| Model | DX-PB-250T/4000 with robotic arm |
| Nominal force | 2500kN |
| Workbench length | 4000mm |
| Distance between uprights | 3390 mm |
| Throat depth | 400mm |
| Cylinder stroke | 200mm |
| Control system | Delem DA-69S |
| Robotic arm | ESTUN ER350-3300 |
| Payload of robotic arm | 350KG |
| Weight of robotic arm | 2600KG |
| Axis of robotic arm | 6 axes |
| Voltage | 380V 3PH 50HZ |
| Work environment | Temperature: +20 – +50℃ Humidity: 20-85% |
ROBOTIC PRESS BRAKE
DXTECH Robotic Press Brake Cell
DXTECH robotic press brake is an automated solution that integrates a CNC press brake and an industrial robotic arm. It is widely used in the sheet metal fabrication area, realizing whole process automation from loading, positioning, bending, and unloading.
Compared with manual metal bending, the robotic bending system can significantly improve productivity, consistency, and safety, and reduce the reliance on skilled operators at the same time. The robotic press brake cell generally consists of a press brake, an industrial robot, a grapper, and a control system. We can also customize the configuration according to customers’ demands.
Robotic Press Brake for Automated Sheet Metal Bending
DXTECH offers a wide range of sheet metal bending machines, including panel prakes, as well as robotic systems and complementary tooling. Furthermore, we provide customized robotic press brake cells tailored to each client’s required level of autonomy and automation.
DX-PB-250T/4000 with robotic arm
- 6-axis robotic bending arm
- DA-69S control system
- 0.02mm repeat positioning accuracy
- ESTUN ER350-3300 robot arm
- Auxiliary material rack
Why Choose DXTECH Robotic Press Brake System?
Improved bending productivity
The automated robot bending system supports non-stop operation, enabling uninterrupted 24/7 production. This reduces manual waiting and intervention times, thereby significantly boosting overall production capacity and cycle rates.
Reduce labor cost
DXTECH robotic press brake can replace manual loading, unloading, and bending operations. This significantly reduces the reliance on skilled technicians and helps customers cope with labor shortages and continuously rising labor costs.
Enhanced safety
The automated operation of a robotic press brake shields workers from the fatigue, stress, and potential hazards associated with repetitive and dangerous bending machine operations. Simultaneously, it enhances workshop safety standards and aligns with the evolving trends of smart factories.
High precision & repeatability
The robotic bending process ensures a high degree of consistency in both bending angles and dimensions, thereby minimizing human error. At every stage of the bending process, it delivers stable sheet metal bending results, ensuring exceptional consistency.
Flexible and mass manufacturing
A robotic press brake bending cell supports the requirements of high-mix, mass-volume production. By integrating CNC programming to enable rapid changeovers, it serves as an ideal solution for modern sheet metal automation. It is well-suited for mass production.
Customized automated line
The robotic bending cell consists of an advanced 6-axis robot, a 4-axis or (5+1, 6+1) axis CNC bending machines, center platforms, flipping supports, and other accessories. It can meet your unique needs for automated bending. Besides, DXTECH helps businesses build complete automated production lines.
Features
Complex Bending Capability
DXTECH robotic press brake is capable of executing bending tasks involving multiple passes, varying angles, and complex geometries.
Integrated with an intelligent programming and path planning system, it automatically optimizes process sequences, enhances the processing efficiency of complex workpieces, and meets the demands of high-end manufacturing.
Send inquiry now Fast Installation & Commissioning
DXTECH robotic press brake features a modular and standardized design, with all system units pre-integrated to ensure highly efficient on-site installation and commissioning.
This shortens the lead time and helps customers to rapidly commence production and realize a return on investment sooner. The DXTECH robotic press brake is an ideal automated bending solution.
Send inquiry now Smart and Automatic Angle Correction
The integrated angle measurement and automatic correction function enable real-time deviation correction during the bending process. Thereby, it ensures consistent precision in the final workpiece.
This feature is particularly critical for high-precision sheet metal bending, as it effectively minimizes rework and reduces quality fluctuations.
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User-friendly Control System
DXTECH CNC press brakes are equipped with an intuitive human-machine interface that supports graphical operation and parameter presets. It lowers the barrier to entry.
Even inexperienced operators can quickly master the Delem DA-69S robotic press brake system, boosting production efficiency and reducing training costs.
Send inquiry now One-stop Sheet Metal Bending Solutions
DXTECH provides standard and tailored bending solutions. We have regular hydraulic press brakes, electro-servo press brakes, and also robotic arms to integrate with these press brakes to make an automatic bending cell for producing various parts.
The DXTECH robotic press brake cell has become a key factor in enhancing the efficiency, flexibility, and productivity of sheet metal manufacturing.
Send inquiry nowParameters and Samples
| Model | DX-PB-250T/4000 with robotic arm |
| Nominal force | 2500kN |
| Workbench length | 4000mm |
| Distance between uprights | 3390 mm |
| Throat depth | 400mm |
| Cylinder stroke | 200mm |
| Control system | Delem DA-69S |
| Robotic arm | ESTUN ER350-3300 |
| Payload of robotic arm | 350KG |
| Weight of robotic arm | 2600KG |
| Axis of robotic arm | 6 axes |
| Voltage | 380V 3PH 50HZ |
| Work environment | Temperature: +20 – +50℃ Humidity: 20-85% |
The DXTECH robotic press brake is capable of processing a wide variety of sheet metals, including carbon steel, stainless steel, aluminum, and common alloy materials. With the assistance of a robotic arm, bending efficiency is significantly enhanced; furthermore, the system can be integrated with other automated loading and unloading platforms to achieve even higher levels of automated efficiency.
Why Buy from DXTECH?
Competitive Pricing and Exceptional Quality
As a leading manufacturer of laser equipment, DXTECH eliminates intermediaries to directly supply the most cost-effective robotic bending machines available. We are committed to utilizing core components from top-tier international brands and subjecting our products to rigorous quality testing.
This significantly reduces your procurement cost while acquiring a high-precision, long-lasting automated bending system.
Experienced Team Delivering Tailored Solutions
DXTECH has a team of seasoned engineers dedicated to providing customized sheet metal solutions—ranging from standalone machines to complete production lines.
Whether you require an independent robotic press brake or a flexible manufacturing cell integrated with a fiber laser cutter, we design specific workflows tailored to your specific material requirements.
Global Delivery and Service
Leveraging our global after-sales service network and local partners, DXTECH provides you with worry-free assurance. Besides the online tech support, we can dispatch technicians to your facility to perform installation, commissioning, and training.
We have agents and distributors across Europe, Africa, the Middle East, the Americas, etc. They can provide comprehensive pre-sales and after-sales support.
Robotic Press Brake vs Traditional Press Brake
Traditional press brakes rely heavily on skilled operators to load, position, bend, and unload sheet metal parts. While they remain suitable for small-batch production and simple bending applications, labor shortages, rising labor costs, and increasing quality requirements are driving more manufacturers toward automated bending solutions.
A robotic press brake combines a CNC press brake with an industrial robot to automate material handling and bending operations. It delivers higher productivity, better consistency, and continuous production capability.
| Item | Traditional Press Brake | Robotic Press Brake |
| Material loading | Manual | Automatic |
| Number of operators | 1–2 operators | 1 operator supervises |
| Working hours | 8–10 hours | 24/7 operation |
| Production efficiency | Medium | High |
| Bending consistency | Depends on operator | Highly consistent |
| Angle accuracy | Operator dependent | Automatic correction |
| Labor costs | High | Low |
| Production flexibility | Moderate | High |
| Complex part handling | Difficult | Easy |
| Worker safety | Moderate | High |
| Repeatability | Medium | Excellent |
| Large-volume production | Limited | Ideal |
In addition to traditional press brakes and robotic press brakes, we also offer automated panel benders. To understand the differences between them and their application scenarios, please read this article.
Applications of Robotic Press Brake System
Robotic Bending for Sheet Metal Fabrication
Robotic bending solution is ideal for sheet metal fabrication companies that process a wide variety of parts every day. The automated bending process ensures stable quality, short setup times, and continuous production, making it easier to handle both small-batch and mass production orders.
Typical uses of the robotic press brake include brackets, cabinets, frames, enclosures, structural sheet metal parts, etc.
Benefits:
- Increase production efficiency by 30%-50%
- Reduce dependence on skilled operators
- Improve bending consistency
- Support 24/7 unattended production
Automated Bending for Electrical Enclosures and Cabinets
Electrical cabinet manufacturers require precise bending angles and excellent appearance quality. Robotic press brakes ensure repeatable accuracy for cabinet panels, doors, and electrical enclosures while minimizing scratches and dimensional deviations.
It is widely used in producing electrical cabinets, distribution boxes, server cabinets, control panels, switchgear enclosures, etc.
Benefits:
- High repeatability for standardized production
- Better surface protection
- Reduced rework and scrap
- Faster order delivery
Robotic Sheet Metal Bending for HVAC Components
HVAC manufacturers often process large quantities of galvanized steel and stainless steel components. Robotic bending systems can continuously produce duct parts and air-conditioning components with stable quality and high efficiency.
Typical applications include ventilation ducts, air conditioning panels, fan housings, air handling units, and HVAC enclosures.
Benefits:
- High-speed mass production
- Lower labor costs
- Consistent bending angles
- Ideal for repetitive parts manufacturing
Precision Bending for Elevator Components
Elevator components require excellent dimensional accuracy and high-quality stainless steel finishes. The robotic press brake cell provides precise control over bending angles and minimize manual handling, helping manufacturers maintain premium product quality.
It is widely used to bend elevator door panels, cabin wall panels, control cabinets, stainless decorative panels, mounting brackets, and other components.
Benefits:
- Superior surface quality
- High bending precision
- Stable batch production
- Reduced manual handling damage
Robotic Bending for Building Components
Construction and steel structure manufacturers require high productivity and stable quality when producing metal building components. Robotic press brake machines help automate repetitive bending tasks and improve production efficiency.
The robot press brake is widely used in bending electrical boxes, support brackets, cable trays, metal panels, and other structural components.
Benefits:
- Increased throughput
- Reduced labor costs
- Consistent product quality
- Support for large production volumes
Metal Furniture Manufacturing
Modern metal furniture production requires flexible manufacturing and frequent product changes. Robot press brake machines support fast program switching and short setup times.
The system enables efficient production of both small batches and large-volume orders. It can produce office cabinets, shelving systems, metal desks, storage lockers, furniture frames, etc.
Benefits:
- Flexible production
- Quick changeover
- Lower labor costs
- Consistent product quality
From Cutting to Bending Automation
As labor shortages and rising production costs continue to challenge manufacturers worldwide, automated production has become an important trend in the sheet metal industry. DXTECH provides complete sheet metal automation solutions that integratematerial handling, laser cutting, bending, last rust cleaning and laser welding processes into one intelligent production line.
Depending on your required level of automation, we offer basic automation, semi-automatic production, and smart factory solutions. Benefits of DXTECH integrated sheet metal automation line include:
- Reduced Labor Requirements
- Higher Productivity
- Improved Product Quality
- Flexible Manufacturing
- Future Smart Factory Upgrade
Global Customers Visit DXTECH
We warmly welcome friends from all over the world to visit the DXTECH production workshop. Our showroom has a variety of equipment, including laser cutting machines, sheet metal bending machines, laser welding machines, laser cleaning machines, and laser marking machines. You can choose the materials you want to test and demonstrate their processing.
Customer Cases of DXTECH Press Brakes
South Africa Metal Fabrication Company
A metal fabrication company in South Africa planned to expand its business and establish a complete sheet metal processing workshop. To achieve this goal, the customer purchased a complete production line from DXTECH, including a 1530FL fiber laser cutting machine, a press brake, and a 4 in 1 laser welding machine.
After the equipment arrived, DXTECH engineers traveled to the customer’s factory to provide on-site installation, commissioning, and operator training. The customer quickly put the machines into production and was highly satisfied with the professional after-sales service and technical support provided by DXTECH.
U.S. Sheet Metal Fabrication Service Provider
A sheet metal processing company in the United States sought to improve production efficiency and increase output capacity. The customer invested in a complete sheet metal production line consisting of a 1530FL metal laser cutting machine, an automatic press brake, and a handheld laser welding machine.
DXTECH service engineers visited the customer’s workshop to assist with machine setup, optimize cutting and bending parameters, and provide hands-on operator training. With the support of our technical team, the customer quickly mastered the equipment and significantly improved production efficiency.
Bosnia and Herzegovina Metal Processing Company
As customer orders continued to grow, a metal processing company in Bosnia and Herzegovina needed to expand its manufacturing capacity. The customer purchased a 6kW DXTECH 1530EL6T fiber laser cutting machine together with a press brake to support increasing production demands.
The new equipment greatly improved cutting speed and bending efficiency, enabling the customer to process more orders with shorter lead times while maintaining stable product quality. The upgraded production capability helped the company strengthen its competitiveness in the local market.
Factory Scene
DXTECH boasts a 75,000-square-meter production workshop with an annual capacity of 4,000 units. The factory is equipped with advanced automation systems and stringent quality control, ensuring reliable production and consistent product performance.
FAQ
How does a robotic press brake work?
A robotic press brake uses a programmed industrial robot to handle sheet metal parts throughout the bending process. The robot picks up the workpiece, positions it accurately, performs multiple bends, and unloads the finished part automatically.
What materials can a robotic press brake cell bend?
Robotic press brakes can process various materials, including:
- Carbon steel
- Stainless steel
- Aluminum
- Galvanized steel
- Mild steel
- Alloy materials
The suitable thickness depends on the machine tonnage and tooling configuration.
Can a robotic bending cell run unattended?
Yes. A robotic bending cell can operate continuously with minimal operator intervention. Many manufacturers use robotic bending cells for overnight or lights-out production to maximize productivity.
What is the repeat positioning accuracy of a robot press brake?
Most industrial robot bending systems provide repeat positioning accuracy of approximately ±0.02 mm, ensuring highly consistent bending quality.
What’s the arm span of a robotic press brake? Any other options?
The DX-PB-250T/4000 robotic press brake adopts a robot arm with the model ESTUN ER350-3300. This means that its max. load range is 350kg and its arm span is 3300mm. In addition, we have other span arms options, such as 2100mm, 2300mm, 2700mm, 3200mm, etc. We’ll recommend the most suitable model based on your needs.
Do you offer other robot arms besides the robotic bending arms?
Yes. We offer complete solutions for the entire metalworking process, from automated core production, parts handling and processing, welding, die-casting, drilling, milling, plate bending and subsequent processing of the entire production process.
How does a robotic press brake differ from a traditional one?
A robotic press brake integrates a standard hydraulic or electric press brake with an automated robot arm (usually 6-axis) for part handling. Unlike traditional machines requiring manual operation, the robot automatically loads, positions, bends, and unloads sheets.
Can the DXTECH robotic press brake be integrated with fiber laser cutting machines?
Yes, absolutely. As a leading manufacturer of both laser cutters and bending solutions, DX specializes in creating flexible manufacturing cells. Our robotic press brakes can be seamlessly linked with our fiber laser cutting systems via shared software interfaces and automated material storage towers.
How much does a robotic press brake cost?
The cost depends on machine tonnage, bending length, robot payload, control system, and automation level. A customized robotic bending cell typically costs more than a standard press brake but provides a faster return on investment through labor savings and higher productivity.
How do I choose the right automated press brake?
When selecting an automated press brake, consider:
- Material type and thickness
- Part size
- Production volume
- Required bending accuracy
- Robot payload
- Future automation plans
An experienced supplier can recommend the most suitable configuration based on your production requirements.
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