AGN provides high-quality CNC hydraulic press brakes manufactured using advanced processing equipment and components from Schneider, Mitsubishi, Panasonic and other internationally known brands. This ensures these hydraulic press brakes consume less power and require significantly less maintenance. The solid steel structure ensures the durable and solid structure and guarantees a low noise operation. Our press brakes are equipped with deflection compensation systems to ensure an accurate bending angle.
We have extensive experience in manufacturing hydraulic press brakes and offer a number of different types to meet customer requirements.
The overall machine structure is a high-performance carbon steel with rust resistant paint, giving the press brakes a high strength and long service life.
All major components have been subjected to stress relieving treatment.
The slide stroke can be manually set for a single time.
With the use of a forced synchronization system, parallelism is maintained between the ram and the work table to effectively guarantee the bending accuracy.
The hydraulic circuit is simple and easy to maintain.
A rolling guide is used to keep the operation process flexible and decrease noise emissions.
The servo driven back gauge finger is CNC controlled, ensuring the metal bending machine has a fast response and positioning.
The CNC controller’s rotating arm ensures a flexible operation as it rotates freely in the operation area.
Operating Features
Users can choose their language on the 10-inch LCD color touch screen.
Data variable adjustments are completed via a manual handwheel or keyboard input.
The calculation system is used to calculate the co-ordinates of the D axis, L axis, clamp point and bending angle.
The computer is equipped with an online assistance system to guide operation, prompt faults, and guide simple maintenance.
The back-gauge finger features a programmable retraction function to process complex units.
Sound prompting and indicator light flashing activate when the sheet panel is positioned in place.
The bottom time delay and clamping delay are set to ensure the bending process is smoother.
Low speed bending technology is used to protect the workpiece bending surface and prevent accidents caused by the bending process.
Controller with rotating arm
Operating interface with mutil-language
Machine tool drive mechanism
Balance beam for guide rail slide
Electric cabinet
Hydraulic circuit
Hydraulic clamping system
Safety device
Fast clamps
