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TEL ： +86-18920692288
Email ： dwk0002025@163.com
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The DMK T600X6000 Heavy-Duty CNC Press Brake stands as a definitive solution for large-scale metal forming, engineered specifically to tackle massive workloads with exact precision. When fabricating thick, oversized plates, maintaining angle consistency across a six-meter span requires immense, controlled force. This machine delivers exactly that, utilizing a 6000 kN nominal force capacity to bend heavy materials without hesitation. The tactile feedback of the control interface, the quiet hum of the premium hydraulic motors, and the visually flawless bends on heavy-gauge steel all reflect its superior craftsmanship. By integrating intelligent automation with a heavy-duty physical framework, this press brake transforms complex, multi-step bending operations into a streamlined, repeatable process, significantly elevating factory output while minimizing material waste.
Parameter | Value |
Bending Length | 6000 mm |
Nominal Force | 6000 kN |
Distance Between Columns | 5100 mm |
Throat Depth | 500 mm |
Return Speed | 110 mm/s |
Working Speed | 8 mm/s |
Dimensions (L x W x H) | 7070 x 2777/3460 x 3370 mm |
Weight | 40180 kg |
Operating with a 6000 kN nominal force and an expansive 6000 mm bending length, the T600X6000 effortlessly shapes thick, oversized metal sheets, including hardened carbon steel, thick aluminum alloys, and dense stainless steel. The structural geometry provides a 5100 mm clearance between the side columns and a deep 500 mm throat depth, granting operators the necessary physical space to maneuver large, complex workpieces without interference. This generous clearance means your production team can execute deep flange bends and intricate geometric profiles on a single machine. The heavy steel frame absorbs the immense kinetic energy generated during the bending cycle, eliminating vibrations that could compromise the angle. For heavy equipment manufacturers, this translates to fewer machine setups, reduced material handling, and the ability to take on massive structural components with absolute confidence.
Time is a critical metric on any production floor, and the T600X6000 minimizes idle seconds through a rapid return speed of 110 mm/s and a controlled, steady working speed of 8 mm/s. To further accelerate throughput, the machine features a rapid tooling clamping system that secures heavy-duty upper and lower dies in a fraction of the usual time. Operators can switch out custom tooling profiles swiftly, drastically reducing machine downtime between different production runs. Beyond speed, the optional advanced servo-hydraulic pump system operates strictly on demand. Instead of running continuously, the motor delivers power exactly when the bending stroke requires it. This intelligent energy management not only lowers electricity consumption significantly but also keeps hydraulic oil temperatures cool, extending the life of fluid seals and reducing ambient heat on the factory floor.
At the heart of the T600X6000 lies an intuitive, globally recognized CNC interface—such as Delem or Cybelec—paired with a highly responsive PLC system. Operators interact with a glare-free, full-color touchscreen that visually maps out the bending sequence before the first sheet of metal is even loaded. To guarantee extreme precision across the entire six-meter bed, the machine incorporates a CNC-controlled mechanical or hydraulic crowning system. As the 6000 kN force presses down, the crowning system actively counteracts the natural deflection of the lower beam, ensuring the bending angle remains identical from the left edge to the right edge of a long plate. Supported by premium imported electronics like Siemens motors and Rexroth hydraulic valves, this intelligent network eliminates guesswork, allowing operators to achieve exact tolerances consistently.
Weighing in at a massive 40,180 kg, the physical foundation of the T600X6000 is built for absolute rigidity. The entire frame undergoes thermal stress relief after welding, ensuring the steel structure maintains its geometric integrity even after years of absorbing extreme mechanical loads. Running your hand along the thick steel side plates, you can feel the industrial-grade finish designed to resist factory wear and tear. Inside the hydraulic manifold, precision-machined synchronous valves operate with a quiet, rhythmic consistency, distributing fluid evenly to the massive dual cylinders. This low-maintenance architecture drastically reduces the frequency of mechanical interventions. By minimizing structural fatigue and relying on globally sourced, heavy-duty internal components, the press brake delivers uninterrupted performance during intensive, round-the-clock manufacturing schedules.
Protecting the machine operator is an absolute priority when dealing with 6000 kN of kinetic force. The T600X6000 complies strictly with international CE and ISO safety directives. It is enveloped by physical safety fences and features advanced laser safety light curtains positioned directly below the upper tooling. If an operator's hand or any foreign object breaks the laser barrier during the downward stroke, the ram halts instantly, providing a critical layer of protection. Heavy-duty front support arms glide smoothly along linear guides, helping operators position massive metal sheets without physical strain. Furthermore, the machine's parameters—from stroke depth to backgauge positioning—are entirely customizable, allowing fabrication shops to adapt the press brake for everything from thick mining equipment panels to precise aerospace enclosures.
The DMK T600X6000 Press Brake serves as the backbone for heavy industrial sectors that demand both massive force and exact dimensional accuracy:
Automotive & Commercial Vehicles: Forms thick, high-tensile metal sheets into rigid chassis components, heavy-duty truck frames, and structural supports that require exact geometric alignment for vehicle safety.
Shipbuilding & Offshore Containers: Processes massive metal panels up to six meters in length, shaping the thick steel used in hull construction, cargo doors, and weather-resistant shipping containers.
Aerospace & Railway Infrastructure: Fabricates long, precision-bent parts for train carriages, rail tracks, and structural aerospace elements, where even a millimeter of deviation is unacceptable.
Heavy Machinery & Elevator Manufacturing: Bends thick steel plates for elevator cabins, mining equipment frames, and construction machinery enclosures, providing the structural strength required for extreme environments.
Large-Scale Sheet Metal Fabrication: Empowers custom fabrication facilities to take on oversized industrial orders, such as massive architectural signage, heavy-duty storage racks, and structural building facades, ensuring repeatable accuracy across large batches.
Delivering a machine that weighs over 40 tons requires a meticulous, multi-stage quality assurance process to guarantee flawless performance upon arrival:
Raw Material & Component Verification: Before a single weld is struck, all structural steel plates are ultrasonically tested for internal flaws. Key imported components, including hydraulic pumps and CNC modules, undergo strict bench testing to verify their operational integrity.
Advanced Structural Validation: The entire machine frame is simulated and analyzed using ANSYS software. This digital stress-testing ensures the physical chassis can comfortably withstand the 6000 kN bending force without experiencing micro-deformations over time.
Pre-Delivery Dynamic Testing: Once assembled, each press brake is subjected to intensive full-load bending tests using actual heavy-gauge steel. Technicians calibrate the crowning system and verify that the backgauge positioning achieves strict international accuracy standards.
Long-Term Reliability Simulation: The machine undergoes simulated continuous-cycle testing to replicate years of factory use. We monitor hydraulic oil temperatures, listen for any abnormal valve sounds, and verify that the electrical cabinets remain cool and stable, ensuring minimal maintenance requirements for the end user.
Transporting and commissioning a 40,180 kg heavy-duty press brake requires specialized logistics and dedicated global support. To ensure the DMK T600X6000 arrives in pristine condition, we utilize professional vacuum-sealed, moisture-proof, and rust-preventative packaging. The massive frame is securely anchored within specialized flat rack or open-top containers, utilizing heavy-duty steel wire reinforcements to prevent any shifting during transoceanic shipping. Beyond physical delivery, our commitment extends through comprehensive after-sales service. We dispatch experienced technicians globally to oversee on-site installation, machine leveling, and initial calibration. Your operators will receive hands-on system training, covering everything from CNC programming to routine tooling changes. With a global network of spare parts and lifetime technical support, we ensure your heavy-duty bending operations remain active, profitable, and fully supported for decades.
Powered by its 6000 kN hydraulic force, this machine efficiently bends a diverse range of industrial metals. It easily processes thick carbon steel plates, hardened stainless steel, aluminum alloys, and copper. The exact thickness depends on the material's tensile strength and the chosen V-die opening, making it highly adaptable for heavy structural fabrication across various heavy-duty sectors.
Precision is maintained through a synchronized triad of technologies. The CNC backgauge system accurately positions the metal plate, while the automatic crowning system actively compensates for any mechanical deflection in the lower bed during the pressing cycle. Coupled with real-time positional feedback from the hydraulic proportional valves, the machine consistently achieves a bending repeatability of ±0.1 mm across the entire six-meter length.
Absolutely. While it possesses the power for massive continuous runs, the intuitive CNC interface and rapid tooling clamping system make it incredibly agile. Operators can switch out dies and reprogram bending sequences in minutes, making small-batch, custom architectural or structural orders highly efficient and profitable without enduring long setup times.
The machine is engineered for low-maintenance longevity. Routine upkeep involves visually checking hydraulic fluid levels, keeping the linear guide rails of the backgauge clean and lubricated, and wiping down the safety light curtains. Because it utilizes premium imported valves and a thermally stress-relieved frame, major mechanical servicing is rarely needed, allowing your team to focus on production rather than repairs.
