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High-Speed Cr Coil Slitting Line from China Factory - Top Suppliers for Precision Slitting Solutions

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Our slitting line, designed for exceptional efficiency, is available in three speed grades: high, medium, and low. It accommodates a thickness range of 0.25 to 20 mm and a width range of 200 to 3,000 mm. Notably, the high-speed disc slitting line achieves an impressive speed of up to 120 m/minute. As a leading factory in China, we take pride in delivering top-quality slitting lines to our global suppliers, ensuring precision and reliability for all your slitting needs.

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    Product Introduction

    The slitting machine is a key piece of equipment in industry for cutting wide metal or non-metallic coil materials into several narrow strips of the required width along the length direction. Its core working principle is to continuously roll-cut the material through the rotation of the upper and lower circular disc knife shafts.

    The following is a comprehensive introduction to the core features of the slitting and shearing machine:

    Core Structure and Unit Composition

    The core structure mainly consists of upper and lower knife shafts, fixed/movable frames, and a synchronous lifting mechanism. The knife shafts and frames undergo precise processing (such as turning, high-frequency treatment, grinding, and chrome plating, etc.) to ensure the rigidity and accuracy of the equipment.

    This series of production line is applicable to coils of various specifications. It is used for slitting the coil into required width for the use of punch line through the procedure of uncoiling, pre-leveling, cropping, slitting and recoiling. It has advantages such as proper layout, easy operation, highly automated and high production efficiency.

    This line is adaptable to process cold-rolled and hot-rolled coils, silicon steel coils, stainless coils, colored coils, aluminum coils, and all sorts of plated and coated coils, and it widely applies to many industries like automobiles, containers, household appliances, food packing, construction materials, etc.

    This line consists of loading cart, uncoiler, slitter, scrap winder, cropping shear, tension controller and coil recoiler, etc. Loop bridge, pinch and deviation corrector are equipped between each machine. This automatic coil processing line is a integration of mechanical, electrical, hydraulic and pneumatic technology.

    Main Technical Parameter

    Name\Model 1.2×1250 2×1250 3×1600 6×1500
    Coil Thickness(mm) 0.2-1.2 0.5-3.2 0.3-3.0 1-6
    Coil Width(mm) 400-1250 400-1250 500-1600 500-1500
    Coil Weight(T) 10T 10T 16T 15T
    Coil I.D. (mm) φ508 φ508 φ508 φ508
    Recoiling I.D. (mm) φ508 φ508 φ508 φ508
    Main Shaft Dia. (mm) φ160 φ180 φ180 φ240
    Slitting Strips ≤25 ≤15 ≤25 ≤20
    Line Speed(m/min) 80-120 0-100 90-120 0-60
    Total Power ≤90KW ≤100KW ≤180KW ≤245KW

    Frequently Asked Questions

    What is the primary function of a slitting machine?
    A slitting machine is designed to cut wide metal or non-metallic coil materials into multiple narrow strips of specific widths along the length of the material using rotating circular disc knives.
    What types of materials can this slitting line process?
    This production line is highly versatile and can process cold-rolled and hot-rolled coils, silicon steel, stainless steel, aluminum, and various plated or coated metal coils.
    Which industries commonly use these slitting and shearing machines?
    Our equipment is widely applied in the automotive industry, container manufacturing, household appliances, food packaging, and construction materials sectors.
    What components make up a complete automatic coil processing line?
    The line typically includes a loading cart, uncoiler, slitter, scrap winder, cropping shear, tension controller, and a coil recoiler, integrated with hydraulic and pneumatic systems.
    How does the machine maintain high precision during operation?
    High precision is achieved through the use of precisely ground and chrome-plated knife shafts and frames, along with advanced deviation correctors and synchronous lifting mechanisms.
    What are the main advantages of this production line?
    The key advantages include a highly automated workflow, high production efficiency, easy operation, and a robust layout that integrates mechanical and electrical technologies.