New CTL Project Guide
A practical process-flow guide for cut-to-length line projects, from coil loading and leveling to measuring, shearing, stacking, packing and quotation preparation.
Jump to the process flow or open the related CTL planning pages.
Process Flow
Actual line layout changes by material, thickness, width, sheet length, surface protection and stacking requirement, but most CTL projects can start from this review route.
Start with coil weight, inner diameter, outer diameter and loading method. These details decide whether a coil car, loading saddle or special mandrel range is needed.
The uncoiler, peeler, pinch roll and entry support help feed the strip safely into the line. Thicker coils and high-strength material may need stronger opening and guiding support.
The leveling section is usually the core of a CTL line. Roller diameter, number of rolls, cassette structure and adjustment method should match material thickness and flatness target.
Length tolerance depends on measuring wheel, encoder, control logic, line speed and shear method. This part should be reviewed before choosing standard or high-speed configuration.
A stop shear can suit slower or heavier applications, while a flying shear supports higher output. The right choice depends on sheet length mix, production target and budget.
After cutting, sheets need stable conveying, alignment and stacking. Thin sheets, surface-sensitive material or long sheets may need extra support to avoid scratches or disorderly stacks.
If the buyer processes stainless steel, coated coil or visible panels, surface protection, film, paper interleaving and packing area should be discussed early.
The final process flow should match plant power, foundation, crane route, operator position, safety guarding and downstream handling. These details affect final quotation and delivery scope.