Fabrication

Quick answer Choose custom metal fabrication when you need parts built to exact dimensions, tolerances, and materials that fit‑for‑purpose and integrate cleanly with your system. You gain tighter quality control and traceability (ISO/ASME‑aligned), faster installation with fewer field fixes, engineered material selection for pressure/temperature/corrosion, and lower lifecycle cost through durability and repeatable production—backed by collaborative […]

Quick answer BEPeterson is an ISO 9001:2015 and ASME‑certified metal fabricator specializing in heavy‑gauge pressure vessels, tanks, vacuum equipment, and skids—from roughly 14 ga to 1 in plate—delivered with full engineering, code calculations, and QA. With U/R/S stamps (PED/CE/CRN available), in‑house cutting/forming/rolling and GTAW/GMAW/FCAW/SAW welding, plus hydro/RT and CMM inspections, we provide end‑to‑end, on‑time custom metal fabrication at

Quick answer Choose BEPeterson for industrial fabrication when you need a certified, end‑to‑end partner: ASME U/R/S/UM and ISO 9001:2015 credentials (PED/CE/CRN/ABS available), full engineering from concept to test, broad in‑house capabilities (pressure vessels, tanks, vacuum equipment, ductwork/assemblies), proven material expertise (carbon, stainless, duplex, nickel alloys, aluminum), rigorous quality/inspection (CMM, documented testing), and a long track record

Quick answer To select an industrial metal fabrication partner, confirm their capabilities match your project (materials, grades, equipment, in‑house services), verify quality credentials (ISO 9001, ASME, PED/TÜV/CE as needed), assess their process methodology and complex‑project experience, check customer support/references, and prioritize a proven track record delivering similar work on time with full documentation. Metal fabrication is

Quick answer Avoid these six metal‑fabrication mistakes: making assumptions instead of confirming specs, choosing the wrong material for the job, storing fillers poorly (moisture/corrosion risk), mis‑striking arcs that scar parts, being technically inflexible instead of adapting methods, and rushing schedules rather than planning safe, realistic lead times. Clear communication, correct materials/handling, precise welding practice, and