TruLaser Tube
5-axis precision for round, square, and open profiles.
Find answers for all AMP cutting systems in one place. Jump to a machine below, then expand common questions about capabilities, materials, tolerances, and ideal applications.
5-axis precision for round, square, and open profiles.
High-speed 12 kW fiber laser with automation.
Cost-effective cutting for thicker plate.
Cold-cutting for heat-sensitive materials.
Aluminum, stainless, copper, brass, and mild steel. Up to 10" O.D. round and 8" square/rectangular; typical wall thickness up to 1/2" (mild), 3/8" (aluminum/stainless), 1/4" (copper/brass).
Yes—clean bevels and chamfers up to 45°, inside and outside, with features produced before cut-to-length to minimize grinding.
We can tap, flow-drill, and apply part IDs/QRs to deliver assembly-ready components in a single setup.
Fabrication and machine frames, material handling, automotive/EV components, and structural profiles requiring high fit-up accuracy.
The TruLaser 5040 enhances production with faster cutting speeds, high precision, and automated loading/unloading. We complete multi-sheet projects efficiently, reduce costs, and deliver faster.
Aluminum, stainless, carbon steel, copper, brass, and bronze. We can also process high-strength metals with tensile strength up to 100,000 PSI.
Feature tolerances to ±0.015" and positioning tolerances as low as ±0.005", depending on material and geometry.
For thicker plate at lower cost where ultra-fine edge finish isn’t critical. Plasma excels in value for heavy sections.
Mild steel, stainless, and aluminum plate. Max thickness depends on material and edge-quality requirements—share your spec for confirmation.
Good dimensional accuracy; some taper and dross may occur on very thick sections, typically removed with light finishing.
Fast turn on both prototypes and production. Nesting optimization reduces scrap and improves cost.
It’s a cold process—no heat-affected zone—ideal for heat-sensitive alloys, laminates, composites, and plastics.
Metals, stone, glass, composites, rubber, and plastics. Very thick stock is possible; cutting time scales with thickness and tolerance.
Excellent dimensional control with smooth edges. Kerf width and taper are predictable and can be tuned to your tolerance needs.
Architectural panels, gasket sets, tooling plates, fixtures, and parts requiring pristine edges without thermal effects.