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Fabrication Material

Steel Fabrication

The foundation of modern manufacturing, steel combines strength with versatility. At Ohio Laser, we harness cutting-edge fiber laser technology and diverse fabrication methods to shape this essential metal into precision components that drive industries forward.

When Strength Meets Innovation

Forge Your Future with Steel

At Ohio Laser, we don't just cut steel – we engineer possibilities. Our expertise transforms this fundamental metal into components that build skylines, power industries, and bring your boldest designs to life.

Strength Meets Versatility

Steel remains the backbone of modern construction and manufacturing. At Ohio Laser, we harness advanced technology to transform this versatile material into precision components that meet the most demanding specifications.

Structural Integrity

Build with confidence using unmatched structural integrity. Our steel fabrication ensures robust, reliable components that stand up to the toughest challenges in construction, infrastructure, and heavy machinery.

Grade Versatility

Adapt to any challenge with a wide range of available grades. From high-strength low-alloy steels to stainless varieties, we help you select and fabricate the perfect steel for your specific application needs.

Cost-Effective Solutions

Craft cost-effective solutions for large-scale projects. Steel's abundance and our efficient fabrication processes allow for economical production of components, from small parts to massive structures, without compromising on quality.

Formability and Machinability

Shape the world with excellent formability and machinability. Our expertise in steel fabrication enables the creation of complex geometries and precise finishes, bringing your most intricate designs to life.

Wear Resistance

Resist wear and tear in the most demanding applications. We fabricate steel components that withstand abrasion, impact, and fatigue, ensuring longevity in harsh industrial environments and high-stress applications.

Press brake and welding example parts.

Steel Fabrication Mastery

Our comprehensive range of fabrication methods allows us to unlock steel's full potential:

  • Laser Cutting:Precision cuts up to 1 inch thickHigh-power fiber lasers for superior speed and edge qualityWeld and paint-ready edges using high-pressure nitrogen, air, or oxygen-nitrogen blendsOxygen cutting for thicknesses over 1/2 inch
  • CNC Machining: Complex geometries with tight tolerances
  • Press Brake Forming: Precise bending for structural components
  • Welding (MIG & TIG): Strong, reliable joints for assemblies
  • Tube Bending: Accurate shaping of tubular steel components

Versatility

We excel in working with a wide range of steel grades:

  • Commercial Quality: A36
  • High Strength Low Alloy (HSLA)
  • Ultra High Strength Steels (UHSS)
  • Advanced High Strength Steel (AHSS)
  • Alloy Grades: 4130, 4140, 4340
  • Carbon Steel: 1008, 1010, 1018, 1020, 1045
  • Spring Steel: 1075, 1095
  • Custom and specialty grades upon request

Our fiber laser technology ensures excellent edge quality and unprecedented cutting speeds, revolutionizing steel fabrication.

Large I-beams on jumbo tube laser cutter.

Steel in Action

From towering skyscrapers to precision machinery, steel components form the backbone of our modern world. At Ohio Laser, we regularly fabricate steel solutions for:

  • Construction and infrastructure projects
  • Automotive frames and components
  • Heavy machinery and equipment
  • Agricultural implements
  • Energy sector components
  • Industrial equipment and tooling
  • Transportation and logistics
  • Custom fabrication projects

Materials We Work With

Ohio Laser and its expert team members are well equipped with working with various formats of metals, including round, square, tube, pipe, bar, and sheet, as well as capabilities in customizations to specific requirements of customers.

Steel Solutions, Unrivaled Strength

Ready to forge your next breakthrough with precision steel fabrication? Let's build something extraordinary together.