Positioning Control Precise Lathe Milling Machine SINO 3 Axis DRO Digital Readout Counter

SINO 3 Axis DRO Readout For Accurate Lathe Milling Machine Positioning Control

Product Description:

The SINO 3 Axis DRO (Digital Readout) is a digital measurement tool designed specifically for milling machines and lathes. It provides accurate, real-time readings of the machine's X, Y, and Z axes, enabling precise control and placement during the machining process. Because the DRO system accepts TTL input signals, it can be utilized with various types of scales found in lathes and milling machines.

A digital readout device for high-resolution measurements on lathes and milling machines is the SINO 3 Axis DRO with TTL input.
It has measurement and positioning capabilities that are exact and accurate.
The SINO 3 Axis DRO with TTL input has the following essential features:
Measurement in three dimensions The DRO system can measure and display three axes, usually X, Y, and Z, so you can monitor and operate several machine axes at once.

TTL input: TTL (Transistor-Transistor Logic) input signals are compatible with the DRO system. This makes it compatible with a wide range of sensors and encoders that are frequently encountered in high-resolution measurement systems.
High resolution: For accurate machining processes, the DRO system's high resolution measuring capabilities ensure precise and finely grained positioning and measurement.

Lathe and milling machine compatibility: The DRO system is versatile enough to handle a range of machining operations since it can be utilized with both kinds of lathes and milling machines.

Interface design: The DRO system has an easy-to-use interface that makes navigating its many measurement features and settings a breeze.

Product image /photos:

The rack in the picture is optioned, not standard product.

SINO 3 Axis DRO Digital Readout

Precise Lathe Milling Machine

Positioning Control Lathe Milling Machine

Positioning Control Precise Lathe Milling Machine SINO 3 Axis DRO Digital Readout Counter Images