
Sell your Amada LCG-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
- LCG-3015
- Year
- 2016
- Category
- Metal Cutting
- Condition
- Used / Surplus

Jason sets final pricing on the machines MTE buys.
Amada LCG-3015 Specifications
- Resonator Wattage
- 3,500 Watts
- Max Sheet Size
- 5’ X 10’
- Max Sheet Weight
- 2,028 Lbs
- Mild Steel Thickness
- 0.787”
- Stainless Steel Thickness
- 0.39”
- Aluminum Thickness
- 0.31”
- X - Axis Travel
- 121”
- Y - Axis Travel
- 61”
- Z - Axis Travel
- 3.93”
- Approx. Weight
- 18,077 Lbs
Do you have a Amada LCG-3015 to sell?
<p>We are actively seeking a 2016 Amada LCG-3015 CNC Machine. This advanced metal cutting system is renowned for its exceptional precision and efficiency, boasting a powerful 3,500-watt resonator that enables it to handle a variety of materials with ease.
With a maximum sheet size of 5’ x 10’ and a weight capacity of up to 2,028 lbs, this machine is ideal for both large-scale production and intricate cutting tasks.</p> <p>The Amada LCG-3015 features impressive travels with an X-axis of 121 inches, a Y-axis of 61 inches, and a Z-axis travel of 3.93 inches, allowing for versatile machining capabilities. It is designed to cut through mild steel up to 0.787 inches thick, stainless steel up to 0.39 inches, and aluminum up to 0.31 inches, making it a versatile choice for various applications.
Weighing approximately 18,077 lbs, this robust machine is built to withstand rigorous industrial use while delivering consistent results.</p> <p>Sellers often part with machines like the Amada LCG-3015 due to reasons such as upgrading to newer technology, downsizing operations, or facility closures. If you have an Amada LCG-3015 or similar CNC machine that you are looking to sell, we invite you to reach out to us today for a hassle-free evaluation and offer.</p>

Have one to sell?
MTE is the direct buyer, and here is how selling to us works.
Fast Response
Fair Offers
Hassle-Free Process










