The 10 Best Press Brake Manufacturers (2023 Updated)

Looking to bend sheet metal into various geometric shapes? Look no further than the press brake machine!

This powerful tool uses general-purpose or special-purpose dies to bend metal sheets into the desired shape, and a CNC system to control the bending angles and widths.

But with so many types of press brakes available, how do you choose the right one for your needs?

From manual press brakes to servo press brakes, each type has its own advantages and disadvantages.

And if you’re on a budget, Chinese press brake manufacturers offer good quality and competitive prices. But which brands stand out among the rest?

In this article, we’ve compiled a list of the top 10 press brake manufacturers, including industry giants like AMADA and AccurPress.

So whether you’re a seasoned metalworker or just starting out, this article has everything you need to know about press brakes.

I. What Is Press Brake?

A press brake is a type of metal sheet-forming machine used for cold processing. It can use the equipped general-purpose or special-purpose dies to bend metal sheets into various geometric cross-sectional shapes in a cold state.

A CNC press brake uses a CNC system to automatically control the stroke of the ram (depth of the punch into the die) and the position of the back gauge to achieve bending forming with different bending angles and bending widths of the bent workpiece.

Related reading: Bending Depth Calculator

II. Types of Press Brake

Manual Press Brake

This type of press brake has a relatively simple structure and requires manual operation, which is more labor-intensive. It is suitable for processing and manufacturing small-sized products.

CNC Press Brake

Essentially, the CNC press brake is a mold for bending thin sheets, consisting of a bracket, worktable, and clamping plate. By electrifying the coil, it generates a force to clamp the thin sheet between the pressure plate and the base. Because it uses an electromagnetic clamping method, the pressure plate can be made according to specific requirements of the workpiece, with simple operation and the ability to process workpieces with side walls.

Hydraulic Press Brake

The hydraulic press brake can be divided into torsion axis synchronization, mechanical and hydraulic synchronization, and electro-hydraulic synchronization according to different synchronous modes. According to the different motion methods, the hydraulic press brake can be divided into upper-moving and lower-moving types.

Servo Press Brake

Driven by a servo motor, the processing efficiency of the servo press brake is higher, and the density is more accurate through the visual and intelligent operating system. At the same time, the demand for human power of the operator is greatly reduced, and the safety of the operator is improved. The intelligent engineering management interface makes programming more convenient. The bending system is combined with ERP and MAS production management systems to meet the needs of Industry 4.0.

Before making a decision on which one to choose, it is recommended to watch the video below, which showcases various bending methods.

III. Top Press Brake Manufacturers

Many people are curious about the world’s top CNC press brake manufacturers or the top 10 press brake manufacturers.

However, few of them will actually choose the best press brake in the world because of its high cost.

The high cost of a press brake does not necessarily indicate its quality. The high price is often due to factors such as high labor costs, steel prices, and component prices.

If you’re on a tight budget or looking for a cost-effective option, I recommend considering press brake manufacturers in China. Not only do they offer good quality, but they also offer competitive prices.

This is due to China’s dominance in steel production, machine tool consumption, and machine tool manufacturing.

In fact, many well-known press brake brands are manufactured in China, either through their factories or OEM arrangements with Chinese manufacturers.

Therefore, regardless of whether you purchase a press brake from Germany, Italy, or China, you will receive the same quality product.

However, purchasing from non-Chinese manufacturers often comes with a higher price tag.

For those still searching for the best press brake brands, we have compiled a list of the top 10 manufacturers offering premium products.

Please note that the list is arranged alphabetically and not by rank.

Additionally, some background information is provided to explain why these manufacturers stand out among the rest.

1. AMADA

Amada, established in 1946, is a multinational company that specializes in the production of sheet metal processing machinery.

With a strong market presence, diverse product portfolio, high-performing products, and an effective management system, Amada has evolved into a publicly traded company that offers a comprehensive range of services, including product development, design, manufacturing, education and training, after-sales service, and marketing network.

Pros:

1. Innovation: Amada continually invests in R&D, ensuring that their products incorporate the latest technologies such as IoT, AI, and robotics.
2. Quality & Precision: Known for exceptional build quality, Amada press brakes offer high precision and repeatability, which is critical for industries where tolerances are tight.
3. User-Friendly: The press brakes usually come with an intuitive control system, making it easy for operators to navigate through different functionalities.
4. Versatility: Amada offers a wide range of press brakes suitable for various applications, from small, manual machines to large, automated systems.
5. Support and Training: Amada provides robust customer service, including technical support and extensive training programs.
6. Resale Value: Given their reputation and build quality, Amada press brakes tend to retain a good resale value.

Cons:

1. Cost: Amada press brakes are generally on the higher end of the pricing spectrum, making them a significant investment.
2. Lead Time: Due to their popularity and custom configurations, the lead time for some models can be long.
3. Complexity: The advanced features and controls can be overwhelming for operators who are not adequately trained, requiring companies to invest in training.

Ideal For:

Businesses that require high-quality, precision forming capabilities and are willing to invest in premium equipment for long-term reliability and performance.

2. AccurPress

AccurPress, founded in Canada in 1973, is a leading supplier of high-quality CNC machine tools in North America. They specialize in providing CNC bending and shearing machines and have six factories and one research and development center located in Canada, the United States, and China.

In 2003, AccurPress established a wholly-owned subsidiary in China to serve as a research and development, production, and service center for the Asia Pacific region. Since then, they have supplied over 6,000 high-quality machine tools to customers in the Asia Pacific region.

Pros:

1. High Precision: AccurPress press brakes are known for their high level of accuracy, which is crucial for applications requiring tight tolerances.
2. Durability: Built to last, the robust construction of AccurPress machines ensures that they will withstand the rigors of constant use.
3. Ease of Use: The user interface is intuitive, making it easy for operators to get up to speed quickly.
4. Customization: AccurPress offers a wide range of customizable options, allowing buyers to tailor the machine to specific needs.
5. Excellent Customer Support: AccurPress has a strong track record for customer service, offering good maintenance and troubleshooting support.

Cons:

1. Price: High quality comes at a cost; AccurPress machines tend to be more expensive than some other brands on the market.
2. Footprint: Due to their robust construction, some models might require significant floor space.
3. Lead Time: Customized machines can have longer lead times, which could be a downside for businesses in need of immediate equipment.

Ideal For:

AccurPress press brakes are ideal for mid to large-scale manufacturers that require high precision and reliability and are willing to invest in premium equipment for long-term gains. They are well-suited for sectors like aerospace, automotive, and other industries where precision and durability are non-negotiable.

3. Bystronic

Bystronic, established in Switzerland in 1964, specializes in automating the entire material and data flow for cutting and bending processes.

Their offerings include laser cutting systems, press brakes, and related automation and software solutions, making them a complete solution provider for sheet metal processing.

Bystronic has sales and technical service subsidiaries in more than 30 locations globally.

Pros:

1. Advanced Technology: Bystronic press brakes are known for employing cutting-edge technology, which includes advanced control systems, automated angle measurement, and energy-efficient hydraulic systems.
2. User-Friendly Interface: The user interface is designed for ease of use, which makes it easier to train new operators.
3. High Precision: These machines offer high accuracy and repeatability, essential for industries where even small deviations can be costly.
4. Versatility: Suitable for a wide range of bending operations and materials, increasing its utility in various industries.
5. Robust Construction: Made with high-quality components that assure durability and longevity of the machine.
6. Global Service Network: Bystronic has a worldwide service network, making it easier to get parts and service.

Cons:

1. Cost: High upfront and maintenance costs may deter small-scale businesses from investing in these machines.
2. Complexity: The advanced features may be overwhelming for operators who are not well-trained, thereby necessitating a longer learning curve.
3. Size and Space: Typically, these machines are large and require considerable floor space, which could be an issue for smaller facilities.

Ideal For:

1. Large Scale Manufacturers: Given the high throughput and precision, Bystronic press brakes are well-suited for large-scale manufacturing environments.
2. High-Tech Industries: Industries like aerospace, automotive, and medical devices would benefit from the advanced features and high precision.
3. Companies with a Global Footprint: The international service network makes it easier for global companies to maintain and service the machines.

4. CINCINNATI

Located on an 80-acre campus near Cincinnati, Ohio, they operate a modern 500,000-square-foot plant and technical center.

Their products, including laser cutting systems, automation, press brakes, shears, powder metal presses, and additive manufacturing, are engineered and built with the ruggedness required for the North American market.

Pros:

1. High Quality: CINCINNATI press brakes are renowned for their construction quality, employing top-grade materials that contribute to both precision and durability.
2. Technological Leadership: The company has been a frontrunner in implementing the latest technologies, including advanced computer numerical control (CNC) systems, automation, and laser measuring systems.
3. Versatility: These machines come in a variety of sizes and capacities, offering a lot of flexibility in the types of jobs they can handle.
4. Excellent Customer Service: CINCINNATI is also known for its top-notch customer service, including readily available spare parts and expert consultation.
5. Energy-Efficiency: Many of their models are designed to be energy-efficient, which can be a significant long-term cost saving for businesses.

Cons:

1. High Initial Cost: The robust build and advanced technology come at a price. The initial investment for a CINCINNATI press brake is usually higher compared to other brands.
2. Steeper Learning Curve: Because of the sophisticated technology involved, operators may need more time and training to become proficient in using these machines.
3. Not Ideal for Small Businesses: Given their industrial-grade capabilities and costs, CINCINNATI press brakes may be overkill for small shops or businesses with limited requirements.

Ideal For:

• Large-Scale Manufacturers: Due to their high capacity and precision, these machines are a great fit for large-scale production environments.
• High Precision Industries: Aerospace, automotive, and other industries requiring high degrees of precision would benefit immensely from what CINCINNATI has to offer.
• Businesses with Diverse Needs: The versatility of CINCINNATI machines makes them suitable for businesses that need to handle a wide range of materials and project types.

5. Durmazlar

As the leader in its sector in Turkey, Durma is a global manufacturer of metal sheet processing machinery with a team of 1,500 experts. They have a state-of-the-art production line spanning 150,000 square meters.

Durma exports to 120 countries through 80 distributors and partners, with 80% of their machinery being sold to industrialized countries such as the USA, EU, and Australia.

The remaining 20% is sold to companies in developing countries or to those partnering with foreign investors.

Pros:

1. High Quality: Durmazlar is known for manufacturing high-quality, reliable machinery that tends to last for a long time.
2. Innovation: The company has a strong focus on R&D, often incorporating cutting-edge technology into their press brakes, such as IoT capabilities for predictive maintenance and optimal performance.
3. Wide Range: Durmazlar offers a variety of press brake machines, suitable for both small-scale and large-scale applications.
4. Customer Support: They generally have excellent customer service and after-sales support, including skilled technicians for repair and maintenance.
5. Eco-Friendly: Many of their machines are designed with sustainability in mind, reducing energy consumption.

Cons:

1. Price Point: Durmazlar machines are often on the higher end of the price spectrum, making it a significant investment.
2. Complexity: The advanced features and capabilities might be overkill for small shops that don’t require high-end functionalities.
3. Availability of Parts: Depending on your location, obtaining spare parts for maintenance or repair might be challenging or could come with longer wait times.
4. Learning Curve: The advanced technologies integrated into the machines may require specialized training, which could be a barrier for some users.

Ideal For:

• Medium to Large Scale Industries: Given their wide range of offerings and high-quality construction, Durmazlar machines are often best suited for medium to large enterprises that require durable and high-performance machinery.
• High-Precision Jobs: If your application requires high levels of precision and you can take advantage of the advanced features, these machines are ideal.
• Long-Term Investment: For those looking to invest in a machine that will offer long-term reliability and performance, Durmazlar is a solid choice.

6. LVD

As a market leader in CNC bending/forming technology, LVD offers a comprehensive range of press brakes, ranging from economical manual and CNC options to multi-axis machines featuring LVD’s proprietary adaptive forming system and touchscreen control, as well as custom designs.

All of these press brakes are engineered to make programming easier, eliminate the need for trial bending, and deliver accurate and consistent results.

Pros:

1. High Precision: LVD press brakes are known for their precision and reliability, which means that you can expect a high degree of accuracy when working with these machines.
2. Ease of Use: With intuitive controls and user-friendly interfaces, these machines are relatively easy to operate, even for less experienced operators.
3. Versatility: LVD offers a wide range of press brake models catering to both small businesses and large-scale industrial applications.
4. Advanced Technology: LVD often incorporates cutting-edge technology into their machines, such as adaptive bending and laser measurement systems, that can significantly improve productivity and reduce errors.
5. Global Support: As an internationally recognized brand, LVD has global distribution and service networks, making it easier to get service and parts.

Cons:

1. Price: LVD machines tend to be on the higher end of the cost spectrum. The advanced features and technology come at a price.
2. Learning Curve: While the machines are user-friendly, their range of features and capabilities may require an initial learning period, especially for those new to press brake operation.
3. Availability of Spares: Although they have a global network, depending on your location, there might be a delay in obtaining specific spare parts.

Ideal For:

• Medium to Large Enterprises: Given the higher costs and advanced capabilities, LVD press brakes are more suited for medium to large enterprises that require high precision and productivity.
• Complex Projects: The versatility and high precision make LVD press brakes ideal for projects that require complex bends and high levels of accuracy.

7. Prima Power

Prima Power is a division of the Prima Industrie Group, which is listed on the Milan Stock Exchange.

In 2017, the group celebrated 40 years of operating in the field of sheet metal working machinery.

Pros:

1. High Precision: Prima Power is known for delivering machines that are highly precise in bending, reducing errors and waste.
2. Advanced Software: The control systems used are user-friendly and advanced, providing an intuitive experience for operators.
3. Versatility: Machines come with various features and capacities that can cater to different industrial needs.
4. Energy Efficiency: Known for their efforts in sustainability, their machines are designed to be energy efficient.
5. Global Support Network: With a broad network for technical support, it’s easier to get spare parts and service.
6. Quality Assurance: Their products typically go through rigorous quality testing, ensuring a reliable machine.

Cons:

1. Cost: High-end features come with a higher price tag compared to basic, entry-level machines.
2. Learning Curve: Despite having advanced software, new users might find it challenging to grasp all the functionalities quickly.
3. Availability: Due to high demand and quality, there may be longer lead times for receiving your machinery.
4. Maintenance Cost: High-quality components may also result in higher costs for replacement parts.

Ideal For:

1. Large Scale Manufacturing: Due to its high throughput and efficiency.
2. Industries Requiring High Precision: Such as aerospace, automotive, or specialized metalwork.
3. Experienced Operators: Who can make the most out of advanced features and settings.
4. Companies Focused on Sustainability: Due to their energy-efficient designs.

8. salvagnini

Flexible automation and process efficiency form the foundation of Salvagnini‘s product range.

These products offer intelligent, autonomous, and independent solutions that are easy to program and use.

They are automated and interconnected, communicating with each other and the surrounding environment to create a more streamlined production process for efficient and effective production of various pieces in sequence.

Pros:

1. Innovation & Automation: Salvagnini is known for its continuous innovation, particularly when it comes to automation. Their machines often come with features that reduce manual intervention.
2. Versatility: Their press brakes are suitable for a range of applications, from small to large-scale bending tasks.
3. High Quality & Precision: The brand has a reputation for producing machines that provide accurate bends and repeatable results.
4. Good After-Sales Support: Salvagnini tends to have a solid after-sales service network in many regions.
5. Intuitive Control Systems: The user interfaces and control systems of their machines are modern and user-friendly, aiding in efficient operation.

Cons:

1. Price Point: Salvagnini machines can be on the pricier side, especially when compared to some Asian brands.
2. Availability of Spare Parts: Depending on the region, there may be some delays in getting spare parts or specialized service, though this is improving.
3. Learning Curve: Given the sophistication and features of some machines, new users might face a learning curve, especially if transitioning from simpler machines.

Ideal For:

• Medium to Large-scale Fabrication Shops: Given the brand’s capabilities, it’s best suited for businesses that handle a significant volume of sheet metal fabrication.
• Industries Requiring Precision: Aerospace, automotive, and other industries where precision is critical would benefit from Salvagnini’s consistent performance.
• Shops Looking for Automation: If the goal is to automate and streamline operations, Salvagnini’s offerings might be particularly attractive.

9. TRUMPF

TruBend machines integrate a vast amount of expertise in press brake technology with pioneering innovations, allowing you to fabricate parts of any complexity with precision and cost-effectiveness.

They are particularly renowned for their versatility, exceptional finished part quality, and favorable cost-benefit ratio.

Pros:

1. High Quality: TRUMPF is known for manufacturing high-quality, durable machinery. Their press brakes are built to last and are often considered an industry standard.
2. Technological Advancements: Equipped with modern technology like touchscreen controls and advanced hydraulic systems, TRUMPF press brakes offer precision and ease of use.
3. Automation Ready: Many TRUMPF models are designed to easily integrate into automated production lines, making it a future-proof investment.
4. Energy Efficiency: The machines often come with features designed to save power, thereby reducing operational costs in the long term.
5. Global Support and Service Network: TRUMPF has a strong global presence, ensuring that users can access maintenance, repairs, and customer support easily.

Cons:

1. Price: The high-quality and advanced features come with a high price tag, making it a significant investment.
2. Learning Curve: While their advanced features offer many benefits, it might take time for operators to become fully proficient with the system.
3. Over-Engineering for Simple Tasks: For simple, straightforward press brake tasks, a TRUMPF machine could be considered overkill in terms of capabilities and cost.

Ideal For:

• Large-Scale Manufacturers: Due to its high cost, a TRUMPF press brake is best suited for operations that have large-scale, complex needs and require high levels of precision.
• High-Precision Tasks: Industries like aerospace, automotive, and specialized engineering where precision is crucial would benefit from what TRUMPF has to offer.
• Automated Production Lines: Companies that are looking toward or have already invested in automation will find TRUMPF machines easily compatible with their existing or future systems.

10. URSVIKEN

Ursviken provides power and productivity for heavy plate metal working, as well as ensuring efficiency, accuracy, flexibility, and high quality in working with lighter materials. All of their machines are designed to meet the demanding needs of their customers.

Pros:

1. Heavy-Duty Performance: Ursvikens are known for their robust construction and high tonnage capacity, making them well-suited for demanding and industrial applications.
2. High Precision: Ursvikens offer highly precise bending, thanks to their advanced hydraulic systems and quality control systems.
3. Durability: These machines are built to last, often utilizing heavy steel construction and high-quality components.
4. Customization: Ursvikens can be highly customized for specific requirements, giving you greater flexibility in the kinds of jobs you can handle.
5. Technological Advancements: Ursvikens often feature the latest in press brake technology, including CNC controllers and automated features for more efficient operations.
6. Global Support Network: Ursvikens have a comprehensive service and support network, ensuring you’re never far from expert help.

Cons:

1. Cost: The high quality and features come at a price, making Ursvikens a significant investment.
2. Space Requirement: Given their robust construction, these machines tend to be larger and need more floor space.
3. Complexity: Due to their advanced features and customization, there might be a steep learning curve, especially for those new to press brake operation.
4. Limited Range for Small Jobs: The machines are more suited for heavy-duty applications and may be overkill for smaller, simpler bending jobs.

Ideal for:

• Heavy industrial applications requiring high tonnage.
• Operations that require high precision and advanced features.
• Businesses looking for a long-term, durable investment.

IV. Working Principle of Press Brakes

The upper and lower dies are respectively fixed on the upper and lower worktables of the press brake. The relative movement of the worktables is driven by hydraulic transmission, combined with the shape of the upper and lower dies, so as to realize the bending and forming of the plate.

V. Advantages of CNC Sheet Metal Bending Process

(1) High productivity.

(2) Improve bending accuracy. This is because various measures to improve bending accuracy have been considered when developing CNC press brake machines.

(3) Simple adjustment. The operator only needs to program it, and the machine can automatically complete all adjustment work.

(4) Saves intermediate stacking area.

(5) Reduce labor intensity.

VI. Selection of Press Brake

If the CNC sheet metal bending process is used, the first issue to be resolved is how to choose the ideal equipment. Both domestic and foreign CNC press brakes are almost hydraulically driven.

There are three common structural types:

Upward moving press brake:

Upward moving means that the ram drives the punch downward.

In order to ensure that the ram does not tilt relative to the worktable due to the difference in the load borne by the ram and the resistance of the left and right oil cylinder pipes during the ram’s working stroke and return stroke, a ram motion synchronization control system is usually equipped.

The upward-moving press brake is easy to equip with a mechanical or hydraulic synchronization control system.

The mechanical synchronization device has a simple structure, a low cost, and can achieve a certain synchronization accuracy, but its ability to withstand eccentric loads is poor, so it is only suitable for small and medium-sized hydraulic press brakes.

Hydraulic synchronization system includes mechanical-hydraulic servo synchronization system, electro-hydraulic servo synchronization system, and electronic digital valve control synchronization system.

These synchronization systems have high synchronization accuracy and are suitable for sheet metal press brakes that require high bending accuracy. However, the technology is complex and the cost is high.

Downward moving press brake:

The downward-moving press brake means that the ram is installed on the lower part of the machine tool and drives the die upward.

The working oil cylinder is arranged at the central position of the ram, and it is a single cylinder when the nominal force is small and a three-cylinder when the nominal force is large.

Since the working oil cylinder is concentrated in the middle of the ram, the deformation of the ram is consistent with that of the crossbeam, and the clearance between the punch and die is relatively uniform along the full length of the ram, so the bending accuracy of the workpieces is higher.

The ram returns by its own weight, so the hydraulic system is simple.

The advantage of the downward-moving press brake is that it is lightweight, compact, and easy to maintain; the disadvantage is that the synchronization accuracy is not high; the problem of ram tilt is difficult to solve with a single-acting cylinder; accurate control of punch depth in die is difficult; it is not suitable for punching; and the die on the worktable moves upward with the workpiece, making it difficult for the operator to operate.

Three-point bending press brake:

The three-point bending press brake works based on the principle of three-point bending mentioned above. The advantage of the three-point bending press brake is that it has high bending accuracy, wide process applications, and has the function of a four-sided forming machine. However, the machine structure is complex and the cost is high. Currently, the selling price is twice that of a two-axis CNC upward moving press brake.

FAQs

Do you have any other recommended manufacturers for press brakes?

In addition to the top 10 rankings mentioned, the following 40 press brake companies are also highly regarded and provide quality press brake products and services.

These press brake brands can also be a trusted choice for your needs: ACL, ADH, AM Machinery, Atlantic, Adira, Baykal, BL, Boschert, Boutillon, Coastone, Colgar, Dener, Deratech, Ermaksan, Farina, Gade, Gasparini, Gizelis, Haco, Hindustan, Iturrospe, JFY, JMT, LFK, Metfab, MVD, Oriance, Promecam, Rico, Schiavi, SMD, Sorg, Somo, Vicla, Vimercati, Warcom, Yangli, Yawei, YSD, Safan Darley.

What are the advantages of CNC press brake compared to conventional press brake?

Ram synchronization

The synchronization performance is stable and flexible. The CNC system has a ram tilt detection and correction function.

Bending angle (depth)

The CNC system can automatically calculate the bending depth based on the selected die angle, opening, R size, and plate thickness.

Feedback of bending depth

The imported grating ruler directly measures the position of both sides of the ram, and has a throat deformation compensation mechanism to ensure the consistency of the same angle.

Table deflection compensation

The CNC system can automatically calculate the pressure required for the compensating cylinder for table deformation during the bending process, thus ensuring the uniformity of the bending angle of the workpiece length and effectively improving the straightness of the workpiece.

Angle correction

If there is an error between the programmed angle and the actual formed angle, the user only needs to enter the error value, and the system can automatically compensate and correct it.

Material stop position

The system can automatically calculate the positions of the material stops for each axis based on the bending height; it can automatically change steps, and the correction is convenient and quick.

Programming mode

It has graphic and data programming functions, and the program modification and editing are convenient and fast.

Unfold length

The CNC system can calculate the unfolded length based on the external dimensions (or internal dimensions) of the graphic programming.

Interference calculation

The CNC system can automatically determine a reasonable bending process based on the programmed graphics, molds, and machine tool shapes, and can alert to bending interference situations. It can also be manually modified to determine the bending process.

What is a CNC axis?

It can be simply described as the various motion and functional components controlled by the CNC system in the CNC press brake, which can be referred to as CNC axis.

Generally, the naming of the CNC axis is based on the spatial position of each axis in the machine tool in accordance with the coordinate system, while other motions and functional components are named according to conventional usage or international standards.

The number of axes configured on a CNC press brake generally depends on the user’s processing technology requirements for the workpiece.

Table: Settings and configuration selection table of CNC axis

The functions defined by each axis are described in the following table:

What are the common bending methods used in sheet metal fabrication?

The common bending methods used in sheet metal fabrication include air bending, three-point bending, and coining. The differences between the three methods can be seen from the illustrations.

Air bending is simpler than other methods, and the bending angle is controlled by the depth of the upper die entering the V-shaped groove of the lower die. The accuracy of the processed parts is related to many factors such as the Y1, Y2, and V axes of the machine tool, the upper and lower molds, and the sheet metal. However, due to its good versatility and wide range of processes, it is widely used. It is suitable for structures with simple structure, large volume, or small production volume.

Three-point bending, also known as bottoming, obtains the bending angle determined by the height of the wedge block in the lower die. The upper die only provides sufficient bending force, and the non-parallelism between the molds is avoided through the hydraulic cushion on the slide. This method can obtain a higher accuracy of the processed parts, that is, smaller angle error and straightness error. It is suitable for structures with complex structure, small volume, and mass production.

Coining is formed in the forming cavity composed of the upper and lower dies, and an ideal cross-sectional shape can be obtained. The disadvantage is that it requires a large bending force and repeated repair and adjustment of the mold, and the mold versatility is not good. When some special requirements or special cross-sectional shapes cannot be achieved by the free bending method, this bending method is often used.

What are the top features to consider when selecting a press brake?

When selecting a press brake, consider features such as the machine’s bending capacity, bend length, and accuracy. Additionally, look for user-friendly controls, energy efficiency, and compatibility with your existing production equipment. Reliability and serviceability are also essential factors to evaluate.

Which manufacturers offer high-quality CNC press brakes?

Some manufacturers providing high-quality CNC press brakes include Trumpf, Amada, Bystronic, Cincinnati, and LVD-Strippit. Each of these companies has a strong reputation in the industry for producing reliable and efficient press brakes with advanced control systems.

How do American-made press brake manufacturers compare to European ones?

American press brake manufacturers typically focus on durability, low maintenance, and strong local support. European manufacturers, on the other hand, often emphasize precision, energy efficiency, and style. Both options can offer excellent performance in certain applications, so it is essential to choose based on your specific needs.

Which press brake machines meet specific industry needs?

Different industries have unique requirements. For example, aerospace manufacturers may require highly accurate, precision machines, while heavy machinery companies may prioritize capacity and ruggedness. Ensure that you research and understand the specific press brake features that best suit your industry’s unique needs.

How can I determine the optimal press brake machine for my applications?

To determine the optimal press brake machine for your applications, consider factors such as the material types you work with, desired bend lengths, bending capacities, and budget constraints. Additionally, assess your production volumes and the level of automation required. Consult with press brake manufacturers or distributors to find machines that perfectly align with your specific requirements.

Factors to Consider When Choosing a Press Brake Manufacturer

When choosing a press brake machine, there are several factors to consider, and this buying guide is meant to provide insight into making an informed decision.

Additionally, the press brake dies guide can help you choose the right punches and dies for your sheet metal fabrication needs.

Final Thoughts

The top 10 companies listed above are trusted manufacturers that offer high-quality products, but it’s important to note that their prices may be higher. If your budget allows, these companies are worth considering.

However, if budget is a concern, you may want to look into more cost-effective press brake machine suppliers.