LEBLOND RKL-1760V MANUAL LATHE

LEBLOND RKL-1760V LEBLOND RKL-1760V MANUAL LATHE equipment image

Equipment Overview

Share Link
OEM
LEBLOND
Model
RKL-1760V
Year of Manufacture
-
Category
MANUAL LATHES

Market Value Calculator

A+

Technical Description

The LeBlond RKL-1760V Manual Lathe is a precision-engineered engine lathe designed for demanding industrial applications, offering a 17.0-inch swing over bed and a 60.0-inch distance between centers. Powered by a robust 7.5 horsepower main drive motor and inverter, this lathe delivers consistent performance and high torque across a wide range of machining operations. The electronic variable speed headstock features three gear ranges, providing infinitely variable spindle speeds from 30 to 2200 RPM, allowing for optimal control and accuracy in both low and high-speed cutting tasks. The control panel, mounted above the headstock, includes an RPM LED display, speed control knob, emergency stop, and spindle jogging button for ease of operation and safety. Standard equipment includes a coolant system with electric pump, manual chuck guard with safety interlock, full-length splash guard, removable front chip pan, lockable main disconnect switch, halogen work light, dead centers, spindle center sleeve, thread indicator, and leveling pads. The lathe is equipped for 230V/3PH/60HZ or 480V/3PH/60HZ electrical supply, making it adaptable to various shop environments. Designed for reliability and precision, the RKL-1760V is suitable for processing a wide range of materials and is ideal for shops requiring high accuracy and durability in manual turning operations.

Technical Attributes

Max Swing
17.00 ''
Distance Between Centers
60.00 ''

Data Accuracy and Verification

Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.

If you identify any inaccuracies, please help us improve our data by reporting them here.