Strip Rolling Machine
A strip rolling machine is a specialized industrial system designed for precision manufacturing of metal strips from round wires or bars. The process involves feeding the material through a series of 2-Hi rolling mills, followed by steps such as annealing, polishing, and wire take-up, ensuring high-quality and accurately shaped metal strips for various applications.
Wire Payoff Machine
The CRM-SP Model Strip Rolling Machine is equipped with an Overhead Payoff Machine, a system designed to suspend wire spools above the production line for seamless vertical wire feeding. This innovative configuration is particularly well-suited for operations that require efficient use of space or rely on vertical wire alignment.
Key Features and Advantages
- Space Optimization: The overhead design minimizes floor space usage, making it ideal for compact production environments.
- Adaptability: Perfectly suited for handling lightweight to medium-sized spools, ensuring smooth and consistent feeding performance.
Straightening Machine
The straightening machine is strategically placed between the wire pay-off machine and 2 Hi rolling mill, playing a pivotal role in the production process. Its primary function is to straighten the inlet wire, ensuring perfect alignment and eliminating bends or irregularities. Additionally, it serves as a feeding device, seamlessly guiding the input bar directly into the rolling mill. This dual functionality guarantees consistent processing quality, minimizes disruptions during cold rolling, and enhances overall operational efficiency and precision.
2 Hi Rolling Mills
The 2-Hi Rolling Mill (Two-High Cold Rolling Mill), also known as a strip rolling mill, is a type of cold rolling mill featuring two rollers. This machine is specifically designed to transform wire rods from their original round shape into flat wires and strips. Widely used in the metalworking industry, the 2-Hi rolling mill is essential for shaping and reducing the thickness of metals, flat wires, and strips through a process of compression and elongation.
Tension Control Dancers
Tension Control Dancers are essential mechanical devices in strip rolling mills, utilized at various stages of the production line, including between rolling mills and before the pay-off machine and rolling mill. They are designed to regulate and maintain consistent wire tension throughout the strip rolling process. These systems play a vital role in ensuring the wire’s quality, precision, and smooth operation, particularly in high-speed or continuous production environments.
Turks Head Rolling Mills
Turks Head Machine is a specialized component widely used in strip rolling mill lines, particularly for processing rectangular wires or strips, to shape metals into precise profiles. We offer both standard Turks Head mills and universal Turks Head mills to meet your specific production nes.
Wire Takeup Machine
We offer fully customized wire take-up machines tailored to your specific requirements, including your finished product’s packaging method, weight, and size. Whether you need solutions for compact spools, large reels, or unique packaging formats, our designs ensure optimal efficiency, durability, and seamless integration into your production line.
Achieve Ultra-Fine Strip Thicknesses With Minimal Tolerances, Tailored For A Diverse Range Of Applications.
Sky Bluer Industries China is a premier manufacturer specializing in high-precision cold rolling mills and strip rolling mills. We deliver cutting-edge machinery, engineering solutions, and technical support to wire and narrow strip production equipment manufacturers. Additionally, we offer a comprehensive range of supporting equipment for rolling mills, providing a true one-stop supply solution and turnkey project execution.
We Are Trusted Over 26+ Countries Worldwide
Sky Bluer Industries China, based in China, specializes in manufacturing wire flattening and shaping machines, fine wire drawing machines, and high-precision cold wire rolling machines. We actively incorporate advanced rolling processing technology from Japan, achieving a roundness tolerance of less than 0.001mm and a surface finish of 0.02μm.