
L25
Achieve exceptional flatness for thin sheet metal with the FlatLine L25. Engineered for materials from 0.5 mm - 6 mm (0.020" - 0.236"), this precision leveler ensures flat, stress-free parts for laser cutting, punching, and foil processing. Eliminate rework and enhance surface quality for immediate downstream processing.
- Maximum Width (mm):160, 300, 500
- Material Thickness:0.3-2.0
- Setting:Servo-hydraulic
- Overload Protection:Hydraulic

Technical Specifications
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Core Technologies

Servo Hydraulic Control
Real-time adjustment of roller pressure supports high leveling accuracy.

Real-Time Gap Control
Fast hydraulic response with independent valve control maintains stable leveling conditions.

Dual-motor Independent Drive
Two motors independently drive the upper and lower leveling roller units, delivering higher driving force.

Multi-Roll Staggered Layout
Enhanced stress relief for high-strength and difficult-to-process materials.
Built for Long-Term Stability and Serviceability
Every key structural and mechanical element is designed to maintain accuracy over time, simplify routine service, and support reliable operation in demanding production environments.
Rigid Cast / Welded Frame
Thick steel plate or cast construction delivers high rigidity and long-term structural stability.
Modular Quick-Change Design
Hydraulic quick-change roller system enables fast roller replacement with minimal downtime.
Centralized Lubrication System
Automatic lubrication reduces manual maintenance and component wear.
Customization Capabilities
Drawer-type Roller Cassette
Designed for ease of maintenance, the drawer-type roller cassette can be pulled out as needed, allowing convenient access to internal components such as leveling rollers. This design simplifies cleaning, inspection, and roller replacement, helping reduce maintenance time and downtime.


Intelligent Compensation Technology
Optional laser thickness measurement or flatness detection systems can be integrated to monitor material behavior during processing. Based on measured data, the system automatically compensates for material springback, reducing reliance on manual parameter adjustment.
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