Laser Cutting Machines

The laser cutting machines TruLaser 5030 / 5040 / 5060 represent high productivity, efficiency, and high-quality results. They are characterized by speed and reliable processes. Diverse automation solutions and intelligent functions guarantee excellent results in continuous operation – the smooth edges produced by the CO2 laser also offer clear-cut benefits. The perfect machine for excellent laser cutting.

Laser Cutting

Our CNC laser burning technology offers the highest quality finish to the cut surface compared with plasma or oxy-fuel cutting. A wide range of material can be used for cutting including mild steel, stainless steel, aluminum, and copper. Browning Enterprise operates both the new 2019 TruLaser 5040 and the Trumatic L2530 laser machines.

TruLaser 5040 Laser Cutting Machines

Our new 10KW Trumpf TruLaser 5040 is a state of the art metal cutting machine. Its motion unit allows rapid movements of over 11,000 ipm. The 10KW Fiber laser allows us to cut up to 1.5″ Mild Steel and Stainless steel, 1″ aluminum, 3/8″ brass and copper, as well as various others such as titanium, plated metals, etc. The Machine can cut up to a 82″ x 162″ sheet and holds a position accuracy of 0.002″ and a 0.001″ – 0.010″ part tolerance depending on the part thickness and material.

Smooth cutting edges with BrightLine

The BrightLine cutting procedure, the interaction between innovative components and a flow-optimized nozzle, enables the highest quality cuts to be made in thick stainless steel and mild steel. Particularly in stainless steel, the BrightLine fusion cutting produces an especially high-quality cutting edge – a clear-cut mark of quality. This results in considerably less reworking, or often even no reworking at all.

Thin stainless steel

You can achieve perfect quality in thin stainless steel – even in intricate contours: The edges are burr-free and rework is no longer required.

Thick mild steel cut with CoolLine

The CoolLine process specifically cools the workpiece during laser cutting. This enables new geometries and considerably increases process reliability in thick mild steel.