General Cutting / Extra-Long & Extra-Wide Finished Products
Basic Cutting
Finished products may include extra-long, extra-thick, and extra-wide specifications, with focus on flatness, dimensional stability, and ease of later use.
COIL PROCESSING
Before-and-after photos show processing differences across thickness, materials, and coil conditions.
PROCESSING LOGIC
Before-and-after comparisons and multiple on-site photos help customers quickly understand processing differences.
Thin, thick, and extra-thick slab materials require different handling.
Hot-rolled steel, stainless steel, and checker plate coils each have different processing considerations.
Deformation, looseness, and rejected materials affect feeding and leveling strategy.
Processing methods are evaluated based on required size, quantity, and delivery schedule.
COIL PROCESSING CASES
Basic cutting, thick stainless steel, 19mm heavy plate, coil-shape leveling, and checker plate coils are shown in before-and-after comparisons.
General Cutting / Extra-Long & Extra-Wide Finished Products
Finished products may include extra-long, extra-thick, and extra-wide specifications, with focus on flatness, dimensional stability, and ease of later use.
Different Thicknesses / Stainless Steel
Higher-thickness stainless steel coils require stable feeding, leveling performance, and attention to finished surface condition.
Heavy Plate Cutting / Flatness & Diagonal Accuracy
Heavy plate cutting focuses on flatness, diagonal accuracy, and stability after stacking.
Loop Leveling / Coil Shape Improvement
For materials with poor coil shape, leveling improves flatness and helps stabilize cutting size and diagonal accuracy.
Checker Plate / 4-ft and 5-ft Widths
Checker plate coils have surface patterns and thickness characteristics different from flat plate processing, requiring adjustment based on material condition.
Deformed, loose, rejected slab, and high-difficulty heavy-gauge material handling.
Please provide coil condition, material, thickness, width, length, quantity, and delivery requirements.