DOALL DC-280NC HORIZONTAL BAND SAW

DOALL DC-280NC DOALL DC-280NC HORIZONTAL BAND SAW equipment image

Equipment Overview

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OEM
DOALL
Model
DC-280NC
Year of Manufacture
-
Category
HORIZONTAL BAND SAWS

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Technical Description

The DOALL DC-280NC Horizontal Band Saw is a robust cutting solution designed for precision and efficiency in metalworking applications. With a rectangular capacity height of 11.0 inches and width of 11.75 inches, as well as a round capacity of 11.0 inches, this saw accommodates a variety of materials. Powered by a 5.0 HP band drive motor, it delivers reliable performance with blade speeds ranging from 72 to 390 feet per minute. The saw utilizes a 1.25-inch wide blade with a thickness of 0.042 inches and a length of 150.6 inches, ensuring clean and accurate cuts. Weighing 3,858 lbs, the machine is built for stability and durability. The hydraulic system, powered by a 1 HP motor, enhances operational efficiency, while the indexer allows for a stroke length of 15.75 inches and a maximum index stroke length of 141 inches, facilitating quick and precise material handling. The remnant length for non-bundle cutting is 3.75 inches, optimizing material usage. Designed for a compact footprint, the saw occupies floor space dimensions of 83 inches in width, 79 inches in length, and 51 inches in height, making it suitable for various workshop environments. Additionally, it offers a maximum nesting capacity at 90 degrees of 9.88 x 5.75 inches, making it versatile for different cutting tasks. The DOALL DC-280NC is an essential tool for professionals seeking reliability and precision in their cutting operations.

Technical Attributes

Rated Power
5.00 HP
Blade Width
1.3 ''
Blade Length
150.6 ''
Max Cutting Capacity (Round)
11.0 ''

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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