Acu-rite 1412708-69 Lathe Dro System 2-axis Glass Scale

Product Description

The ACU-RITE 1412708-69 is a 2-axis digital readout (DRO) system designed for lathe applications. It uses glass scale encoders to deliver precise linear position feedback on both the X-axis and Y-axis, with X-axis travel of 6 inches and Y-axis travel of 38 inches. The unit includes a built-in calculator function that supports common machining math operations, reducing setup time at the machine. This system is installed by machinists and toolroom technicians on manual lathes where repeatable, accurate positioning is required for turning, facing, and threading operations.

This DRO system fits manual lathe installations in job shops, toolrooms, and light manufacturing environments. The 2-axis configuration covers cross-slide and carriage movement, which are the primary axes on a standard engine lathe. The glass scale technology provides stable, high-resolution feedback suited for both production runs and one-off precision work. The built-in calculator function helps operators compute tool offsets, bolt circles, and other common machining values directly at the control without leaving the machine.

Key Features

• 2-axis glass scale encoder system for high-resolution linear position feedback
• X-axis travel: 6 inches for cross-slide positioning
• Y-axis travel: 38 inches for carriage travel on standard engine lathes
• Built-in calculator function for machining math operations at the control
• Designed for manual lathe retrofit and new installation applications

Compatibility

Designed as an OEM-style DRO retrofit for manual engine lathes with cross-slide travel up to 6 inches and carriage travel up to 38 inches. No specific compatible model numbers were provided in the product data.

Installation Notes

Installation is typically performed by a qualified machinist or millwright. Power down the lathe completely before mounting scales, brackets, or the display unit. Glass scales must be aligned parallel to their respective axis of travel to ensure accurate readings; follow the manufacturer alignment and mounting specifications included with the unit. Verify all cable routing is clear of moving parts, coolant streams, and chip accumulation zones before powering the system on.