Digital Readouts DRO (Digital Readout) for lathe or milling machine
6 από 6 productsDigital Caliper with Coolant Protection
Specifications Type: Linear digital scale (linear encoder) for displacement measurement Output signal: TTL Scale grating pitch: 20μm Scale...
View full detailsDisplay for digital calipers
Two-axis application Scale input ports 2 Resolution: 0.05μm, 0.1μm, 0.2μm, 0.5μm, 1μm, 2μm, 5μm, 10μm, 20μm, 50μm.
Digital Horizontal Caliper
Resolution: 0.01mm/0.0005" Buttons: on/off, zero, mm/inch Automatic power off, move the digital unit to turn on power Battery CR2032 Data output M...
View full detailsDigital Vertical Caliper
Resolution: 0.01mm/0.0005" Button function: on/off, zero, mm/inch, ABS, data preset Absolute and incremental measurement Battery CR2032 Data outpu...
View full detailsDigital Caliper & Display SET with Coolant Protection
Specifications Type: Linear scale & digital readout set for lathe Set code: ISL-SET1 Readout application: Two-axis (X/Y) Scale input p...
View full detailsPower Table Feed Motor 110V
Vertical bridgeport-type, lugun-type, kondia-type milling machines without table feed gearbox device are high-torque milling/drilling ...
View full detailsDigital Readouts (DRO) are linear scale and display systems mounted on a lathe or milling machine axes to show true table/carriage position in real time. They minimize errors from backlash and wear, improving repeatability, setup speed and machining accuracy.
Available as 2- or 3-axis kits, with glass or magnetic scales, multiple travel lengths, and functions such as zero set, ABS/INC modes, PCD calculation and error compensation. Choose reliable retrofit solutions from Insize & Vertex for conventional machines.
Well suited for job shops, toolrooms and maintenance work where consistent results and fast positioning are critical.
































































































































































































































































































































































































































