Welding Table for Structural Steel Fabrication Shops

All ALMACO welding tables are precision-engineered to a flatness tolerance of ±0.02 inches across the entire tabletop surface. This level of precision is critical for structural steel fabrication, ensuring accurate joint alignment, consistent 90-degree angles, and repeatable fixturing for frames, gates, and structural assemblies.

The standard configuration uses 3/8" Grade 50 American steel, which provides excellent rigidity and resistance to warping under heavy welding loads. An optional upgrade to 1/2" Grade 50 steel is available across all models for shops requiring additional mass, durability, and heat dissipation during intensive fabrication operations.

Smaller tables (2.5'x4' and 4'x4') feature 16mm holes, while larger models use 28mm holes. All tables have a systematic 2" grid pattern with drilled and tapped holes. The top row of side holes is drilled and tapped — either 5/8"-11 or 1"-12 thread depending on model — allowing for versatile clamping and fixturing setups.

Yes, locking casters are available as an optional upgrade on select ALMACO welding table models, including the 2.5'x4', 4'x4', and 3'x8' configurations. This option allows shops to reposition the table as needed between jobs while maintaining a stable, locked working platform during active welding and fabrication.

ALMACO welding tables are manufactured entirely in Nevada, Iowa, USA, using American-sourced steel, domestic labor, and American craftsmanship. ALMACO was established in 1876 as a blacksmith and fabrication shop and has over 135 years of metalworking and manufacturing experience. The tables are developed and tested in ALMACO's own production facilities.

ALMACO welding tables are designed for professional welding shops, structural steel fabrication facilities, construction equipment manufacturing, and agricultural equipment fabrication. They are well-suited for frame and gate welding, structural assembly requiring precise 90-degree angles, and any heavy-duty metalworking operation that demands a stable, accurate, and durable work surface.