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A press brake is a bending machine that forms sheet or plate between punches and dies. Our hydraulic CNC models pair controlled hydraulic force with numerical control to deliver precise, repeatable angles. Key factors include tonnage, working length, backgauge axes, crowning, and tooling. Automation options help streamline production.
Compact and capable for small to mid-size parts, around 100 tons with 3,100 mm working length. A programmable backgauge and quick-clamp tooling speed changeovers.
Versatile equipment for thicker materials, about 160 tons. Options include multi-axis backgauge and crowning for uniform angles across the bed.
Heavier-duty model with roughly 225 tons and 4,100 mm length for long panels and structural parts. Enhanced rigidity supports demanding runs.
High-capacity machine for thick plate bending and large chassis or brackets. Deflection compensation helps keep results consistent.
Designed for productivity and cycle stability. Integrates with automation packages to support mixed parts and repeatable high-volume bending.
Guided rams, optimized hydraulics, and angle control help maintain tight tolerances on complex profiles.
Fast approach/return, efficient backgauge moves, and quick tooling reduce cycle time and setup effort.
Intuitive programming, finger stops, part supports, and robotic handling reduce manual steps in repetitive bending.
A rigid structure and high-performance hydraulics limit deflection. Crowning and compensation keep angles uniform along long parts.
Light curtains, foot pedal controls, and clear sightlines support safe, confident operation.
From about 100 to 400 tons and up to around 4,100 mm length. Select capacity based on material grade, thickness, and bend length.
Multi-axis configurations (X, R, Z) improve positioning accuracy and shorten setup. Programmable fingers enable repeatable sequences.
Adequate stroke, opening, and throat depth allow flexible tooling and clearance for tall flanges or deep boxes.
Angle feedback, compensation, and optimized motion profiles balance accuracy, cycle time, and energy use.
Enclosures, cabinets, and panels with clean bends and protected surfaces.
Fuselage sections, wing frames, and internal components with precise geometry.
Long car bodies and undercarriage parts requiring deflection control and higher tonnage.
Brackets, housings, and frames produced for consistent assembly.
Metal frames and supports with aesthetic bends and quick changeovers.
Body panels, chassis parts, and structural brackets with programmable sequences for steady output.
Match capacity and tooling to material type and thickness to reach target angles without overloading the equipment.
Check bending length, flange height, and geometry. Multi-axis positioning and crowning support long or intricate parts.
For repeat jobs, sheet followers and robotics can cut cycle time and improve consistency.
Choose a scalable platform with room to add axes, tooling, and software connectivity as needs grow.
Commissioning and operator training speed ramp-up in programming, angle correction, and safe use.
Planned service, genuine spares, and responsive assistance help sustain uptime and stable performance.
Remote diagnostics assist quick issue resolution and predictable schedules.
Explore builds, forming demos, and control interfaces. See real parts and cycle sequences before you decide.
A machine that bends sheet or plate using punches and dies with hydraulic force and CNC control.
It depends on material, thickness, bend length, and tooling. Use standard charts or consult our team.
Check hydraulic fluid, filters, lubrication points, and safety systems to maintain angle control and reliability.
DWK Machine Tool (Tianjin) has focused on metal forming since 1993. Contact us to discuss your parts or request a quote.
