Cost-cutting through Innovation and Technology: Our Fabrication Edge

LASER CUTTING

Unleashing Precision with High-Speed Laser Cutting Excellence

TMA Fabrication Services consistently provides state-of-the-art technology, exceptional quality, and cost-effective solutions, ensuring timely delivery on every project.

Laser Cutting and Fabrication Experts

TMA Fabrication Services is a leading authority in precision high-speed laser cutting, specializing in stainless steel, aluminum, and a wide array of metal applications across Houston industries. Our recent acquisition of the 12,000-watt Fiber Laser Metal Cutting machine significantly elevates our capabilities, enhancing both capacity and versatility.

This state-of-the-art machine represents a substantial leap forward, surpassing standard CO2 machines by two to threefold in output. With advanced technology and refined processes, we consistently deliver cost-effective, superior-quality parts.

The introduction of this machine allows us to remain at the forefront of cutting-edge technology, enabling us to provide customers with top-quality outputs in significantly reduced lead times. Beyond increased speed, this machine extends our capabilities to process copper and brass materials.

Key Features:

  • Outperforms CO2 machines, achieving 3x to 4x greater output
  • Enhanced efficiency leads to competitive pricing and quicker lead times
  • Excels in producing intricate profiles, particularly on thinner materials compared to CO2
  • Expanded capabilities to cut copper and brass, facilitating diverse applications

Maximum Material Thickness Capability:

  • Mild Steel: Up to 1″
  • Stainless Steel: Up to 1″
  • Aluminum: Up to 3/4″
  • Copper: Up to 5/8″
  • Brass: Up to 3/8″

At TMA Fabrication Services, we specialize in complex contouring, employing a flexible CAD/CAM design and programming system to cater to your specific material needs. Our burr-free cutting process minimizes finishing requirements, virtually eliminates heat distortion, maintains consistent tolerances across parts, and ensures scalable reproduction for multiple components.

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