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Economical CNC Press Brake
Smax SmartBend
Economical CNC Press Brake
Smax SmartBend
Smax SmartBend is built with core cost-effective advantages. Equipped with a mature electro-hydraulic drive system, it delivers professional-grade bending precision and operational stability at an economical procurement cost, ensuring consistent and reliable sheet metal processing performance. Adopting a streamlined and practical structural design and a user-friendly operation interface, it is easy to learn and operate, effectively reducing the costs of labor training and daily operation.
Standard Equipment
- All-steel plate integral welding
- Annealing process for stress relief
- Widened and thickened slide block design
- Advanced fully closed-loop electro-hydraulic servo synchronous control system
- Complete Schneider electrical system with servo-driven CNC backgauge
- Imported or joint-venture electrical components
Integral full steel plate welding
The machine body adopts integral full steel plate welding technology; the seamless design maximizes structural rigidity with strong anti-vibration and anti-deformation capabilities, resisting vibration and deformation during operation and consistently ensuring processing stability and precision.
Stress relief via annealing process
The frame is professionally treated with an annealing process to effectively eliminate internal residual stress from welding, fundamentally eliminating the risk of frame deformation, greatly enhancing structural stability. It ensures the frame is free from warpage and deformation during long-term operation, with consistent and stable processing precision.
Coated with premium paint
The whole machine surface is coated with selected high-quality industrial special paint and applied through professional spraying technology. The paint film is dense and uniform with strong adhesion, featuring excellent anti-corrosion, rust-proof and scratch-resistant performance, and can effectively resist erosion by moisture, dust, oil stains and other pollutants in industrial environments.
Reinforced and widened slide block design
Thickened and widened slide block design enhances structural rigidity and pressure-bearing capacity, maximizes the dispersion of machining pressure, minimizes slide block deflection, avoids machining precision deviation caused by slide block deformation, and ensures the accuracy and stability of bending operations.
Universal upper die mounting face
Equipped with a universal upper die mounting surface, it is compatible with mainstream specifications of bending upper dies on the market, which can meet the clamping and positioning requirements of various dies to the maximum extent. It features strong clamping adaptability and high positioning accuracy, effectively reducing the difficulty of die replacement and debugging and improving die change efficiency.
Throat "C" shaped plate mechanism
A C-shaped plate mechanism at the machine throat accurately detects the upper and lower die distance during bending, dynamically controls die alignment, prevents dimensional errors from die distance deviation, and ensures the accuracy and forming consistency of bent workpieces.
Clear and intuitive display of oil level height
Intuitive visual oil level display, real-time oil status check without complex operation, convenient timely refueling, effectively preventing oil shortage faults for stable equipment operation and easy maintenance.
Double guide rail structure
Equipped with a unique dual guide rail structure, it greatly improves the guiding accuracy and support stability of the slide block operation, effectively suppressing offset and shaking during movement, ensuring smoother reciprocating motion of the slide block, guaranteeing motion consistency in bending processing, and enhancing the machine’s bending precision and operational stability.
High-strength cast iron oil pump
The oil pump is crafted from high-strength cast iron and features a unique internal noise reduction design, which ensures sturdy structural performance and low operational noise. It is less sensitive to oil pollution, effectively reducing fault risks and thus significantly prolonging its service life for stable long-term operation.
