LASER CUTTING

LASER CUTTING

Are you looking for a precise and efficient way to cut and shape your metal parts and components? Look no further than laser cutting! With the advanced technology and precision controls of the Amada LCG 3015 AJ, you can achieve high-quality results and intricate designs that are difficult to achieve with other cutting methods.

We use the LCG 3015 AJ to laser-cut our metal. It is a high-performance 6KW laser capable of cutting a wide range of metals. With its advanced laser cutting technology and precision controls, this machine can produce high-quality parts and components with minimal waste and high accuracy.

The LCG 3015 AJ is designed to handle large sheets of metal, up to 120”(3,048mm) x 60”(1,524mm). Overall, it’s a versatile and highly productive machine that can handle the most demanding applications.

Amada LCG 3015 AJ

LASER AUTOMATION

At Western Design & Fabrication we have incorporated the AMS 3015 CL(T) into our operations to streamline projects and enhance productivity. This cutting-edge machine was carefully chosen for its flexible automation capabilities, allowing us to significantly reduce machine downtime caused by manual material loading.

With the AMS CL(T), we can effortlessly handle material handling operations, ensuring consistent and reliable performance that maximizes the productivity of our machines. Its modular design enables us to expand our automation capabilities seamlessly, adapting to our evolving needs as a fabricator.

AMS 3015 CL(T)

BENEFITS OF SERVICE

Laser cutting allows for high-precision cutting and shaping of materials, resulting in accurate and consistent parts and components.
Lasers can cut through materials quickly, resulting in faster production times and increased efficiency.
Laser cutting machines can be programmed to cut a wide range of materials and thicknesses and can produce a variety of shapes and designs.
The precision of laser cutting reduces the amount of material waste.
Laser cutting can be more cost-effective than traditional cutting methods, especially for small-batch and prototype production.
Lasers can cut through a wide range of metals, including mild steel, stainless steel, aluminum, copper, brass, titanium, and more. Cutting capabilities depend on the metal.