Fully Automatic High-Speed Panel Bender - Glorystar Laser



Fully Automatic High-Speed Panel Bender

When you strive to enhance quality and reduce costs for your business, when you pursue efficient workpiece bending, the “GB-A1500” fully automated Panel Bender represents the leading technology in modern sheet metal processing.

Regardless of the scale of your enterprise or the complexity of your bending tasks, the “GB-A1500” Panel Bender will become your capable assistant.

What is Fully Automatic High-Speed Panel Bender?

GB-A1500 fully automatic Panel Bender represents the latest benchmark for high-precision and efficient panel bending processing. This equipment has advanced and reasonable structural design and has excellent technical parameters and performance.

It adopts a self-developed special system for bending center, as well as high-precision reducer, ball screw and linear guide drive, and is equipped with high-performance servo motor to achieve Automated bending.

Whether it is processing arc, dead edge, return, closed or other complex sheet metal bending requirements, GB-A1500 can easily handle it, greatly improving production efficiency while reducing production costs.

01 Fast
The fastest bending speed can reach 0.2 s/Bend each time, shortening the bending cycle time to more than 3 times that of traditional CNC bending machines.
02 Safety
No need for manual handling of workpieces, the bending process is fully automated, significantly reducing safety risks caused by human errors.
03 Highly automated
GB-A1500 can be integrated with upstream and downstream production lines, as well as with robotic arms for seamless automated loading and unloading.
04 Mold system
Equipped with high-precision, high-strength bending dies, it can achieve bending in various shapes without the need for custom-made specialized dies, reducing costs.
05 Control system
Equipped with the SL300-PCx CNC system, independently developed by GLORYSTAR, the bending center's dedicated control system. It features an intuitive interface, simple operation, and ensures safety and stability.
06 Bed frame
The bed frame, made of high-quality thick steel plate and subjected to post-weld annealing treatment, exhibits characteristics such as high precision, minimal deformation, high strength, high rigidity, stability, and reliability.
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Features & Benefits

Discover the exceptional features of GB-A1500, setting the standard for advanced sheet metal processing.

Panel Bender bending effect

Panel Bender bending effect

Technical Parameters

Bending length (mm)1500
Bending height (mm)175
Minimum size (4-sided fold) (mm)300*300
Minimum size (1-sided fold) (mm)250
Single-row suction cup bending size (1-sided fold) (mm)150
Maximum bending size (mm)1500*1400
Number of axes10 (servo) + 3 (cylinder)
Peak power (KW)34
Maximum aluminum bending thickness (mm)2
Maximum iron bending thickness (mm)1.5
Maximum stainless steel bending thickness (mm)1
Maximum bending speed (SPS)0.5
Weight (approximately kg)9000


Fully Automatic High-Speed Panel Bender side

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Our Address

China Factory:
No. 47 Jingyi Road, Niushan Industrial Park, Dongguan Guangdong




Phone: +86 13712056816

Buying Guide

A Panel Bender is a highly automated and versatile machine used primarily to bend metal sheets into desired shapes. It is similar to traditional press brakes but offers a higher level of automation and a wider range of capabilities, allowing for efficient and precise bending of metal sheets into various shapes to meet different workpiece requirements. Panel Benders find widespread applications in the sheet metal processing industry, improving production efficiency while reducing the need for manual intervention, and enabling the execution of more complex bending tasks.

There are several types of Panel Benders, including:

– Fully Automated High-Speed Panel Benders: These machines are known for their high level of automation and rapid bending capabilities, significantly boosting production efficiency.

– Traditional CNC Press Brakes: While still automated, these machines may operate at a slower pace and require more manual intervention, making them less suitable for high-volume bending tasks.

Panel Benders are typically designed to handle various types of metals, including steel, aluminum, and stainless steel, among others. The bending performance depends on several factors:

– Material Type: Different metals have distinct physical properties, such as hardness and elasticity, which may affect the bending outcome. Generally, Panel Benders can effectively handle a wide range of metals.

– Material Thickness: Panel Benders can typically accommodate varying thicknesses of metal sheets, with thinner sheets being easier to bend and thicker sheets requiring more power.

– Bending Angle and Radius: Panel Benders can achieve different bending angles and radii, offering flexibility from straight-line bends to more complex curved shapes.

– Tools and Dies: Proper tooling and dies are crucial for achieving desired bending results. Panel Benders are usually equipped with various tooling options, which can be changed as needed for specific bending tasks.

– Machine Setup and Operation: Correct machine setup and operation are essential for achieving precise bending results. Operators need the appropriate skills and experience to ensure accurate bending of metal sheets.

When purchasing a Panel Bender, consider the following factors:

– Speed: If high production output is required, fully automated high-speed Panel Benders are preferable, as they are typically over three times faster than traditional CNC press brakes.

– Manpower Requirements: If reducing reliance on skilled workers is a goal, machines with lower operation demands may be more suitable.

– Safety: For workplace safety, choosing a machine that eliminates the need for manual handling can reduce the risk of operator errors.

– Ease of Use: Machines with user-friendly interfaces can reduce the likelihood of operational mistakes and shorten the learning curve.

– Automation: If integration into an automated production line is desired, select a machine that can be seamlessly connected to both upstream and downstream processes.

– Tooling: Universal bending tooling can save costs by adapting to a variety of shapes without the need for dedicated dies for each shape.

Lastly, understanding the maintenance and care requirements of the Panel Bender you choose is crucial. Regular maintenance ensures the long-term reliability of the machine. Follow manufacturer recommendations for maintenance, and periodically inspect key components such as lubrication systems and tooling.

In conclusion, selecting the right Panel Bender for your needs is a significant decision that requires careful consideration of your production requirements, operator skills, materials, and budget. By gaining a thorough understanding of the different types of machines and their key features, you can make an informed choice to meet your manufacturing needs.

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