Flat thin sheets
0.3–3 mmCold-rolled steel, Galvanized steel, Aluminium, Stainless steel, Copper
Thin-Gauge Cut-to-Length Line →
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Line selection, quotation inputs, common buyer questions and the project handover process are now together on one useful page.
Review your application →If you need flat sheets, start with cut-to-length. If you need narrow recoiled strips, start with slitting. Material thickness then decides whether the line is thin- or heavy-gauge.
Cold-rolled steel, Galvanized steel, Aluminium, Stainless steel, Copper
Thin-Gauge Cut-to-Length Line →Cold-rolled steel, Galvanized steel, Silicon steel, Aluminium, Stainless steel, Copper
Thin-Gauge Coil Slitting Line →Pickled steel, Hot-rolled steel, Aluminium, Stainless steel
Heavy-Gauge Cut-to-Length Line →Pickled steel, Hot-rolled steel, Aluminium, Stainless steel
Heavy-Gauge Coil Slitting Line →Start with the incoming coil, finished strip sizes, edge quality, recoiling target and the orders you run most often.
Choose the cutting method from sheet length, material thickness, tolerance, required output and how often the product changes.
Incoming coil shape, leveler design, setup, cutting and stack handling all affect the sheet you receive.
Agree the test material, machine functions, finished-product checks and handover records before the factory acceptance test.
Approximate figures are fine for the first review. Missing details can be confirmed after the correct line family is clear.
Grade, strength and surface condition
Minimum, maximum and common sizes
Width, weight, inner and outer diameter
Sheet sizes or strip pattern
Flatness, length tolerance, burr and surface needs
Typical orders, shifts and realistic production target
Available space, crane, power and material route
Country, standards and installation conditions
Choose slitting when you need narrow coils. Choose cut-to-length when you need flat sheets. If you need both, send us the percentage of each product and we will compare the options.
Use the thin-gauge lines for thin cold-rolled, galvanized, silicon, stainless, aluminium or copper coil. Use the heavy-gauge lines for thicker hot-rolled, pickled or stainless coil. The exact model also depends on material strength and width.
Start with the material, thickness, width, coil weight and finished product. For a detailed quotation we will also ask for coil diameters, tolerances, output, factory space and power supply.
It depends on coil width, material thickness, strip width and the finished-coil size. Send a typical strip pattern instead of relying only on the maximum strip count.
The knives, knife clearance, shaft accuracy, material condition, setup and maintenance all matter. Tell us the edge quality your next process needs so we can choose the right tooling setup.
Flying shear is usually better for continuous, higher-output cutting. Stop-cut can be simpler for lower output, thick material or frequent length changes. The best choice depends on your real orders.
Incoming coil shape, material strength, leveler design, machine setup, cutting and sheet handling all affect flatness. The final sheet—not only the material leaving the leveler—should be checked.
No. Coil loading, product changes, acceleration, cutting, stacking and operator work all take time. Send your common order sizes so we can estimate useful production speed.
The exact testing, installation and support scope depends on the machine, destination and contract. Put responsibilities in the project documents before the order.
We use the product you need to make to choose slitting or cut-to-length.
The machine route is checked against coil handling, floor space and utilities.
Agreed machine modules, components and progress can be reviewed during manufacture.
Both sides confirm which functions, material and output checks will be recorded.
Packing, installation, start-up and support responsibilities follow the agreed scope.