, employs CFRP (Carbon Fiber Reinforced Plastics) in the beam and jawsHighly durable and easy to handleDirect readout of ID measurements from the LCD

The rounded faces of the jaws are ideal for accurate ID measurementSPC outputSupplied in a fitted plastic case

Can keep track of the origin point once set for the entire life of the batteryWide probing range is available with the supplied extension rodBottom surface of the base is hardened, ground and lapped...

Can keep track of the origin point once set for the entire life of the batteryWide probing range is available with the supplied extension rodBottom surface of the base is hardened, ground and lapped...

GO/±NG judgment is performed by setting the upper and lower tolerances for max., min. and runout valuesInternal calculations using the simple formula of [F(x)=Ax)] are availableLarge, easy-to-read LCD

Employing the ABSOLUTE linear encoder, the Signal ID-S always displays the spindle "Absolute Position" from the origin at power-onUnlimited response speed eliminates over-speed errors

Employing the ABSOLUTE linear encoder, the Signal ID-S always displays the spindle "Absolute Position" from the origin at power-onUnlimited response speed eliminates over-speed errors

Employing the ABSOLUTE linear encoder, the Signal ID-S always displays the spindle "Absolute Position" from the origin at power-onUnlimited response speed eliminates over-speed errors

Employing the ABSOLUTE linear encoder, the Signal ID-S always displays the spindle "Absolute Position" from the origin at power-onUnlimited response speed eliminates over-speed errors