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Control System: Swiss Cybelec CybTouth, Dutch DELEM DA53T/58T/66S/69, Italian VIS, (ESA) Domestic CT600 optional
Machining Capacity: 50-800 tons
Application: Precision sheet metal forming
Selecting the right press brake depends on your production needs, equipment price, and tonnage, as well as factors such as the material to be bent, maximum thickness, bending length, part geometry, production batch size, precision requirements, and the tooling system.
Material type: Mild steel, stainless steel, aluminum, galvanized steel, high-strength steel, and other sheet metals.
Material thickness: If your production involves various thicknesses, it is recommended to select equipment based on the most demanding routine application.
Bending length: The working length determines the maximum width of the workpiece that can be bent in a single operation.
Required tonnage: Bending force depends on material strength, thickness, bending length, bottom die opening size, and the bending method.
Number of CNC axes: Simple parts may only require a basic axis configuration. Complex parts may require additional X, R, Z1, and Z2 axes for more flexible backgauge positioning.
Tooling system: The tooling system should be carefully considered before purchasing the equipment. Common options include: European-style, American-style, WILA-compatible, Amada-style, Trumpf-compatible, and custom tooling.
Miharting can provide the appropriate upper tools, lower tools, and clamping systems to match your press brake.
Featuring a rigid machine frame, a precision backgauge, and a deflection compensation system, the machine minimizes setup time for operators and reduces material waste. It ensures consistent bending angles and superior dimensional repeatability, resulting in greater stability during batch production.
The press brake features a welded steel frame that has undergone stress-relieving tempering and rigorous pre-delivery testing, ensuring equipment stability. Its robust structure minimizes deformation during bending, enabling consistent, long-term processing, reducing the risk of downtime, extending service life, and delivering superior long-term investment value.
By utilizing smart molds and intelligent CNC control—including features like automatic mold changing and offline programming—setup times are significantly reduced. The equipment offers greater flexibility when switching between different workpieces, making it highly beneficial for small-batch, high-mix production. This results in more productive time and faster mold changes, ultimately boosting overall production efficiency.
Miharting press brakes can be configured with energy-efficient electric or servo drive systems and support multi-axis CNC positioning. This eliminates repetitive manual positioning tasks, ensures rapid response, and boosts efficiency, ultimately lowering your per-unit production costs and increasing output.
