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TEL ： +86-18920692288
Email ： dwk0002025@163.com
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The DMK T600X6000 Press Brake is a premium high-performance, heavy-duty CNC press brake engineered for large-scale, high-intensity metal forming operations. Designed to deliver exceptional precision even when processing large and thick materials, this machine integrates advanced technologies—including a robust hydraulic system, fast clamping mechanism, and intelligent CNC & PLC control system—to ensure stability and accuracy in demanding production environments. With a remarkable nominal force of 6000 kN and a maximum bending length of 6000 mm, the T600X6000 Press Brake excels at both single-operation tasks and complex multi-step bending processes, making it a cornerstone for manufacturers seeking to boost productivity without compromising quality.
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 |
Equipped with a 6000 kN nominal force and 6000 mm bending length, the T600X6000 Press Brake effortlessly handles large, thick metal sheets (e.g., stainless steel, carbon steel, aluminum, and alloys). Its 5100 mm distance between columns and 500 mm throat depth accommodate diverse material sizes, eliminating limitations for complex bending tasks—from simple angles to intricate geometric shapes.
The machine’s high return speed of 110 mm/s and precise stroke control minimize idle time between cycles, accelerating production throughput. Unlike traditional press brakes, the T600X6000 optimizes workflow by reducing unnecessary delays, directly improving overall operational efficiency for high-volume manufacturing.
Featuring an advanced CNC system and complementary PLC system, the T600X6000 Press Brake simplifies operation while reducing human error. The integrated control panel enables one-click setup, automatic backgauge positioning (via the backgauge system), and real-time bending parameter adjustments—ideal for operators of all skill levels. This automation also lowers labor costs and ensures consistent, repeatable bending accuracy.
Built with a heavy-duty welded frame (total weight: 40180 kg), the T600X6000 Press Brake delivers exceptional rigidity and resistance to wear. Its low-maintenance design reduces downtime for repairs, cutting long-term operational costs. The machine’s components (e.g., hydraulic cylinders, synchronous valves) undergo strict quality testing to ensure durability in 24/7 production settings.
Safety is prioritized via a safety fence and front supports, preventing accidents during high-force operations. Additionally, the T600X6000 offers flexible configurations—users can adjust settings for material type, thickness, and bending angle—to match unique production needs (e.g., custom metal parts, large structural components).
The DMK T600X6000 Press Brake is a versatile solution for industries requiring large-scale, high-precision metal bending:
Automotive Manufacturing: Bends thick metal sheets for chassis, frames, and structural components.
Shipbuilding & Container Production: Processes large metal panels (up to 6000 mm) for hulls, containers, and cargo doors.
Aerospace & Railway: Creates precision-bent parts for aircraft fuselages, train carriages, and rail components.
Elevator & Heavy Equipment: Fabricates robust metal parts for elevator cabins, construction machinery frames, and industrial enclosures.
Sheet Metal Fabrication: Handles custom orders for large-scale metal products (e.g., signage, industrial shelves) with consistent accuracy.
To ensure uncompromising performance, the T600X6000 Press Brake undergoes rigorous quality control (QC) processes:
Raw Material Inspection: All frame materials and key components (e.g., hydraulic pumps, CNC modules) are tested for strength and durability before assembly.
Structural Validation: The machine’s frame is designed using ANSYS software to optimize rigidity, ensuring it withstands 6000 kN force without deformation.
Pre-Delivery Testing: Each unit undergoes full-load bending tests, accuracy calibrations (via the crowning system), and safety function checks to meet international industrial standards (e.g., ISO 9001).
Long-Term Reliability Checks: Simulated 10,000-cycle tests verify the machine’s stability, ensuring minimal maintenance needs over its lifespan.
It efficiently bends a wide range of metals, including stainless steel, carbon steel, aluminum, copper, and various alloys—suitable for thicknesses matching its 6000 kN force capacity.
Precision is guaranteed by the CNC backgauge system (for exact positioning), automatic crowning system (to counteract material deflection), and real-time feedback from the hydraulic control module—ensuring ±0.1 mm repeatability.
Yes. Its customizable configurations and easy parameter adjustment allow quick setup for small-batch, custom orders—making it flexible for both high-volume and low-volume manufacturing.
Routine maintenance includes checking hydraulic fluid levels, cleaning the backgauge rails, and inspecting safety components. Its robust design minimizes frequent repairs, with most servicing needing only quarterly checks.
The DMK T600X6000 Press Brake is a premium high-performance, heavy-duty CNC press brake engineered for large-scale, high-intensity metal forming operations. Designed to deliver exceptional precision even when processing large and thick materials, this machine integrates advanced technologies—including a robust hydraulic system, fast clamping mechanism, and intelligent CNC & PLC control system—to ensure stability and accuracy in demanding production environments. With a remarkable nominal force of 6000 kN and a maximum bending length of 6000 mm, the T600X6000 Press Brake excels at both single-operation tasks and complex multi-step bending processes, making it a cornerstone for manufacturers seeking to boost productivity without compromising quality.
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 |
Equipped with a 6000 kN nominal force and 6000 mm bending length, the T600X6000 Press Brake effortlessly handles large, thick metal sheets (e.g., stainless steel, carbon steel, aluminum, and alloys). Its 5100 mm distance between columns and 500 mm throat depth accommodate diverse material sizes, eliminating limitations for complex bending tasks—from simple angles to intricate geometric shapes.
The machine’s high return speed of 110 mm/s and precise stroke control minimize idle time between cycles, accelerating production throughput. Unlike traditional press brakes, the T600X6000 optimizes workflow by reducing unnecessary delays, directly improving overall operational efficiency for high-volume manufacturing.
Featuring an advanced CNC system and complementary PLC system, the T600X6000 Press Brake simplifies operation while reducing human error. The integrated control panel enables one-click setup, automatic backgauge positioning (via the backgauge system), and real-time bending parameter adjustments—ideal for operators of all skill levels. This automation also lowers labor costs and ensures consistent, repeatable bending accuracy.
Built with a heavy-duty welded frame (total weight: 40180 kg), the T600X6000 Press Brake delivers exceptional rigidity and resistance to wear. Its low-maintenance design reduces downtime for repairs, cutting long-term operational costs. The machine’s components (e.g., hydraulic cylinders, synchronous valves) undergo strict quality testing to ensure durability in 24/7 production settings.
Safety is prioritized via a safety fence and front supports, preventing accidents during high-force operations. Additionally, the T600X6000 offers flexible configurations—users can adjust settings for material type, thickness, and bending angle—to match unique production needs (e.g., custom metal parts, large structural components).
The DMK T600X6000 Press Brake is a versatile solution for industries requiring large-scale, high-precision metal bending:
Automotive Manufacturing: Bends thick metal sheets for chassis, frames, and structural components.
Shipbuilding & Container Production: Processes large metal panels (up to 6000 mm) for hulls, containers, and cargo doors.
Aerospace & Railway: Creates precision-bent parts for aircraft fuselages, train carriages, and rail components.
Elevator & Heavy Equipment: Fabricates robust metal parts for elevator cabins, construction machinery frames, and industrial enclosures.
Sheet Metal Fabrication: Handles custom orders for large-scale metal products (e.g., signage, industrial shelves) with consistent accuracy.
To ensure uncompromising performance, the T600X6000 Press Brake undergoes rigorous quality control (QC) processes:
Raw Material Inspection: All frame materials and key components (e.g., hydraulic pumps, CNC modules) are tested for strength and durability before assembly.
Structural Validation: The machine’s frame is designed using ANSYS software to optimize rigidity, ensuring it withstands 6000 kN force without deformation.
Pre-Delivery Testing: Each unit undergoes full-load bending tests, accuracy calibrations (via the crowning system), and safety function checks to meet international industrial standards (e.g., ISO 9001).
Long-Term Reliability Checks: Simulated 10,000-cycle tests verify the machine’s stability, ensuring minimal maintenance needs over its lifespan.
It efficiently bends a wide range of metals, including stainless steel, carbon steel, aluminum, copper, and various alloys—suitable for thicknesses matching its 6000 kN force capacity.
Precision is guaranteed by the CNC backgauge system (for exact positioning), automatic crowning system (to counteract material deflection), and real-time feedback from the hydraulic control module—ensuring ±0.1 mm repeatability.
Yes. Its customizable configurations and easy parameter adjustment allow quick setup for small-batch, custom orders—making it flexible for both high-volume and low-volume manufacturing.
Routine maintenance includes checking hydraulic fluid levels, cleaning the backgauge rails, and inspecting safety components. Its robust design minimizes frequent repairs, with most servicing needing only quarterly checks.
