MORI SEIKI SH-500 HORIZONTAL MACHINING CENTER

MORI SEIKI SH-500 MORI SEIKI SH-500 HORIZONTAL MACHINING CENTER equipment image

Equipment Overview

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OEM
MORI SEIKI
Model
SH-500
Year of Manufacture
-
Category
HORIZONTAL MACHINING CENTERS

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Technical Description

The Mori Seiki SH-500 is a precision horizontal machining center designed for high-productivity metal machining applications. Built in 2000, this three-axis CNC machine features a robust 30 HP spindle motor capable of achieving speeds up to 12,000 RPM with CAT 40 taper tooling. The machine offers generous working envelope with X, Y, and Z-axis travels of 24.8, 23.6, and 25.6 inches respectively, accommodating workpieces up to 2,200 lbs on its 19.7 x 19.7-inch pallet. The dual-pallet system enables continuous production workflow with automatic pallet changeover. The 60-position tool magazine supports rapid tool changes, accommodating tools up to 5.9 inches in diameter, 13.8 inches in length, and 26.5 lbs in weight. Advanced rapid traverse rates of 1,968 IPM across all axes combined with cutting feed rates up to 1,181 IPM deliver exceptional machining speed and efficiency. The machine is controlled by a Mori Seiki MSC-502 CNC system with Fanuc 18iM capabilities, providing sophisticated multi-axis programming and real-time machine monitoring. With a 26,500-lb frame and 45 KVA power requirement, this heavy-duty machining center is engineered for demanding production environments requiring high precision, repeatability, and throughput in complex component manufacturing.

Technical Attributes

Control System
MORI SEIKI MSC-502
Spindle Taper
CAT 40
Max Spindle Speed
12,000.00
Y-Axis Travel
23.60 ''
X-Axis Travel
24.80 ''
Table Size (LxW)
19.7 x 19.7
Spindle Power
30.00 HP
Z-Axis Travel
25.60 ''

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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