ASQUITH BUTLER TE3000 HORIZONTAL BORING MILLS

Specifications & Market Value

ASQUITH BUTLER TE3000 ASQUITH BUTLER TE3000 HORIZONTAL BORING MILL equipment image
Reference image

Equipment Overview

Model
TE3000
Year of manufacture
-

Technical Description

The ASQUITH BUTLER TE3000 HORIZONTAL BORING MILL is a robust machine designed for precision machining, featuring a Heidenhain 415 CNC Control with RS-232 interface and a 4-axis configuration. The machine is equipped with a substantial table measuring 47.24" x 122.05", capable of handling a maximum load of 20,000 lbs (10 Ton). The traverses include 118.1" (X-Axis), 41.34" (Y-Axis), and 66" (Z-Axis). Its performance is driven by a 50 HP spindle power, offering a speed range of 10 to 3,000 RPM, and feed rates up to 5,000 mm/min. Key features include a 60-station Automatic Tool Changer (ATC), a 50-taper spindle, and a 42-inch diameter 4th axis, alongside an Indexing Head C-Axis (4 x 90 degrees) and Spindle Cartridge D-Axis (2 x 180 degrees). The overall footprint, including the electrical cabinet, is 336" x 181" x 144" H. This machine is suitable for complex tasks, including 3-dimensional profiling, circular interpolation, drilling, tapping, and thread milling.

Technical Attributes

Max Spindle Speed
3,000.00
X-Axis Travel
118.10 ''
Z-Axis Travel
66.00 ''
Spindle Power
50.0 HP
Spindle Diameter
50.00 ''
Table Size (LxW)
47.24 x 122.05
Y-Axis Travel
66.00 ''

Dimensions

Size
118 in L x 41 in W x 66 in H

Category

  1. MACHINING
  2. → BORING MILLS
  3. → HORIZONTAL BORING MILLS

Data Accuracy and Verification

Specifications, market trends, and valuation estimates are compiled from manufacturer documentation, historical sales, and 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 data before making buying or selling decisions. Valuations do not represent guaranteed transaction prices or binding offers, and Aucto assumes no liability for decisions made using this data.

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