Advantages of Economical and Practical Cross-Cutting Lines:

1. Cost-Effective Production:

   • High-precision simple cross-cutting lines are designed with economic considerations in mind. By optimizing material usage and minimizing waste, these systems contribute to cost-effective production processes. The ability to accurately cut materials to required lengths ensures efficient use of resources, translating into financial savings for manufacturers.

2. Reduced Material Waste:

   • Precision in cross-cutting means minimizing material waste. The advanced technology employed in these lines allows for accurate measurements and cuts, reducing the need for excess material and contributing to sustainable and environmentally responsible manufacturing practices.

3. Increased Efficiency in Batch Processing:

   • Industries involved in batch processing benefit significantly from the efficiency of high-precision cross-cutting lines. These systems can handle large volumes of materials with speed and accuracy, streamlining production and enhancing overall efficiency.

High Precision: A Cornerstone of Quality Manufacturing:

1. Accurate Length Measurements:

   • The hallmark of high-precision simple cross-cutting lines is their ability to provide accurate length measurements. This precision is crucial in industries where standardized and consistent product dimensions are essential for quality control.

2. Tight Tolerances:

   • These cutting lines are engineered to operate within tight tolerances, ensuring that the cut materials meet stringent specifications. Whether dealing with metals, plastics, or other materials, maintaining precise dimensions is critical for the end product's functionality and reliability.

3. Repeatable Accuracy:

   • The repeatability of accuracy is a key advantage. High-precision cross-cutting lines consistently deliver precise results, reducing the likelihood of errors and ensuring uniformity in each production cycle. This reliability contributes to the overall quality of the manufactured goods.

Easy Operation: Streamlining Manufacturing Processes:

1. User-Friendly Interfaces:

   • Manufacturers appreciate the simplicity of operation offered by high-precision simple cross-cutting lines. Equipped with user-friendly interfaces and intuitive controls, these systems empower operators to set parameters, monitor processes, and make adjustments easily.

2. Quick Setup and Changeovers:

   • The ease of setup and changeovers is a notable feature. Operators can swiftly configure the cutting lines for different materials or product specifications, reducing downtime and optimizing production efficiency.

3. Minimal Training Requirements:

   • The simplicity of operation also translates to minimal training requirements for operators. This ensures that manufacturing facilities can quickly integrate these cutting lines into their production processes, maximizing the benefits without significant learning curves.

Function: Used to support coil material unwinding.
Main structure: frame, expansion component, spindle, pressure support arm component, hydraulic component, electric part, etc.
Frame: Made of ordinary carbon steel plate and square tube welded together, the series spindle and two bearing seats are welded together at one time to ensure the spindle
concentric.
Expansion component: Expansion range diameter: ø 470mm- ø 530-φ630mm, maximum width 1600mm, maximum outer diameter Φ1500mm. Four arc-shaped plates and the main shaft are connected by sliders for sliding expansion.
Spindle: Made of 45# round steel quenched and tempered and finished by turning, with a load-bearing capacity of 8 tons.
Pressure support arm assembly: Used to tighten the material from the coil to assist in feeding the material to the leveling feeder.
Hydraulic power: push-pull expansion and contraction mandrel.
Electric power: frequency converter speed regulation, 5.5KW motor with helical gear reducer and chain drive.


Function: Used for leveling materials and feeding materials at fixed length.
Main structure: leveling roller, electric part, inlet and outlet support assembly.
Leveling roller: It is made of 40Cr round steel after being quenched and tempered and processed with high frequency treatment. After two electroplating and cylindrical grinding, the surface is glossy and traceless, and the hardness reaches above HRC62.
Back pressure roller: It is made of 40Cr round steel after being tempered and processed with high frequency treatment. After two electroplating and cylindrical grinding, the surface is glossy and traceless, and the hardness reaches above HRC62.
Feeding roller: It is made of 40Cr round steel after tempering and high-frequency treatment. After two electroplating and cylindrical grinding, the surface is glossy and has no trace. The hardness reaches HRC62 degrees. The above uses pneumatic relaxation.

Electric shearing machine
This machine tool changes the transmission form of mechanical shearing machine and is currently recognized as one of the most advanced small shearing machines at home and abroad. This machine absorbs advanced foreign technology and adopts pneumatic clutch and flywheel. Its transmission mode is driven by a motor to drive the flywheel. It is controlled by a selective foot switch to achieve instantaneous engagement. The small shearing angle and inclined shearing direction make the workpieces smoother. The bending deformation is reduced to a minimum. The blade gap is adjusted by a manual quick-adjustment device, which makes it very easy to obtain a satisfactory blade gap. It is an ideal processing and shearing equipment for metal and non-metal plates.