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Experts CNC Press Brake Genius 4-6 Axis

Key Technical Advantages of Profile-T3D:

Experts CNC Press Brake Genius 4-6 Axis

This bar chart displays statistics of various message types triggered during DA-Control operation. Only messages that were active during system runtime are recorded, including the following categories:

Experts CNC Press Brake Genius 4-6 Axis

M - DM module messages

P - Safety PLC generated messages

S - Sequencer messages.
Product Production Timeline

This block presents daily production quantities for each product via bar charts. Hovering over any bar will display the product ID and specific production quantity for that date.

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crowning system

crowning system

Automation with Z1/Z2 Axis Adjustment

Superior Precision and Quality Control

Energy Efficiency and Eco-Friendliness

Flexibility for Complex Workpieces

crowning system

High Customization

High toughness,High wear resistance
  • Taiwan TECHMATION SCS900 especially for 6+1 Axis
  • CHTR Rear BGA 600MM with 300MM/S & X, R-Axis, Z1/Z2-Axis as Standard
  • CAMT Itergral Advanced Hybrid Servo System
  • 4 V Doppel-CNC-Matrizenserie & 835mm Stempel
  • Hohe Präzision & Mehrpunkt-mechanische Bombierung
  • VICHI Servo Drive Theory
  • Italy DSP Laser Protection-TOP
  • Germany BOSCH-REXROTH Proportional Valve
  • Full ESTUN Servo Motor/Drive
  • Graphit-selbstschmierende Kupferplatte
  • In this system, the servo motor directly drives the reducer and lead screw, enabling rotational motion. The lead screw nut, driven by the screw’s rotation, moves vertically, actuating the slider. The slider, in turn, drives the upper mold to perform vertical movements, facilitating precise sheet metal bending. This direct-connection mechanism enhances operational efficiency, reliability, and precision while maintaining a cost-effective and compact design, making it an ideal solution for modern sheet metal processing.

FEA & Spannungsanalyse von Abkantpressen

FEA accurately predicts stress distribution patterns, deformation characteristics, and load-bearing capacities under various operating conditions. This advanced analytical approach enables engineers to identify and reinforce potential weak points in the frame, ram, and bed assembly while optimizing material usage through topology optimization techniques. The analysis specifically targets critical performance factors including ram deflection compensation accuracy, structural vibration damping, and fatigue resistance under cyclic loading conditions. Through iterative simulation processes, FEA facilitates the development of press brakes with enhanced rigidity-to-weight ratios, improved energy efficiency, and prolonged service life.

CAMT FEA spielt eine zentrale Rolle, indem es Strukturen durch Spannungsverteilungsanalyse optimiert, um Bereiche hoher Beanspruchung zu identifizieren und zu verstärken, wodurch die Festigkeit erhöht und gleichzeitig Materialverschwendung minimiert wird; die Leistung durch Vorhersage von Verformungen unter extremen Lasten (z.B. 600 Tonnen) überprüft, um Präzision und Stabilität für die Y1/Y2-Synchronisation zu gewährleisten; die Sicherheit durch Bewertung der Spannungskonzentration beurteilt, um Ermüdungs- oder Bruchrisiken für eine langfristige Zuverlässigkeit zu mindern; und dynamische Analysen durchführt, um transiente Lasten und Vibrationen in komplexen Szenarien wie Tandembiegen oder Hochgeschwindigkeitsoperationen zu simulieren, wodurch die Servomotorreaktion und die Gesamtstabilität der Maschine optimiert werden.

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Taiwan TECHMATION Bending Automation SCS900

Especially for 6+1 Axis with 2D Graphic Programming & 3D Display Fuction

Taiwan SCS900 system is a versatile engineering measurement and control solution designed for industrial measurement tasks. It ensures seamless compatibility with construction workflows, integrating the EMC4C4 engineering radio module, accurate CPU processing, PLC+C Motion axis programming, EtherCAT communication, and a Linux operating system for reliable performance. Key features include full automation with system-wide compatibility, safety checks before and after construction, automatic/manual switching, high-precision path planning, and error correction. The SCS900 also offers automatic product naming, cloud-based data storage, support for transitioning between old and new products, and secure cloud storage solutions. With 4G networking, cloud platform integration, PPH PPM compliance, and support for both standalone and networked operations, it meets a wide range of engineering requirements efficiently.
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DataM or Iris-Plus angle messurement management(options).

DELEM DA66T Touch 2D-Grafiksteuerung

  • 17-Zoll hochauflösendes Farb-TFT
  • 2D-grafischer Touchscreen-Programmiermodus
  • 3D-Visualisierung in Simulation und Produktion
  • Vollständige Windows-Anwendungssuite
  • Delem Modusys compatibility (module scalability and adaptivity)
  • USB, peripheral interfacing
  • Profile-T2D offline software
  • Sensor bending & correction interface
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Automation CHTR Rear BackGauge

CAMT Intelligent 6 Axes CNC backgauge system

  • Achieves ±0.03 mm mechanical accuracy with ball screws, linear guides, and stable racks, ensuring precise positioning and stability during bending.
  • Z1-Z2 axes operate at 600 mm/s and the X-axis at 300 mm/s, boosting productivity for high-intensity tasks.
  • Features fingers with double-stop and micrometric adjustment, allowing precise modifications for complex bending requirements.
  • Supports 6+1 axes (X, R, Z1, Z2, etc.), offering enhanced operational flexibility and a wider processing range for diverse workpieces.
  • Built with high-quality transmission components, ensuring long-term reliability and reduced maintenance costs.
  • Ideal choice for modern press brake operations.
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BackGauge System OverView

Designed Automated Metalworking, featuring control over X, R, Z1, and Z2 axes

6 Axes BGA Computer Numerical Control (CNC) system to precisely manage multiple motion axes, coordinating the movements of the upper and lower dies as well as the backgauge to achieve accurate bending of metal sheets at various angles and shapes. The six primary axes typically include Y1 and Y2 (controlling the vertical motion of the upper die via left and right hydraulic cylinders), X (managing the forward and backward movement of the backgauge), and R (governing the vertical motion of the backgauge). The additional “+2” axis is commonly used for the Z1；Z2-axis (lateral movement of the backgauge) or specialized functions such as automatic tool changing or angle correction. The system employs sensors to provide real-time feedback on sheet position and bending angle, integrating advanced programming algorithms to optimize the processing path.
 
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DSP Laser Safety Protection - Optional

CAMT® CNC press brake optional DSP thateliminating risks caused by the rapid movement of the machine’s slide. It creates a block-shaped protective zone.The protective zone is fixed below the tool tip and moves synchronously with the mold, ensuring that any object below the mold during high-speed descent enters the DSP-generated protective zone before contacting the tool tip. 

INOVANCE Servo Motors & Drivers for Fiber Laser Cutter

  • Class 1M block laser emitter
  • Safety rating up to CAT.4 and SIL3
  • System response time of 5ms
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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.

Precise Effectiveness & Muti-Point Crowning of Press Brake Machine

Mitigates deformations in the worktable and slider due to applied forces, ensuring uniform bending angles and improved machining precision, particularly for long and diverse workpieces. Multi-point mechanical compensation, with independently adjustable points along the worktable’s length, precisely controls deformation in each segment, significantly enhancing straightness and consistency for extended workpieces
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crowning system

Fully ESTUN FULL SERVO/DRIVE System for Hydraulic Press Brake

press brake performance with precise control, energy efficiency, and reliable operation. They improve processing quality, production efficiency, and equipment safety while offering flexibility, making them a core component in modern CNC press brakes.

Soft stop mode

  • Automatic Exchange Table
  • Dynamic Response
  • Energy Management
  • High Precision and Stability
  • Fast Response
  • Energy Efficiency &Easy Integration
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Germany BOSCH-REXROTH Hydraulic System

CAMT Party with Top-Tier Closed- Loop Control Technology

Delivering exceptional precision, efficiency, and reliability. The proportional valves precisely control hydraulic flow and pressure, achieving ±0.01mm bending accuracy, rapid response, and 20%-30% energy savings, with intelligent diagnostics and compliance with CE and ISO standards. Closed-loop control ensures consistent quality through real-time feedback and error correction, adapting dynamically to various materials and processes. Together, they reduce energy consumption, minimize maintenance, and enhance flexibility, supporting diverse bending tasks and driving efficient, smart manufacturing.
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Soft stop mode

  • Ensures machine stability and rigidity with strict inspections and finite element analysis.
  • Delivers real-time feedback and micron-level precision.
  • Boosts efficiency with 20% faster response than hydraulic systems.
  • Eco-friendly design with regenerative power recovery.
  • Advanced technology for superior performance.
  • Automatic angle correction and collision prevention.
  • Backed by professional engineers for lifelong assurance.
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Bending Offline Programming Software

The Core Solution for Maximizing Sheet Metal Processing Efficiency

The DELEM DA Series Offline Programming Software significantly enhances press brake productivity and processing capacity through intelligent technology. The integrated Profile-T3D system delivers a complete offline programming environment with 3D bending process simulation capabilities.

Key Technical Advantages of Profile-T3D:

As an indispensable intelligent tool for modern sheet metal fabrication, Profile-T3D provides three core benefits: Rapid import and automatic unfolding of 3D engineering drawings; intelligent optimization of tool configuration and bending sequences; and advanced 3D dynamic simulation to preemptively detect collision risks, ensuring safe and reliable processing.

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The Next-Gen Smart Manufacturing Automation Solution

Leverages the CAMT® intelligent control hub and Industrial IoT (IIoT) platform to achieve high-efficiency connectivity between devices, systems, and the cloud, creating a truly seamless digital production environment. With multi-protocol compatibility, plug-and-play interfaces, and cross-platform collaboration, it significantly enhances programming efficiency, data acquisition completeness, and remote response speed. Featuring standardized connectivity, secure data transmission, and flexible scalability, it has already helped hundreds of enterprises reduce integration costs and accelerate smart manufacturing transformation. Whether for CAD/CAM integration, real-time monitoring, or cloud collaboration, this solution provides reliable technological support to modern factories, making automated production smarter and more efficient.

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Runtime Message Monitoring

This bar chart displays statistics of various message types triggered during DA-Control operation. Only messages that were active during system runtime are recorded, including the following categories:

  • D - Delem system application messages
  • M - DM module messages
  • P - Safety PLC generated messages
  • S - Sequencer messages

Product Production Timeline

This block presents daily production quantities for each product via bar charts. Hovering over any bar will display the product ID and specific production quantity for that date.

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