RONGXING CNC
Flying Shear & Slitting Equipment
Coil Slitting Lines
1650mm precision strip production
Designed around the customer coil material, strip plan, edge quality, tension requirement, recoiling condition, and production target.
The line can include coil loading, uncoiling, guiding, precision slitting, scrap winding, tension control, recoiling, and unloading. Knife arrangement, drive system, control strategy, and handling sections are reviewed for the material and finished strip requirements.
Share the incoming coil and finished strip specification so the engineering team can confirm the suitable slitting and recoiling configuration.
Video overview
Watch the slitting process from coil handling and strip cutting through scrap management, tension control, recoiling, and unloading.
Watch on YouTubeWorking principle
The line unwinds a master coil, guides it through the processing centerline, separates it into narrower strips with the slitter head, manages edge scrap, controls strip tension, and recoils the finished strips. Stable results depend on the complete path from coil handling and knife setup to tension control, recoiling, and unloading.
The final equipment arrangement is selected for the confirmed material and finished-strip plan. A typical workflow includes these stages.
The equipment list and control method are confirmed after the incoming coil and finished-strip requirements are reviewed.
Support loading, centering, expansion, and controlled payoff of the master coil.
Maintain strip position before the slitting section.
Use the selected knife, spacer, overlap, and clearance arrangement for the strip plan.
Manage trimmed edge material without interfering with the finished strips.
Control strip behavior between slitting and recoiling.
Build and remove finished slit coils according to the required diameter, weight, and handling method.
Coordinate drives, recipes, alarms, interlocks, and operating zones.
The slitter head is only one part of the result. Tooling, strip plan, tension, surface handling, recoiling, and operating procedure must be configured as one production process.
Review every strip width, quantity, tolerance, scrap width, material strength, thickness, and the most demanding combination—not only the master-coil width.
Knife material, diameter, condition, side clearance, vertical overlap, spacer accuracy, and shaft alignment must match the actual material and edge requirement.
A controlled sequence for tooling identification, cleaning, arrangement, tightening, runout checks, trial cutting, and recordkeeping reduces setup variation.
Burr, rollover, fracture, camber, and width consistency are influenced by material condition, tooling setup, alignment, speed, tension, and knife wear.
Target speed should be checked with strength, thickness, strip count, minimum strip width, scrap behavior, tension method, recoiling, and downstream handling.
Contact rolls, guides, loop tables, separators, pads, cleanliness, and protective films may need different treatment for stainless, coated, and aluminum coil.
The selected tension method, separator arrangement, winding torque, coil build, inner diameter, outer diameter, and unloading method must support the finished-coil requirement.
Knife inspection, sharpening criteria, spacer cleanliness, shaft runout, bearing condition, lubrication, and setup records help control repeatability over time.
Material capability is confirmed for each project. Knife setup, drive capacity, tension strategy, and surface protection must match the actual coil and finished-strip requirement.
A useful quotation begins with both the incoming master coil and every required finished strip. RONGXING uses this information to review tooling, tension, drives, recoiling, handling, and layout.
Material condition, knife material and condition, clearance, overlap, alignment, strip tension, and operating setup all affect the finished edge.
No. Knife and spacer arrangement must match the confirmed widths, number of strips, material, thickness, and tolerance requirements.
Stable tension helps keep slit strips organized before and during recoiling; the required method depends on material and finished-coil expectations.
Provide the master coil, complete strip plan, material strength, edge and width tolerance, finished coil dimensions, target output, handling method, and workshop layout.
Send your master-coil data and finished-strip plan so RONGXING can review the slitting, tension, recoiling, handling, and control requirements.
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