Automatic Slitting and Cutting Machine XN-ARSC-300

Name: Automatic Electrode Sheet Cutter XN-ARSC-300

Equipment Type: Automatic Roll-to-Sheet Electrode Cutting Machine

Product Code: XN-ARSC-300

Brand: Xnergy

Product Introduction:

Automatic Electrode Sheet Cutter XN-ARSC-300 cuts coiled lithium-ion battery cathode and anode electrode strip into individual sheets at programmable length, quantity, and speed. The unit features a tension-controlled automatic unwinding system with pneumatic expanding shaft for fast roll loading, two selectable cutting modes (fixed-length cutting and fiber-optic color-marker tracking), and a PLC + HMI interface for parameter setup. Burr level is controlled to ≤12 μm and fiber-tracked cutting precision is ±0.3 mm, supporting both R&D electrode preparation and pilot-line production.

Key Features:

Programmable cut length (1–9999 mm), quantity, and speed
Two cutting modes — fixed-length and fiber-optic color-marker (registration) tracking
Servo-controlled tension unwinding for stable web feed
Pneumatic expanding shaft for fast, tool-free roll loading and unloading
Cutting precision ±0.3 mm (fiber-tracked mode)
Burr level ≤12 μm
Fixed-length cutting speed up to 250 mm/s; color-tracking up to 150 mm/s
PLC + HMI control for convenient parameter setup
Compact footprint with safe, single-operator workflow

Technical Specifications:

Application Areas:

XN-ARSC-300 is suitable for:

Cutting lithium-ion battery cathode and anode electrode strip into single sheets for cell assembly
R&D and pilot-line electrode sheet preparation
Coin-cell, pouch-cell, and prototype cell electrode preparation from coiled stock
Workflows requiring registration-accurate cutting to printed or coated reference marks

Maintenance:

Clean the equipment regularly with a soft cloth lightly moistened with alcohol
Lubricate moving parts periodically to ensure smooth operation
If the equipment is not used for an extended period, clean the moving surfaces and apply a protective anti-rust coating
Periodically inspect screws, nuts, pins, and other fasteners to prevent loosening
Inspect the cutting blade regularly and replace as needed to maintain burr specification

Safety Notes:

Do not place hands or other body parts near moving components or work-zone areas during operation
Operation should be performed by a single trained operator to avoid accidental injury
Disassembly should only be performed by qualified technicians
Ensure the compressed air supply is stable within the specified range before operation

Specifications are provided for reference and may be adjusted to suit specific process requirements.

Note: Specifications listed above are typical and for reference only. Actual cutting performance depends on the electrode strip thickness, coating uniformity, blade condition, and operating parameters. XN-ARSC-300 sits at the downstream end of the electrode-preparation workflow, after coating and calendering — turning coiled strip into the discrete sheets needed for coin-cell, pouch-cell, and prototype assembly. Its fiber-optic registration mode is what distinguishes it from simpler fixed-length cutters: when the upstream coating has reference marks or patterned uncoated tabs, the cutter follows the marks rather than counting length, holding ±0.3 mm precision that matters for tab-to-tab alignment in pouch cells. Upstream coating partners that produce strip suitable for ARSC cutting include the Slot-Die Coating System XN-SDC for slurry coating and the XN-VCH-300 automatic film coater with drying. For matched electrode densification before cutting, see the Calendering equipment range. For users who prefer pre-cut electrode sheets rather than coiled stock, see our ready-to-assemble NFM Sodium-Ion Cathode Electrode Sheets. For active materials feeding into the coating-cutting workflow, see our Cathode Materials and Anode Materials catalogs.