Unbelievable Power: Bending a 56mm Thick Plate into a Perfect Curve. Machining & Welding Explained

Video Description

Discover how raw iron and steel become precision-engineered parts—step by step. From advanced stretcher leveling of coils to MQL bandsaw cutting that slashes coolant costs, then on to 56 mm heavy plate rolling with pre-bending, CNC turning on the Gildemeister CTX 310, wind-bearing machining, cylindrical grinding, a 2200×20 mm cut-to-length line, SAW pipe production to API 5L, and a full forging + heat-treat + NDT workflow. Timeline: 0:12 Stretcher leveling of coils at McNeel Steel (Red Bud system) 1:22 Switching to MQL bandsaw cutting with UNIST Coolube 2210EP 4:19 Heavy 56 mm plate bending on a 3-roll machine (process overview) 7:25 Edge pre-bending to eliminate flat ends and ensure smooth curvature 11:54 CNC turning center—Gildemeister CTX 310 (automation & controls) 16:16 Boast TA53H horizontal turning/milling—wind bearing machining 18:50 Yorky heavy-duty cylindrical grinder for oilfield tools 21:37 Cut-to-length line 2200×20 mm—uncoil, level, shear, stack 24:02 SAW straight-seam pipe line (API 5L) with full inspection & hydrotest 27:06 Hatakiyama Ironworks—billet to finished part: forging, heat-treat, NDT Hashtags: #steel #manufacturing #machining #CNC #forging #plateRolling #MQL #bandsaw #grinding #pipeline #SAWpipe #API5L #cutToLength #stretcherLeveling #industrialengineering Please LIKE, your LIKE will ENCOURAGE me very much. Thank you! SUBSCRIBE to watch more great video: https://bit.ly/3aDXZlr