Direct procurement1987 Model

Sell your Amada M3060 today.

MTE does not act as a broker, nor do we buy on consignment. We buy machinery and assets outright and arrange the pickup.

Make: Amada
Model: M3060
Year: 1987
Category: CNC Shears
Condition: Used / Surplus

Jason PuuriOwner, Superior Machine & Tool, Inc.Message From MTE Owner

Jason sets final pricing on the machines MTE buys.

Amada M3060 Specifications

Capacity, Mild Steel: 10' x 1/4"
Blade Length: 133"
Gap Depth: 11"
Strokes Per Minute: 60 SPM
Rake Angle, Taper Per Foot: 1-DEGREE
Electrical System: 230-460/3/60
Overall Dimensions, L x W: 15' x 6'4"
Overall Height: 6'1"
Weight, Approximately: 16000 LBS.

Do you have a Amada M3060 to sell?

We are actively seeking a 1987 Amada M3060 CNC shear. This mechanical shear boasts a remarkable capacity for mild steel, handling up to 1/4" thick material across a generous 10' length. With a blade length of 133 inches, it is designed for precision cuts, making it an essential tool for any fabrication shop. The M3060 operates at an impressive 60 strokes per minute, ensuring efficiency in high-demand environments.

Its 1-degree rake angle and taper per foot allow for versatile cutting capabilities, adapting to various project requirements. The shear features a 42" front-operated power back gauge that enhances accuracy and speed, allowing operators to produce consistent results with ease. The electrical system of this machine operates on a 230-460/3/60 configuration, making it suitable for a variety of shop setups. In terms of size, the overall dimensions of the M3060 are 15' in length, 6'4" in width, and a height of 6'1", with a substantial weight of approximately 16,000 lbs, indicating a robust construction built to last.

If you have a 1987 Amada M3060 CNC shear that you're looking to sell, we are here to provide a fair and competitive offer. Don't miss out on this opportunity to sell your equipment to a trusted buyer. Contact us today to discuss your machine and receive an offer tailored to its condition and market value.