Direct procurement2006 Model

Sell your Amada LC-3015 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: LC-3015
Year: 2006
Category: CNC Laser Cutting Machines
Condition: Used / Surplus

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

Jason sets final pricing on the machines MTE buys.

Amada LC-3015 Specifications

Size: 4000 Watt
Sheet Width: 60"
Sheet Length: 120"
Wattage: 4000 W
IPM: 6681 ipm
X-Axis Travel: 121"
Y-Axis Travel: 61"
Z-Axis Travel: 3.94"

Do you have a Amada LC-3015 to sell?

We are actively seeking a 2006 Amada LC-3015 CO2 Laser Cutter to purchase. This exceptional machine features a robust 4000 Watt laser, designed for precision cutting of various materials. The Amada LC-3015 is renowned in the industry for its reliability and efficiency, making it a valuable asset for any manufacturing operation. With a generous sheet width of 60 inches and a length of 120 inches, this laser cutter accommodates a wide range of sheet sizes, enhancing its versatility in production environments.

The machine boasts impressive speed capabilities, achieving an impressive 6681 inches per minute (IPM), which allows for rapid processing of materials without compromising on quality. Its X-axis measures 121 inches, the Y-axis is 61 inches, and it has a Z-axis travel of 3.94 inches, providing ample working space for various applications. The 2006 Amada LC-3015 is particularly suited for businesses looking to upgrade their cutting capabilities or expand their production line with a reliable CNC solution. At Superior Machine Tools, we specialize in purchasing used CNC machines, and we recognize the value of high-quality equipment like the Amada LC-3015.

If you own this model and are considering selling, we would love to hear from you. Our team is committed to providing you with a competitive offer and a seamless selling experience. Contact us today to discuss your machine and see how we can help you maximize its value.