Ragos HG 170-3200 (7 Axis)
Electric-Hydraulic HYBRID Press Brake
The Ragos HG 170-3200 CNC Press Brake with advanced 7-axis control (Y1, Y2, X, R, Z1, Z2, V crowning) delivers unmatched precision and versatility for metal bending applications. Engineered with a hybrid electric-hydraulic system, it combines energy efficiency with powerful performance. The DELEM touchscreen controller ensures user-friendly operation and precise adjustments, while the V-axis crowning guarantees consistent bend angles across the workpiece. Ideal for complex and high-precision tasks, this machine is perfect for achieving superior bending accuracy and efficiency in modern fabrication environments.
FEATURES AND BENEFITS
Delem DA-69S CNC Press Brake Controller
The DA-69S flagship control combines solid fundamental press brake control functionality with the latest of enhancements increasing productivity. Next to highest accuracies, ease-of-use for the operator it makes today’s press brakes more versatile than ever.
Features:
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3D and 2D graphical touch screen programming mode
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3D visualization, including 3D machine representation, in simulation and production
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24" high resolution color TFT
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Delem Modusys compatibility (module scalability and adaptivity)
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USB, peripheral interfacing
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User specific application support within the control's multitasking environment
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Sensor bending & correction interface
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Profile-S3D offline software
7 Axis (Y1-Y2-X-R-Z1-Z2, V Crowning)
The Ragos HG 130-3200 features a 7-axis configuration (Y1, Y2, X, R, Z1, Z2, V Crowning) offering advanced precision and versatility in metal bending applications.
Y1 and Y2 Axes: Control the independent movement of the left and right sides of the ram, enabling precise angular accuracy and accommodating complex bending operations.
R Axis: Adjusts the vertical position of the back gauge, allowing for bends at varying heights on the workpiece.
Z1 and Z2 Axes: Control the horizontal movement of the back gauge fingers, facilitating positioning for different widths and complex bend sequences.
V-Axis Crowning: Compensates for deflection in the machine and tooling during bending, ensuring consistent bend angles across the entire length of the workpiece.
Delem Profile-S Software
DA-Offline software maximises machine efficiency and production output of press brakes. The Profile-S software facilitates offline programming and simulation of the bending process. Production preparation, feasibility studies and tooling verification can be carried out offline.
Features:
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Full scale offline programming
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Graphical product programming and bend sequence generation
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Feasibility studies and production preparation
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2D/3D automatic bend sequence calculation
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Collision detection
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Product sharing over Windows networking with press brake CNC
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Machine setup preparation including print functionality
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Production time calculation
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DXF tool and product import
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3D CAD product import
Laser Guarding System
The DSP Laser Guarding System is a sophisticated safety mechanism designed to enhance operator protection without compromising productivity.
Features:
Real-Time Monitoring: The system uses laser sensors to monitor the area around the tooling in real time, detecting any obstruction in the danger zone during operation.
Automatic Shut-Off: If the laser beam is interrupted by an object, such as the operator's hand, the machine halts immediately to prevent accidents.
Adjustable Settings: The DSP system can be adjusted to accommodate different tooling setups and workpiece heights, ensuring flexibility across various bending operations.
High Precision: The laser sensors are highly accurate, allowing for tight tolerances while maintaining a safe working environment.
Compliance with Safety Standards: Designed to meet international safety standards, the DSP system provides peace of mind for operators and compliance officers alike.
Advanced Control System
Offering precise programming, offline simulation, and faster setups for optimised, accurate bending results.
Precision Crowning
CNC automatic crowning system adjusts automatically, enhancing bending accuracy across the full length.
Extended Capability
A larger opening and increased cylinder stroke enable versatile applications and accommodate larger materials.
Energy Efficiency
The new innovative drive system minimises energy consumption, reducing operating costs.
Safety Compliant Design
Features a rear sliding door that meets safety standards, offering protection without compromising accessibility.
Tool Crash Protection
Built-in safeguards prevent tool damage, protecting your investment and ensuring consistent results.
Environmentally Friendly
Lower oil consumption supports eco-friendly operations without sacrificing performance.
Faster Operation
Increased approach and return speeds of up to 180mm/s maximise productivity and reduce cycle times.