AWS & ASME Certified Welding:
Precision GTAW & High-Productivity GMAW

ISO 9001:2015 Certified
ASME BPVC Section IX Qualified
On-Staff AWS Certified Welding Inspector (CWI)

We solve your most critical fabrication challenges by delivering metallurgically pure, distortion-free welds that are certified to ASME & AWS standards—eliminating risk, ensuring compliance, and accelerating your project timeline.

Home » Precision Sheet Metal Fabrication Capabilities » Certified Welding and Fabrication| ASME & AWS Certified

A Process for Every Challenge: From Purity and Aesthetics to Speed and Scale

  • Primary Focus: Precision, cleanliness, and a flawless aesthetic finish.
  • Speed: A slower, more deliberate process that requires significant operator skill.
  • Appearance: Exceptionally clean, neat, and visually appealing welds with no spatter.
  • Best Use: Thin materials, complex joints, and when the weld is visible (e.g., architectural work).
  • Cost: Generally higher project cost due to increased labor time and skill requirements.
  • Primary Focus: Production speed, efficiency, and cost-effectiveness.
  • Speed: A very fast process that is easily automated with robotics for high volume.
  • Appearance: Strong and functional welds, but less aesthetically refined than TIG.
  • Best Use: Thicker materials, long, continuous welds, and high-volume manufacturing.
  • Cost: More cost-effective for larger projects due to its high speed and efficiency.

Our Welding Skill Set

Heat and Distortion Control

Stainless steel, aluminum, and carbon steel behave very differently when welded. Our team’s experience allows us to hold extremely tight tolerances despite these challenges.

From Thin to Thick, from A36 Steel to AL6XN Stainless

It’s rare that a project is outside of our comfort zone. Material thicknesses from 0.020″ to 1″, and various materials and alloys of Stainless, Aluminum, and Carbon steel are all in our wheel house.

Cosmetic and Structural

Our certified welders don’t just “pass code.” Their welds must both be structurally sound and aesthetically pleasing.

Welding Capabilities

  • Thickness: 0.024″-unlimited”
  • Welding Process:
  • GMAW – MIG
  • GTAW – TIG
  • FCAW – Flux Cored
  • Welding Codes (WPS & PQR):
  • D1.1: Structural Steel
  • D1.2: Aluminum
  • D1.6: Stainless Steel
  • ASME IX: WPS & PWR

Welding Technology & Process Specifications

We invest in a deliberately curated arsenal of ‘best-in-class’ welding technology to provide a distinct advantage in quality and efficiency. Our primary systems include:

Advanced GMAW (MIG)

Fronius Cold Metal Transfer (CMT) systems for radically low-heat input and spatter-free welding.

High-Precision GTAW (TIG)

Intelligent inverter power sources (Fronius iWave, Miller Dynasty) providing total control over the arc.

Mechanized TIG

CK Worldwide Cold-Wire Feed (CWF) systems to achieve machine-like consistency and productivity.

Aluminum GMAW

Dedicated Push/Pull Torch systems to ensure flawless, high-integrity wire feeding for aluminum.

Robotic Welding

Multi-axis robotic arms integrated with GMAW systems for high-volume, repeatable production.

Process Specifications: GTAW vs. GMAW

Material Examples

Stainless Alloys

  • Austenitic – 304, 309, 316, 317, 321, 347
  • Ferritic – 409, 430
  • Duplex – 2205, 2003
  • Super Alloy – 904, AL6XN, C22, C276

Aluminum Alloys

  • 5XXX – 5052, 5083, 5086
  • 6XXX – 6061, 6062, 6063, 6082

Carbon Steels

  • Structural Steels – A36, A1018, A500, A572
  • Sheet Steels – A1008, A1011, Corten
  • Coated Steel – Aluminized, Galvanized

Proven Performance in Critical Applications

Our advanced welding capabilities are trusted by leaders in the world’s most demanding industries. Explore our work.

Submit Your Drawings for a Quote

Our engineers will review your specifications and provide a comprehensive quote for your fabrication project.

GTAW vs. GMAW Spec Guide

For engineers and designers, this guide details the key differences, benefits, and applications for each process to help you specify the perfect weld for your project.