サルバニーニジャパン List of Products and Services

Currently, Salvagnini's "panel bender" has come to hold an 80% share of the global market. In the midst of various production situations and methods, such as China's mass production (MTS production), the mainstream MTO production in Japan and Europe, and Kanban production, achieving such an overwhelming share is unprecedented for sheet metal processing machinery. So why has the Salvagnini panel bender been able to achieve an 80% share of the global market? On our website, we introduce four points from the perspective of a representative who has been involved in the sales of Salvagnini for 20 years. If you are interested in panel benders but don't know much about them, and are wondering why they are being adopted worldwide, please take a look for reference. *For more details, please refer to the related links page or feel free to contact us.

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Steurer is a company with about 40 employees that has been developing, manufacturing, and selling winter sports-related products worldwide for approximately 60 years. We were producing using NC punching machines and conventional robotic press brakes through several processes, but this production method required a large number of personnel and work processes, taking a lot of time. Therefore, we introduced our "FMS line." This increased the options for manufacturing and designing parts and products, enabling small-lot production, resulting in a 70% increase in productivity and a 30% reduction in operating time. 【Case Study】 <Before Implementation> ■ Required a large number of personnel and work processes ■ Took a lot of time <After Implementation> ■ Enabled small-lot production ■ Productivity increased by 70% ■ Operating time reduced by 30% *For more details, please refer to the related link page or feel free to contact us.

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The sheet metal division of major building materials manufacturer Company A was considering outsourcing the bending processing of sandwich panels, which is particularly labor-intensive. However, since Company A was in the process of promoting in-house production across the company, this consideration was put on hold. Therefore, our company proposed a design change for the relevant product. The proposed change in bending shape involved the design department and went through sample creation and strength verification before being commercialized. For mass production, a "panel bender" was introduced to start the process. The product using the targeted sandwich panels was able to reduce the number of bolts used from a total of 83 per product to 8. This results in a reduction of 75 bolts per product. Since this product is shipped at a rate of 22,000 units per year, this means a total annual reduction of 1.65 million bolts. [Case Overview] - Industry: Sheet metal processing - Product Shape: Panel shape - Plate Thickness: Mainly soft steel under 1.0mm - Production Volume: 100 units per lot - Concern: Low gross profit *For more details, please refer to the related link page or feel free to contact us.

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Company B, which undertakes sheet metal processing from various industries, owns about 10 press brakes and was handling bending processes using a manpower-intensive approach. To automate the bending process and reduce the burden on each worker while reallocating them to other processes, a robotic automatic bending system was introduced. While this contributed to some degree of burden reduction across the entire bending process, it also led to new challenges. In response, a "panel bender" was introduced. Now, even those who are not skilled workers can perform hemming bends and R bends, and even complex bends that are difficult for skilled workers can be achieved by simply setting the material, allowing for high-quality bends to be repeated. As a result, product quality improved, and waste due to quality defects caused by worker negligence was reduced to zero, leading to a decrease in losses from reworking materials. [Case Overview] - Industry: Sheet metal processing - Product Shape: Panel shape - Material Thickness: Mainly soft steel under 1.0mm - Production Volume: 1 piece per lot *For more details, please refer to the related link page or feel free to contact us.

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At Manufacturer A, which produces a certain device, the bending process in sheet metal processing became a bottleneck, often leading to delays in product delivery and causing inconvenience to customers, as well as missing out on order opportunities by not being able to meet market demand deadlines. Therefore, we replaced and introduced the conventional press brake with a "panel bender." This significantly improved production efficiency. We were able to reduce the setup time required for the molds needed for the press brake, and we also achieved a reduction in processing time compared to manual bending operations. [Case Overview] - Industry: Equipment Manufacturer - Product Shape: Panel Shape - Plate Thickness: Up to SUS 2mm - Production Volume: 1 to 5 lots *For more details, please refer to the related link page or feel free to contact us.

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The turret punching press we were using had aged, significantly affecting product accuracy. During the so-called bypass processing, seams appeared in the cut areas, which did not look good, so we were considering the introduction of a laser processing machine. We then introduced our product. After the introduction, we were able to eliminate manual processes, significantly improving work efficiency. Additionally, the elimination of seams in the bypass areas removed the need for filing and rework. Not only did quality improve and stabilize, but we were also able to eliminate finishing work, further increasing work efficiency. 【Case Overview】 ■Industry: Industrial Machinery Manufacturer ■Product Shape: Panel Shape ■Plate Thickness: 0.8t to 3.2t ■Material: SUS, SECC, SPCC *For more details, please refer to the related link page or feel free to contact us.

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The dependence on partner companies has become very high, making it extremely difficult to control both prices and delivery times. Regarding production, we considered an automated line that does not impose a human burden. Since it is necessary to accommodate MTO (Make to Order), MTS (Make to Stock), and ATO (Assemble to Order) production depending on the product type, we selected manufacturers and machines based on the condition that they can handle any of these production methods, and introduced a "panel bender." After the introduction, the work in progress (WIP) significantly decreased, allowing for more effective use of the factory, and the production flow within the factory became more efficient. Additionally, the elimination of disassembly work led to a reduction in personnel and the absence of issues such as scratches on the products from disassembly. [Case Overview] - Industry: Housing products manufacturer - Product Shape: BOX shape - Plate Thickness: 0.6t to 1.2t - Material: SUS, SECC, SPCC *For more details, please refer to the related link page or feel free to contact us.

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To achieve mass production of various small quantities in sheet metal processing, shortening the cycle time is a crucial point. To produce without removing pallets from the stocker, it is necessary to accurately extract only the required materials in the needed amounts. At Salvagnini Japan, we support the production system aimed at improving production efficiency and shortening cycle times for small-batch, diverse production in line with the changes in the sheet metal processing industry, as well as measures to address labor shortages. Please feel free to consult with us, and let's work together to find solutions. [Overview] ■ The time taken to remove pallets from the stocker is a bottleneck in cycle time. ■ What is the method to extract only the necessary materials without moving the pallets? ■ For improving production efficiency towards small-batch, diverse production, please feel free to consult with us. *For more details, please refer to the related link page or feel free to contact us.

• Processing Contract

We would like to introduce a case study of a fully automated fiber laser cutting machine system. As for the background of the introduction, the previous factory relied on manual material handling and sorting with a turret punch, but in the new factory, we wanted to completely renew the machines for punching and cutting processes and were looking for a way to achieve "increased production capacity." Thus, we introduced our product. As a result, although there are limitations to increasing production capacity due to the subsequent welding process, we achieved three times the production capacity compared to before. Additionally, with nighttime operations, there is now more flexibility in the factory's production situation, and our ability to respond to urgent projects and issues has improved. [Objectives] ■ To alleviate labor shortages ■ To reduce the burden on operators ■ To shorten processing time ■ To standardize processing accuracy *For more details, please refer to the related link page or feel free to contact us.

• Laser marker
• Plastic processing machines (cutting and rolling)
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We would like to introduce a case study of a fully automated fiber laser cutting machine system. As for the background of the introduction, more than 10 laser cutting machines were in operation, and the motto was digital sheet metal processing; however, sorting tasks were still heavily reliant on manual labor. Thus, we introduced our product. As a result, due to its space-saving design, it could be implemented in a limited area, and since we had confirmed automation through actual machine testing, we were able to smoothly achieve automation when it was introduced on-site. [Objectives] ■ To alleviate labor shortages ■ To reduce the burden on operators ■ To shorten processing time *For more details, please refer to the related link page or feel free to contact us.

• Laser marker
• Plastic processing machines (cutting and rolling)
• Processing Contract

Salvagnini quickly recognized the need for automation in sheet metal processing machines and has been dedicated to the development of a "fully automated system," leading the world in this area. Leveraging the unique automation technology cultivated through this experience, they have also applied it to laser cutting machines, achieving a remarkable increase in productivity. 【Features】 Three 100s that Salvagnini's laser cutting machine can achieve: ■ Zero cutting wait time due to high-speed loading, unloading, and sorting: 100% operating rate of processing machines ■ 100% success rate in product sorting ■ Incredible space-saving of 100 m² (10x10 m) Check the details on this page Laser Cutting Machine Automation.com: https://panelbender.salvagnini.co.jp/lp/ *For more details, please contact us below or download the catalog.

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In 2016, the Japanese government proposed the "Work Style Reform," which has become more pronounced as it aims for a society where everyone can thrive. Meanwhile, in the manufacturing sector, there are many scenes where the necessity for reforms to respond to new measures is being felt. One of the main points is the strict enforcement of labor management due to one of the three pillars of the Work Style Reform, "elimination of long working hours." As a result, we often hear that traditional staffing and shifts for production have become more challenging. In our company's column, we introduce why panel benders are important now - risk avoidance through panel benders. [Contents] - Avoidance of labor accidents - Avoidance of dependence on skilled workers - Avoidance of long working hours *For more details, please refer to the PDF document or feel free to contact us.

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The drawer's casing involves a large number of bending processes, which inevitably leads to frequent handling of materials when using a press brake. In our column, we showcase the "actual situation" of fully automating the process of machining the drawer's casing by utilizing a panel bender. We are specially introducing the real machining processes of sheet metal processing companies in the same industry that have increased productivity through automation, even in the current trend of labor shortages.

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In the process of sheet metal processing, there are cases where material variations exist due to differences in suppliers and production lots, resulting in the need for angle corrections during the bending process. Even with the same materials such as stainless steel and aluminum, it is necessary to adjust the bending process depending on the lot of the purchased material. Given the current labor shortage across Japan, sheet metal processing business owners who are considering automation, labor reduction, and productivity improvement in the bending process can address their concerns about material variations by focusing on panel benders equipped with automatic angle correction functions.

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Workpieces (products) that require intricate bending processes, similar to shelves, are currently being processed by hand in sheet metal fabrication, and we have been receiving many inquiries from customers asking, "Can we automate our shelves?" In our column, we introduce how we have actually automated the bending of "shelves," which were previously processed using a press brake, with a panel bender. By utilizing the panel bender to automate the bending process for "only the loading and unloading of workpieces," we are able to increase productivity without compromising quality.

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The Salvagnini panel bender is used in 75 countries around the world. In recent years, it has not only served as a simple bending machine but has also become characterized by the ability to reduce the number of parts, diversify designs, and select processing methods that suit the company and production methods. When choosing a panel bender, it is important to consider whether it can streamline your factory and sheet metal processing steps, reduce waste, and enable automation. In our column, we introduce points to use the panel bender with confidence. [Contents] ■ The difference is in the details [The current state of Salvagnini panel benders] ■ The difference is in the details [Why is it the only versatile bending machine that can respond?] ■ The difference is in the details [New support system] ■ The difference is in the details [Incorporation of remote operation function and self-diagnosis function at no charge] ■ The difference is in the details [Engineer level]

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From July 31 to August 3, the MF-TOKYO, one of the largest domestic exhibitions for press machinery, was held. Machines and technologies related to sheet metal processing were gathered, attracting over 30,000 visitors and concluding with great success. At the Salvagnini Japan booth, we showcased the compact panel bender "P2lean" and the press brake "B3," introducing them through live demonstrations. In our column, we present a collection of case studies featuring shapes processed by the panel bender to help you better understand its capabilities. 【A must-see for those with the following concerns】 ■ Want to express uniqueness with original designs ■ Looking to reduce costs and the number of parts ■ Facing limitations in the shapes that can be processed with existing machinery *For more details, please refer to the PDF materials or feel free to contact us.

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Processing long sheets of metal is challenging, and it requires the expertise of skilled workers to process them using a press brake. In recent years, many metalworking companies have automated the processing of such long items, stabilizing quality through automation and enabling continuous bending operations without relying on skilled workers. In our column, we have released a video showing the automatic processing of long door frame metal sheets in 30 seconds for those who have never used a panel bender, those considering a panel bender but unsure about it, and those contemplating updating their press brakes. *For more details, please refer to the PDF materials or visit "panelbender.com" https://panelbender.salvagnini.co.jp/introduction/ If you have any questions, please feel free to contact us.

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Currently, there is growing attention towards panel benders in the sheet metal processing industry. "I want to switch from processing with a press brake to a panel bender," "The technology of panel benders has improved, so it's about time," "I’m considering looking into panel benders..." are some of the comments we have been hearing more frequently. In our column, we introduce the changes in the bending processing era, which placed a heavy burden on operators. [Contents] ■ The attention towards panel benders felt at sheet metal processing exhibitions ■ Is the next investment in equipment a panel bender? A press brake with a robot? ■ The sheet metal industry is struggling with diverse designs and processing shapes ■ The first step to considering a panel bender *For more details, please refer to the PDF document or visit "panelbender.com" https://panelbender.salvagnini.co.jp/introduction/ If you have any questions, please feel free to contact us.

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There was a common issue that everyone in the sheet metal processing industry expressed concerns about. That is, the shortage of personnel and the fact that even when recruiting, the necessary talent does not gather. While the overall workload in the industry is gradually increasing, there is a situation where processing cannot be done due to a lack of manpower, and furthermore, due to work style reforms, working hours must be reduced. In our column, we introduce the necessary capital investment for the sheet metal processing industry in this era of labor shortages. [Contents] ■ Serious work style reforms and labor shortages in the sheet metal processing industry ■ Machines that are not capable of doing everything, but rather “machines that anyone can operate reliably within the time frame” ■ What are the methods for anyone to safely process sheet metal while maintaining quality in a short time? *For more details, please refer to the PDF document or visit "panelbender.com" https://panelbender.salvagnini.co.jp/introduction/ If you have any questions, please feel free to contact us.

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In the sheet metal processing industry, various machines are used. Bending machines such as press brakes and panel benders, as well as laser cutting machines, punching machines, welding machines, and shearing machines, are utilized to support manufacturing through sheet metal processing. In our column, we introduce the reasons why panel benders are chosen among sheet metal machines. [Contents] - It's not just fast! The process has changed with sheet metal machines, increasing profit margins! - Has the image of panel benders changed!? The "norm" of sheet metal processing is changing with sheet metal machines. - How to utilize bending machines to increase profit margins. *For more details, please refer to the PDF materials or visit "panelbender.com" at https://panelbender.salvagnini.co.jp/introduction/ If you have any questions, please feel free to contact us.

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Stainless steel R bending is a commonly performed bending process in sheet metal fabrication. However, it is not a process that anyone can do; many sheet metal fabrication companies rely on the skills of skilled workers or technicians to perform bending using a press brake. Improving the efficiency of this R bending and enabling anyone to process it quickly with the same quality is a crucial point that determines productivity in sheet metal fabrication. More companies are automating R bending using panel benders. In our column, we share how bending is automated with panel benders and provide actual examples of this process. *For more details, please refer to the PDF materials or visit "panelbender.com" at https://panelbender.salvagnini.co.jp/introduction/ If you have any questions, please feel free to contact us.

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Until now, the sheet metal machinery industry has considered "machines that can do anything and produce in large quantities to be excellent," but there is an increasing number of sheet metal processing businesses that are significantly changing this mindset. Moreover, those in the sheet metal processing industry who are adapting to this change in the times are able to produce the increasing workload without being affected by labor shortages or work style reforms. Because the sheet metal processing industry must change and reform with the times, it is crucial that the next capital investment is a choice that can solve the company's challenges. In our column, we introduce the conditions for the sheet metal machinery that are currently necessary for the sheet metal processing industry. [Contents] ■ "× Machines for mass production → ○ Machines that can perform necessary processing on schedule" - the current trend ■ Things to know before considering updating bending machines *For more details, please refer to the PDF document or visit "panelbender.com" at https://panelbender.salvagnini.co.jp/introduction/ If you have any questions, please feel free to contact us.

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In our column, we are sharing videos of the complex sheet metal processing of bookshelves from input to output. We introduce the processing of fine sheet metal with a cycle time of 134 seconds in full version. Additionally, we are also showcasing the processing of tool holders in 96 seconds and the processing of control panel enclosures in 108 seconds. Please check out the automation of sheet metal processing that cannot be done with a press brake. *For more details, please refer to the PDF document or visit "panelbender.com" https://panelbender.salvagnini.co.jp/introduction/ If you have any questions, please feel free to contact us.

• Processing Contract
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The press brake and panel bender are machines that excel in sheet metal bending processing. We will thoroughly compare their respective features and advantages. <Advantages of Press Brakes> ■ Easy to introduce price range ■ Few processing limitations ■ Space-saving installation <Advantages of Panel Benders> ■ Increased productivity ■ Processing accuracy and repeatability not affected by operator skill level ■ Elimination of die setup ■ Realization of various bending shapes ■ Labor-saving *For more details, please check "PanelBender.com" https://panelbender.salvagnini.co.jp/introduction/ Additionally, Salvagnini also offers the 'FlexCell,' which allows for the most efficient operation of both press brakes and panel benders.

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We are a sheet metal processing manufacturer that produces enclosures, doors, panels, and other components for distribution boards, and we were considering ways to reduce the burden on workers while increasing productivity. By utilizing a panel bender, we effectively utilized factory space and proposed a production line that integrates blanking equipment and the panel bender for efficient, space-saving production. After implementation, the process was automated from blanking to bending with the panel bender, significantly reducing the burden on workers. 【Case Overview】 ■ Area: Chubu region ■ Processed Product: Distribution boards ■ Lot Size: 1 to 5 units/lot ■ Material Thickness: SPHC-P t1.6, 2.3, 3.2; SUS t1.5, t2.0 ■ Concern: We want to reduce the burden on workers handling heavy bending tasks. *For more details, please refer to the PDF document or feel free to contact us.

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We undertake sheet metal processing and use special molds to process special shapes (embossing) with a press brake. However, we faced challenges with unstable quality and variations, as there were limited operators capable of performing sheet metal processing. To address this, we introduced a "panel bender" that eliminates the need for special shape processing. After the introduction, the processing time per unit was reduced to less than half, improving the efficiency of sheet metal processing. As a result, a process that previously required two operators can now be handled by one, allowing us to increase factory efficiency even amid a labor shortage. 【Case Overview】 ■ Area: Kansai region ■ Processed Product: Enclosures ■ Lot Size: 100-200 units/lot ■ Issue: Countermeasures for the shortage of craftsmen for embossing shapes *For more details, please refer to the PDF document or feel free to contact us.

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To those involved in the design of sheet metal products: ● I want to create uniqueness with original designs. - I am looking for new ideas. - There are limitations to the shapes that can be processed with existing machinery. ● I have ideas, but the costs do not align. - The man-hours required are too high. - I am hesitant to invest in dedicated machines or molds. - Setting up molds is cumbersome. - While prototypes can be made, quality does not stabilize in mass production. Are you facing such concerns? Our panel bender can automatically process various bends without the need for special molds. It can achieve not only standard and reverse bends but also hemming, R-bends, hat bends, and special bends. This time, we will introduce what types of bending can be achieved with the panel bender, using handle shapes as an example. Industries that may be relevant: - Commercial refrigerators and freezers - Kitchen equipment - Steel furniture - Distribution boards etc... Please feel free to consult with Salvagnini.

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We will introduce what kind of bending processes can be achieved by a panel bender, using handle shapes as an example. The panel bender can automatically process shapes that cannot be achieved with a press brake, without the need for special tooling. Benefits of Implementation ■ Pursuit of Design Original Design ■ Cost Reduction Automation of Processes Elimination of Setup Reduction of Material Count Reduction of Processes Reduction of Defects With Salvagnini panel benders, various bends can be automatically processed without the need for special tooling. Not only can standard and reverse bends be achieved, but also hemming, R-bends, hat bends, and special bends as introduced this time. If you are having trouble with sheet metal bending processes, please feel free to consult with us!

• Other processing machines

Our company offers the "Panel Bender," which significantly contributes to improving the productivity of sheet metal processing. No manual mold changes are required. Processing can be performed regardless of the operator's skill level, and it achieves high repeatability, which helps prevent quality defects. We are currently providing case study materials on the introduction of the "Panel Bender" available for download in the "PDF Download" section below. We also showcase a case where productivity increased by 1.8 times. 【Features】 ■ No need for mold changes ■ Contributes to reducing quality defects ■ Easy processing even for beginners ■ Significantly helps reduce manufacturing costs *For more details, please refer to the materials. Feel free to contact us with any inquiries.

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The "B3" is a press brake that achieves multi-variety, small-lot production without the need for setup changes through setup automation. It optimizes not only the bending sequence but also the production order. Thanks to Salvagnini's unique technologies (ATA, MVM, LOWER ATA), it connects the required productivity and flexibility. With MAC2.0, automatic correction of angles and alignment is possible, enabling high-speed production with a ram operation of 250 mm/second. Additionally, programs can be generated with a single click from a 3D screen, allowing for simulation to verify bends. Designed with careful consideration of the finished product, it allows for flexible processing of constraints. 【Features】 ■ ATA (Automatic Punch Length Adjustment Device) ■ MVM (Automatic Die Width Adjustment Device) ■ LOWER ATA (Automatic Die Length Adjustment Device) ■ AMS (Automatic Angle Measurement Device) ■ S-Crowning *For more details, please refer to the PDF document or feel free to contact us.

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This is a new solution that combines the functions of both a panel bender and a press brake, maximizing the potential of sheet metal bending processing. With dedicated software, it enables efficient bending operations that take into account die changes and material handling. As a result of improved production processes, there are cases where labor costs have been reduced by up to 80% and processing time has been shortened by 57%. 【Features】 ◆ Increased productivity and optimization of bending sequences ◆ Semi-automation and efficiency of die changes ◆ Reduction of work-in-progress and reprocessing ◆ Guidance for operators to eliminate human errors *We are currently offering a catalog with successful case studies for free! For more details, please contact us or download the catalog to view it.

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FlexCell is a solution that combines a panel bender and a press brake developed to perform sheet metal bending processes more efficiently. It is a panel bender that achieves high productivity, labor reduction, automation, and a variety of bending shapes; however, it has constraints on the dimensions that can be processed. FlexCell complements these constraints with a press brake. Additionally, dedicated software guides operators to perform processing in the most efficient bending sequence, taking into account mold changes and work handling. <Features> - Increased productivity - Optimization of bending sequence - Automation of mold changes and reduction of cycle time - Reduction of work-in-progress and reprocessing - Guidance for operators to eliminate human errors - Combination of machines according to lot sizes such as medium lots, small lots, kit production, and single lots For more details, please contact us or download and view the catalog.

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The Salvagnini S4Xe is an excellent punching-shearing combination machine that demonstrates high flexibility and fully automated, waste-free production capabilities. 【Features】 ■ Automated production process ■ No in-process operations ■ Reduced lead time ■ High productivity ■ High-quality final products ■ Optimal nesting ■ Kit production *For more details, please contact us below or download the catalog.

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Salvagnini quickly recognized the need for automation in sheet metal processing machines and has been dedicated to developing a "fully automated system" ahead of the world. Leveraging the unique automation technology cultivated through this experience, they have also applied it to laser cutting machines, achieving a remarkable increase in productivity. 【Features】 Three 100s of Salvagnini's laser cutting machines ■ Zero cutting wait time due to high-speed loading, unloading, and sorting: 100% operating rate of processing machines ■ 100% success rate in product sorting ■ Incredible space-saving of 100 m² (10x10 m) Check the details on this page Laser Cutting Machine Automation.com: https://panelbender.salvagnini.co.jp/lp/ *For more details, please contact us below or download the catalog.

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The punching fiber laser hybrid machine "SL4" is a laser-equipped punching machine that allows processing of materials up to a height of 16mm. Due to its fiber laser source, it does not require regular maintenance. Additionally, it is equipped with an advanced beam reflection management system, ensuring consistency and safe operation. 【Features】 ■ Multi-press + manipulator: Showcasing the advantages of S4Xe ■ Fiber laser: Design freedom through technology ■ Reduction of production costs through material optimization ■ Very low power consumption: 35kW during the cycle *For more details, please download the catalog or contact us.

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The Salvagnini fiber laser "L5" is a machine specialized in fiber technology. A patented mechanical drive system composed of a compass structure, made possible by the absence of a fixed optical path, is a major feature of the L5. This structure is driven by a pair of rotary motors, and due to its lightweight design, the cutting head can move a distance of 170mm in both the X and Y directions with a maximum acceleration of 5G while consuming extremely low power. The compass structure achieves acceleration comparable to that of linear motors, reducing running costs. 【Features】 ○ SiX control equipped with a uniquely developed high-speed Ethernet communication system ○ Laser TRADJUST: high quality and ease of use ○ A wide variety of loading and unloading devices ○ Zero maintenance source ○ Remarkable efficiency and low maintenance costs ○ APC that maintains piercing time appropriately and reduces assist gas consumption ○ Adoption of dry cooling that cools the processing head with air instead of nitrogen ○ Common cutting of various shapes to improve yield For more details, please contact us or download the catalog.

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The Salvanini "L3" is a machine specialized for fiber. Its uniquely designed aircraft structure is built to be extremely robust based on the principle of load-bearing beams, allowing for easy access to parts during processing and enabling quick and precise positioning. The optimized structural arrangement achieves a maximum acceleration of 2G with reduced electrical consumption. 【Features】 ○ SiX control equipped with a proprietary high-speed Ethernet communication system ○ Laser TRADJUST: high processing quality and ease of use ○ Unique performance and unparalleled versatility ○ Zero maintenance source ○ Remarkable efficiency and low maintenance costs For more details, please contact us or download the catalog.

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This is a catalog featuring a sheet metal processing system that aims for safety and stability while achieving groundbreaking improvements in production efficiency, allowing it to thrive globally. We offer a variety of sheet metal processing systems, including the "P2lean Hybrid Compact Panel Bender," which excels in prototyping without the need for special models. Our Technical Center is equipped to implement Salvagnini's unique process reforms, such as reducing production costs and minimizing the number of parts. *We are currently offering a comprehensive catalog that allows you to choose "sheet metal processing systems" based on application for free!! 【Features】 ■ Consistent support from design to manufacturing, sales, and after-sales service in-house. ■ The Technical Center located at our Osaka headquarters displays over 100 types of processing samples at all times. ■ All essential technologies, including software, are developed in-house. The open interface allows for linking with equipment from other companies. *For more details, please contact us or download the catalog to view it.

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The Ultra Compact Electric Panel Bender P1 allows for diverse bending without the need for skilled operators and ensures safe operation. It is economical and eco-friendly, with a power consumption of 6kW and low noise levels. The installation space required is a compact size of 2m x 4m. Additionally, the panel bender CAM software reads unfolded DXF data and creates bending processing programs. It automatically inputs the optimal correction values from the material database. After a buffer check with graphic simulation, all data can be transferred to the machine via a network. This significantly reduces program creation time and minimizes human error. 【Features】 [Electric Panel Bender] ○ Safe operation & no skilled operators required ○ Capable of diverse bending ○ Economical & eco-friendly [Panel Bender CAM Software] ○ Reads unfolded DXF data and creates bending processing programs ○ Automatically inputs optimal correction values from the material database For more details, please contact us or download the catalog.

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The Hybrid Compact Panel Bender P2lean can perform bending processes of various shapes without mold changes, accommodating not only mass production but also small lot production, making it highly effective for prototyping without the need for special molds. The machine has a compact installation area of approximately 5×4 meters. Since it performs all processing with a single unit, there is no need for a staging area that was previously required for conventional press brake processing. Additionally, it complies with European CE safety standards, allowing for safe and easy operation compared to the skilled and hazardous work associated with press brake operations. 【Features】 ○ One machine for diverse shapes ○ Minimal setup time ○ Space-saving & low noise ○ Economical & ecological ○ Safe operation & no skilled worker required For more details, please contact us or download the catalog.

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The hybrid panel bender "P4lean," which combines high productivity and high quality, was developed as a guideline for process improvement and is an excellent tool that automatically demonstrates flexible and waste-free production capabilities. The system operates completely autonomously, minimizing operator costs and handling time. It automatically adjusts its size to accommodate various bending processes, and the bending blade is designed for general use, eliminating the need for setup changes. It provides a highly flexible system that meets all manufacturing needs and enables significant reductions in production and operating costs. 【Features】 ■ Highly efficient positioning that does not affect cycle time ■ Achieves maximum productivity with a single tool and zero setup time ■ Quick, easy, and streamlined working mode ■ Blades and molds that transcend the concepts of bending and panels ■ True slim production with zero waste, with maximum consideration for the environment *For more details, please contact us or download the catalog for more information.

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The Punching-Shearing Combined System S4Xe is an excellent tool that automatically demonstrates flexible and efficient production capabilities. It is designed to pursue optimization in every detail, including sheet handling, punching, shearing, programming, and diagnostics. Additionally, it incorporates a highly flexible automation concept, integrating all tasks that previously required manual intervention into a single system, performing punching, cutting, dividing, sorting, and loading. 【Features】 - An excellent tool that demonstrates efficient production capabilities - Highly flexible automation - Single structure that does not require downtime for tool changes - Superior structure that achieves the highest precision - Accommodates diverse production needs For more details, please contact us or download the catalog.

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The hybrid compact panel bender is a manual loading and unloading type panel bender equipped with an ABA automatic mold length setting device. It can process various shapes without mold changes. It is suitable not only for mass production but also for small lot production. It is highly effective for prototyping without the need for special molds. ■ The blank holder and bending unit use electric actuators, eliminating hydraulic circuits and tanks. Oil changes are no longer necessary. ■ It can bend thicker plates than the conventional P2Xe (mild steel max 2.3mm → 3.2mm). ■ Average power consumption has been reduced by 45% compared to the conventional P2Xe (9kW → 5kW). *For more details, please contact us or download the catalog.

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