High Precision Lathe 1μM Linear Scale Digital Readout DRO 2/3 Axis Encoder For Lathe SINO KA600-2100mm

High Precision Lathe SINO KA600-2100mm 1μm Linear Scale DRO 2/3 Axis Digital Readout Encoder

The High Precision Lathe 1μM Linear Scale Digital Readout (DRO) for Lathe, specifically the SINO KA600-2100mm model, is a cutting-edge solution designed to enhance precision and accuracy in lathe machining operations. This advanced DRO system incorporates high-resolution linear scales and powerful encoders, providing reliable and real-time measurements for improved machining outcomes.

Features:

High Precision: With a resolution of 1μM (micrometer), the DRO system ensures exceptional accuracy and precise positioning in lathe operations.
Linear Scale Technology: The system utilizes high-quality linear scales that deliver reliable measurements and eliminate inconsistencies caused by thermal expansion or mechanical deviations.
2/3 Axis Encoder: The DRO system supports 2 or 3-axis configuration, enabling simultaneous monitoring and control of multiple lathe axes for enhanced productivity.
Digital Display: The DRO unit features a clear and easy-to-read digital display, providing real-time numerical readings and facilitating precise adjustment of lathe movements.
User-Friendly Interface: The DRO system offers an intuitive interface, allowing operators to navigate and customize settings effortlessly for seamless operation.

Package includes:

One-piece linear glass scale, KA600-2100mm.

The resolution is offered in 0.5/1/5um.

Customers' needs might be taken into consideration while providing customized encoder lengths (L0).(Dimensions: 1000-3000 mm)

The encoder has several optical sensors or detectors positioned all around the disk or ring. These sensors detect the optical markers as the disc rotates and convert them into electrical impulses.

Code Patterns: The optical markings on the encoder disc might take on various shapes based on the encoding technique used. Binary codes that are frequently utilized are natural binary codes and gray codes. Gray codes are widely used because they reduce the likelihood of errors at these transitional sites by ensuring that only one bit changes between adjacent regions.

The quantity of marks or codes on the disk determines the resolution of an absolute optical angle encoder. More markings and greater angular resolution are provided by encoders with higher resolution. In most cases, the resolution is expressed in bits or counts per revolution (CPR).

L0: Effective measuring length of encoder L1: Dimension of encoder mounting hole

L2: Encoder overall dimension

KA-600 encoder, which is specifically designed for large machine tool, features in

large size and good rigidity. Support may be added to any position of the encoder to

enhance the rigidity and stability. The length is 1000~3000mm.

Detail Information:

All linear scales will be tested before delivery. Here is a sample of a scale's testing report.