OverviewThis open-style thin sheet coil fed laser cutting machine (coil fed blanking line) is designed for continuous processing of thin sheet coils. It integrates decoiling, leveling and laser cutting to achieve high efficiency, low waste and compact footprint. It is tailored for precise cutting of ultra-thin sheet coils and supports full-process automation for loading, decoiling, leveling, feeding, cutting and unloading.
Full automation- Fully-automatic assembly line from loading to unloading (no manual intervention)
- Automatic feeding trolley
- Automatic decoiler
- Automatic leveler & cutter
Key features- Precise cutting with ultra-high-precision positioning correction technology and guide rollers to straighten sheets automatically, preventing scratches and improving cutting accuracy.
- Patented laser leveling / rapid stress relief technology: after decoiling, the sheet coil is leveled and relieved from internal stress concurrently to ensure flatness and cutting quality.
- Compact size and small footprint: combined leveler and laser cutter design reduces installation space and simplifies transport and commissioning.
- Cost efficiency: allows purchasing sheet coils directly (lower cost) instead of cut-to-length plates, reducing material procurement costs.
ApplicationsThe machine can cut carbon steel, stainless steel, aluminum alloys, brass, red copper, galvanized sheet, silicon steel sheet, electrolytic sheet, titanium alloy and manganese alloy. Typical industries include aerospace, auto parts, chassis cabinet, new energy, engineering machinery, office furniture, medical instrument and other metal fabrication sectors.
Caractéristiques / Spécifications techniques- Model: SF15015C
- Size of Sheet Coil (L*W, mm): 3000*1500
- Thickness of Sheet Coil (mm): 0.6-1.2 (table value)
- Alternate max thickness mentioned elsewhere on page: up to 1.5 mm
- Max Inner and Outer Diameter of Sheet Coil (mm): Φ508 / Φ1400
- Weight of Sheet Coil: 10 T
- Max Feeding Speed: 10 m/min
- Leveling Accuracy: ±2.5 mm/m²
- Laser Power: 1.5 kW
- X/Y-axis Positioning Accuracy: ±0.05 mm
- X/Y-axis Repositioning Accuracy: ±0.02 mm