JINYE builds ultra-thin, high-precision strip steel equipment for stable rolling, leveling, slitting, cleaning, and coil finishing. The engineering focus is ±0.002mm precision, high stability, and precise process control.
From precision rolling mill to precision slitting line, every machine is selected around ultra-thin material behavior, micron-level thickness control, stable tension, surface quality, and repeatable production.
Multi-roll mill configurations for ultra-thin strip steel, high-precision thickness control, AGC/AFC integration, and stable long-run operation.
Cleaning, degreasing, rinsing, drying, and filtration modules for ultra-thin metal strip surfaces before leveling, slitting, or annealing.
High-stability tension leveling for ultra-thin strip flatness, elongation control, residual stress reduction, and downstream precision slitting.
High-precision slitting for ultra-thin strip, with knife shaft accuracy, burr control, tension separation, edge quality, and stable recoiling.
Before equipment geometry is frozen, JINYE maps strip grade, ultra-thin thickness range, coil geometry, tension zones, precision target, surface requirements, speed targets, utilities, and operator access.
Mechanical rigidity, tension strategy, precision drive control, and line layout are reviewed together for stable ultra-thin strip production.
AGC/AFC, line tension, roll system configuration, tool accuracy, and process feedback support repeatable high-precision output.
Cleaning, leveling, slitting, recoiling, and surface protection are matched to thin-gauge material behavior and handling sensitivity.
Confirm material grade, thickness range, width program, speed target, surface quality, and plant utilities.
Define the mill stand, cleaning modules, leveling layout, slitting tooling, drives, and controls.
Coordinate machining, assembly, inspection, shipping, installation sequence, and site readiness.
Support threading, tension setup, speed ramp-up, quality checks, and operator training.
Send material, strip width, thickness range, coil weight, line speed, and site constraints. JINYE will help define the equipment boundary.