Crowning System
CAMT®️Mechanical Compensation in Press Brakes: Precision, Efficiency, and Cost-Effectiveness
CAMT® Automatic Defelection Compensation:
Ensures consistent bending angles by counteracting ram and worktable deformation, ideal for long workpieces and high-accuracy tasks.
Simpler design with lower maintenance costs compared to hydraulic or CNC compensation, suitable for budget-conscious operations.
Soft stop mode
- Automated compensation minimizes setup time, boosting production efficiency.
- Automatic systems integrated with CNC reduce operator skill requirements.
- Mechanic Compensation.
- Benefits of Mechanical Compensation with Precise Effectiveness and Multi-Point Crowning.
- Reduces Deformation: Counteracts worktable and slider distortion from applied forces, ensuring consistent bending angles and enhanced machining accuracy, especially for long and varied workpieces.
Improves Precision: Multi-point mechanical crowning allows independent adjustments across the worktable’s length, precisely managing deformation in each section for superior straightness and uniformity in extended workpieces.
Benefits of Electric Motorized Crowning
- Addresses bending or sagging in the worktable and slider caused by applied forces, particularly at the center, ensuring consistent results.
- Utilizes a system of movable wedges or supports to pre-adjust or dynamically alter the worktable’s shape for optimal performance.
Automatically or manually adjusts based on material thickness, length, and bending force to maintain precision.
- Maintains a consistent gap between upper and lower dies, delivering even bending angles across the entire workpiece.
- Nutzt ein System aus beweglichen Keilen oder Stützen, um die Form des Arbeitstisches für optimale Leistung vorab einzustellen oder dynamisch zu ändern.
- Passt sich automatisch oder manuell an Materialstärke, Länge und Biegekraft an, um Präzision zu gewährleisten.
- Hält einen konstanten Spalt zwischen Ober- und Unterwerkzeug aufrecht und liefert gleichmäßige Biegewinkel über das gesamte Werkstück.
