Line
LOTOSSLITTING Medium Gauge Cut to Length Line efficiently uncoils, levels, and cuts medium thickness steel and aluminum coils into precise sheets, ensuring high quality, speed, and reliability for industrial applications.
Medium Gauge CTL Lines
The LOTOS Medium Gauge CTL Line is designed to cut coils in the range of 3–6 mm thickness with high accuracy and efficiency, combining robust mechanical construction with precise automation. Equipped with a hydraulic decoiler, precision leveler, hydraulic shear, and hydraulic stacker, it delivers consistently flat, accurate sheets suitable for demanding downstream applications. The tension control system balances coil flow to maintain alignment and sheet quality, while the recoiling and stacking units are built for reliable performance under continuous operation. With intelligent PLC based automation, recipe storage, and real-time diagnostics, the LOTOS Medium Gauge CTL Line offers a perfect balance of speed, precision, and durability, making it suitable for steel service centers and medium-duty industrial environments.
Key Advantages:
- Dual-stage leveling (pre-leveling + fine leveling)
- Precise shearing with servo/flying technology
- Edge trimming for superior cutting quality
FAQ :
1. What are the advantages of LOTOSSLITTING Medium Gauge CTL Line?
High-precision cutting with minimal edge burrs.
Efficient leveling for improved flatness and quality.
Automated operation with PLC and servo control systems.
Customizable settings for sheet length, width, and stacking methods.
2. How does it improve production efficiency?
By combining uncoiling, leveling, shearing, and stacking into a single automated process, Medium Gauge CTL Lines reduce manual handling, increase production speed, and ensure uniform sheet quality, lowering operational costs.
3. What is a Medium Gauge Cut to Length Line?
A Medium Gauge Cut to Length (CTL) Line is a coil processing system designed to uncoil, level, and cut medium-thickness steel coils into flat sheets of precise dimensions. It typically handles materials ranging from 1.0 mm to 6.0 mm thickness, making it suitable for more robust applications than thin gauge lines.