The CLS-A8 Can Be Configured With Selected Automation and Production-Support Modules According to Material Type, Slit Width Range, Job Changeover Frequency, Roll Weight, Energy Monitoring Needs and Factory Workflow. These Optional Configurations Help Converters Improve Setup Efficiency, Reduce Manual Handling, Support Continuous Production and Build a More Integrated Converting Process.
Full Automatic Knife Positioning System
Selected for projects requiring faster job changeover, higher positioning repeatability and more efficient slit width adjustment.
Robotic Arm Unloading and Stacking
Supports automatic finished roll unloading, handling and stacking to reduce manual workload and improve downstream production flow.
Full Automatic Glue Removal System
Designed for adhesive-related converting applications to reduce glue accumulation and support more stable continuous production.
Kinetic Energy Recovery System
Uses a common DC bus design and energy module to support power reuse, energy feedback and operating cost evaluation.
Turnkey Engineering
Connects slitting, unloading, stacking, packaging and internal transport into a more integrated factory workflow.
Full Automatic Knife Positioning System
For the CLS-A8, semi-automatic knife positioning is the standard configuration. For customers with frequent order changes, multiple slit width requirements or higher setup efficiency demands, the full automatic knife positioning system can be selected as an optional upgrade.
The system uses servo-driven positioning and precision mechanical transmission to improve positioning accuracy and repeatability. It helps reduce manual adjustment, shorten setup time and improve production preparation efficiency during job changeover.
This option is especially suitable for converters processing labelstock, paper, film and web materials with frequent slitting width changes or strict production consistency requirements.
Robotic Arm Unloading and Stacking
For customers seeking a higher level of automation, the CLS-A8 can be integrated with a robotic arm system for automatic finished roll unloading, handling and stacking. This configuration helps reduce manual handling, improve roll movement efficiency and support smoother downstream workflow after rewinding.
The robotic arm can be configured according to finished roll weight, roll diameter, unloading direction, stacking method and factory layout. A typical reference configuration may include 5 axis operation, 300 kg handling capacity, 3 Phase / 380 V power supply and 15.8 kW power configuration, subject to final project design.
This option is especially valuable for heavy rolls, continuous production, multi-shift operation and factories that want to reduce manual labor in finished roll handling.
Full Automatic Glue Removal System
The full automatic glue removal system is designed for adhesive-related slitting applications, especially when processing labelstock or materials that may cause glue residue around the slitting area. By supporting automatic glue removal during production, this system helps reduce manual cleaning frequency and maintain more stable slitting performance.
This configuration can help improve continuous operation stability, reduce downtime caused by adhesive build-up and support cleaner knife-area operation. The final configuration should be reviewed according to adhesive properties, material structure, slitting width, production speed and customer process requirements.
Kinetic Energy Recovery System
The CLS-A8 can be configured with a kinetic energy recovery system based on common DC bus design. During machine operation, the system can support energy recovery or channel recovered energy to other inverters, helping improve overall energy utilization in suitable production conditions.
Each machine can be equipped with an electricity meter, and the electrical cabinet can be fitted with three current transformers for energy monitoring and verification. This allows customers to review real operating data instead of relying only on theoretical power consumption.
Energy-saving performance depends on machine configuration, material type, operating speed, production cycle, factory power conditions and actual running time. For continuous production projects, energy monitoring and recovery can become an important part of long-term operating cost evaluation.
Turnkey Engineering for Integrated Factory Design
For large converting customers, JuYou can support more than a single slitter rewinder. A turnkey engineering project can connect slitting, finished roll unloading, robotic stacking, packaging and internal transport into an integrated factory workflow.
This approach is suitable for customers planning a slitting center, multi-machine production line, 24-hour continuous operation or a highly automated converting workshop. The final engineering plan should consider material flow, parent roll delivery, finished roll unloading, packaging route, internal transportation, operator access, maintenance space and production management requirements.
Turnkey engineering helps customers evaluate the complete production process from parent roll to finished roll handling, rather than only reviewing one machine in isolation.
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