Almaco - CNC Press Brake Manufacturer
- Factory Direct Price
- 37,483 m²+ Manufacturing Base
- 50+ Technical & Innovation Patents
- Custom Production Solutions
- After-Sales Parts Support
- Professional Engineers For On-Site Commissioning
Quality CNC Press Brake For Sale
- Tonnage: 35-100ton
- Table Length:1120-3200mm
- Throat Depth: 150, 200mm
- Tonnage: 50-320ton
- Bending Length: 1600-4000mm
- Throat Depth: 320, 420mm
- Tonnage: 40-600ton
- Bending Length: 2200-6000mm
- Throat Depth: 200, 250, 320, 400, 420mm
Finished Workpiece
Our CNC press brakes are designed for the precise bending of sheet metal, suitable for materials such as carbon steel, stainless steel, and aluminum alloys. They are widely used in various industries: automotive body panels and chassis supports; electrical distribution cabinets and junction boxes; curtain wall structures and decorative moldings for buildings; structural components for the aerospace and railway industries; housings and brackets for home appliances; and essential components such as ventilation ducts, elbows, and flanges for HVAC systems.
Almaco CNC Press Brake Advantages
Effective Bending
The servo motor responds quickly, as the core drive, and its handling efficiency is far higher than the traditional hydraulic bending machine, and the gun approaches quickly, about twice as fast as the traditional electrohydraulic bending machine.
Accuracy and Stability
Adjust the bending speed depending on different workpieces to improve bending accuracy using optimization algorithms and motion path control. Compared with traditional aluminum electric servo bending machines, the system saves belt and gear reducers, and the servo motor drives ball screws directly to ensure bending angle differences within +0.5°, providing more stable precision.
Easy to Use and Low Maintenance Costs
The operating system is easy to use, making operations more convenient and worry free. Just need regular lubrication to reduce maintenance costs.
CNC Control System Options
Estun
Estun bending machine and shearing machine systems are built around independently developed CNC systems, prioritizing precision, efficiency, and intelligence.
The bending machine systems are equipped with dedicated CNC systems such as the E21 and DA-58TX, supporting multi-step programming and high-precision positioning. They can be integrated with bending robots and offline simulation software, making them suitable for processing complex workpieces. Some models are connected to an industrial digital platform for intelligent monitoring. The shearing machine systems mainly utilize E200PS and DAC-310 systems, providing precise control of the back gauge and blade gap. They support program storage and power-off memory, offering intuitive operation and precise positioning, making them suitable for various shearing applications.
Delem
DELEM of the Netherlands is a leading brand in CNC controllers for sheet metal machinery, with bending and shearing machine systems known for their precision and ease of use.
The main bending machine systems include the DA-53S, DA-56S, and DA-69T series, supporting 2D/3D programming, angle compensation, and bending simulation. High-end models feature collision detection and offline programming capabilities, covering a range of bending needs from low to high complexity. The shearing machine systems, centered around the DAC-360T and DAC-362T, offer precise control of the back gauge axis, cutting angle, and gap, supporting program storage and automatic parameter calculation, adapting to various shearing scenarios.
Buying Guide
A: Sure. Our equipment supports segmented automatic pressure adjustment, and the pressure automatically decreases when folding thin plates to avoid damaging the workpiece; When folding thick plates, the pressure automatically increases to ensure that the bending is in place.
A: We offer online technical support, video instructions to solve problems.
A: Yes. Each machine is equipped with an automated interface that can be connected to a robotic arm and a loading and unloading system, achieving unmanned production.