ACER E-LATHE 1760G MANUAL LATHE

ACER E-LATHE 1760G ACER E-LATHE 1760G MANUAL LATHE equipment image

Equipment Overview

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OEM
ACER
Model
E-LATHE 1760G
Year of Manufacture
-
Category
MANUAL LATHES

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Technical Description

The Acer E-Series 1760G is a precision geared head engine lathe designed for general machining applications requiring high accuracy and reliability. This manually-operated lathe features a 17-inch swing over bed with a 60-inch center distance, accommodating medium to large workpieces. The machine incorporates a 2-inch spindle bore with a D1-6 spindle nose, providing versatile tooling compatibility. Powered by a high-efficiency 7.5 HP spindle motor, the lathe delivers robust torque output across its operational range. The variable speed system offers infinite spindle speeds from 25 to 2,200 RPM through a three-gear range, allowing quick speed adjustments in approximately four seconds without stopping the machine. The 1760G accommodates both inch and metric threading systems, supporting pitches from 0.5 to 7mm and 4 to 56 TPI, along with module and diametral pitch options. Cross slide travel measures 8.75 inches with a compound rest travel of 7 inches, enabling precise depth of cut control. The lathe includes a built-in coolant system for extended tool life and improved surface finish. Standard accessories encompass a gap bed, face plate, four-way tool post, halogen work light, and operational manual. Weighing approximately 4,250 pounds, the machine measures 107 inches long by 41 inches wide by 67.7 inches high, requiring adequate floor space and proper electrical infrastructure for single or three-phase operation.

Technical Attributes

Distance Between Centers
60.00 ''
Max Swing
17.00 ''
Spindle Bore Diameter
2.00 ''

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.

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