Tube Lasers

When your business depends on accurately cutting tube, pipe, or structural material, precision matters. Tube laser cutting delivers fast, repeatable, and highly accurate cuts while eliminating many of the secondary operations required with traditional saws, drills, and plasma cutting.

At Meredith Fabrication Solutions, we help manufacturers find the right tube laser cutting solution for their production goals. Whether you're processing round tube, square tube, rectangular tube, angle iron, channel, or other structural profiles, our team works with you to identify equipment that improves throughput, reduces labor, and increases part quality.

Advanced Tube Processing Solutions for Modern Manufacturing

Request a Quote

What is a Tube Laser?

A tube laser is a CNC-controlled laser cutting system designed specifically for processing tubing and structural shapes. Unlike flat sheet laser systems, tube lasers automatically load, rotate, position, and cut material with exceptional precision.

Using advanced fiber laser technology, these machines can produce:

  • Complex contours

  • Precision holes and slots

  • Coping and saddle cuts

  • Bevel cuts (on select models)

  • Part marking and engraving

  • Weld-ready joints

  • Intricate designs with minimal material waste

Why Partner with Meredith Fabrication Solutions?

Expert Machine Recommendations

Everything we do is built around understanding your needs and helping you succeed, because when you thrive, so do we.

Installation and Training

We’re not just here for the now. We love creating lasting relationships with our clients and growing with them over time.

Responsive Local Customer Support

We bring structure where it counts and adaptability where it matters. Our methods are clear, but always responsive.

Request a Quote

Frequently Asked Questions

  • Tube lasers can process a wide range of metals, including:

    • Mild steel

    • Stainless steel

    • Aluminum

    • Copper

    • Brass

    • Galvanized steel

    • High-strength alloys

    The material type and thickness depend on the machine's laser power and configuration.

  • Modern tube lasers can cut much more than round tubing. Common profiles include:

    • Round tube

    • Square tube

    • Rectangular tube

    • Oval tube

    • Angle iron

    • Channel

    • I-beams

    • H-beams

    • Custom structural profiles

  • Tube laser cutting improves production by combining multiple operations into one automated process. Benefits include increased productivity, improved part consistency, reduced material waste, lower labor costs, cleaner cuts, and fewer secondary operations like drilling, sawing, or deburring.

  • Tube lasers produce highly consistent, repeatable cuts with tight tolerances, making them ideal for applications that require reliable fit-up and repeatable production. Exact tolerances vary depending on the machine, material, and application.

  • In many applications, yes. Tube lasers can often replace saws, drills, punches, plasma cutters, and multiple secondary operations by completing everything in a single automated process.

  • Most tube laser-cut parts require little to no secondary processing. The clean cut quality often reduces or eliminates additional grinding, drilling, or deburring before assembly or welding.

  • Tube lasers are widely used in industries such as automotive, agriculture, construction equipment, aerospace, material handling, furniture manufacturing, fitness equipment, architectural fabrication, and general industrial manufacturing.

  • Selecting the right tube laser depends on the types of materials you process, production volumes, tube sizes, required cut quality, and future automation goals. Meredith Fabrication Solutions works with manufacturers to recommend equipment that best fits their applications, budget, and long-term production needs.