Bystronic-system 30° H55 Shouldered Tang Die No.24.013 – Precision Press Brake Bending Die

The 85 degree gooseneck punch for deep box bending is designed for precise sheet metal bending with excellent clearance for deep or box-shaped parts. This press brake tool ensures high accuracy, durability, and perfect compatibility with Amada systems, making it ideal for complex 90° bending applications.

The Amada style acute press brake punch is specially designed for precision sharp-angle sheet metal bending, ensuring clean, accurate, and consistent forming results. Made from high-strength alloy steel, this press brake tool offers excellent durability, stability, and full compatibility with Amada press brake systems.    

The 85° Straight bending Punch/Top Tool, also known as a standard punch tool, is the most common and essential type of press brake tooling used for precise sheet metal bending. Featuring a straight design, it performs accurate and clean bends for boxes, panels, and other simple-shaped parts. Made from premium 42CrMo steel, it ensures outstanding strength, stability, and long service life. Fully compatible with Amada press brake systems, this punch provides consistent performance and high bending precision in everyday metal fabrication applications.    

The R6 radius heavy duty top tool is engineered for bending thicker or high-strength steel sheets with superior stability and precision. Made from premium 42CrMo alloy steel, this robust punch ensures maximum load capacity, durability, and long-lasting bending performance in demanding press brake applications.

Amada style R3.0-R6.5mm radius punch punches are designed for creating bends with a large radius-to-thickness ratio, ensuring smooth, stress-free forming without cracking or marking the material. Ideal for aluminum, stainless steel, and decorative panels, these tools deliver consistent and aesthetic bending results for modern sheet metal fabrication.

Amada flattening punch are designed for accurate hemming and edge flattening after a 30-degree pre-bend. These hemming top tools provide smooth, uniform finishes, ensuring high precision and repeatability in press brake hemming operations for sheet metal fabrication.  

The NO.12.051 is a specialized 'beak-shaped' flattening punch designed for Amada/Promecam press brakes. Its extended, slender profile allows for flattening (hemming) operations very close to flanges or in confined spaces where standard punches cannot reach. Primarily used as a second-stage tool in conjunction with hemming dies, it applies high tonnage to crush acute bends flat, creating safe, reinforced edges on sheet metal parts.

Customizable V opening hemming tooling are press brake hemming dies with spring design that provide stable and precise flattening performance. The built-in spring mechanism ensures smooth pressure control, reduces sheet deformation, and improves hemming efficiency for high-quality and consistent bending results.

The Press Brake 1V Die is a precision-engineered single V die designed for accurate and efficient CNC press brake bending. With various V openings available, it ensures consistent bending quality for different material thicknesses, offering excellent compatibility and durability for all press brake die applications.

Amada style double V die block, also known as press brake two-way V-dies, feature dual V-openings that allow quick selection of different bending angles and material thicknesses. These versatile bending machine dies enhance flexibility, reduce setup time, and ensure precise, efficient sheet metal forming in various production needs.

press brake tools 4- V lower Die, also known as universal 4 way V die, feature four different V-openings in one tool, allowing quick adjustment for various sheet metal bending requirements. This multi-functional press brake tooling enhances flexibility, saves setup time, and ensures precise, efficient performance for diverse bending applications.

Amada style 2V bottom tool are versatile lower tools designed with two V-openings on one die block, allowing quick selection between different V-widths for varied material thicknesses and bending angles. As shown in the drawings, the design includes both upper V-die and lower double-V die options to meet different bending setups and applications. These dual-purpose press brake dies provide excellent flexibility, reduce tool changes, and improve production efficiency. Made from high-strength alloy steel, they ensure durability, precision, and consistent bending performance in sheet metal fabrication.

Achieving perfectly flattened hems and accurate U-profiles often requires multiple setups. The Bendmax Flatten Forming U Die revolutionizes this workflow by integrating dual functionality into one robust tool. Designed for applications requiring both structural integrity and cosmetic precision, this die allows operators to flatten hems and form U-channels with superior consistency.

Bending thick or high-tensile strength sheet metal requires tooling that offers exceptional stability and load-bearing capacity. Our Press Brake Large V die for thick plate is specifically designed for these demanding tasks. With a robust 103 mm height and a 9.0 mm radius, this die provides the geometric clearance and strength needed for large-radius bending. The wide 125 mm V-groove minimizes bending force requirements, preventing cracks and ensuring perfect angles on thick materials.

Adjustable V opening press brake die are one of the most versatile and practical tooling solutions for press brakes, designed to handle a wide range of bending applications with flexible die openings. By allowing quick adjustment of the V-opening — typically from 1/4" to 15" — these lower dies eliminate the need for multiple fixed dies, improving setup efficiency and reducing downtime. Equipped with precision-engineered spacers or locking mechanisms, Adjustable Dies ensure smooth operation, high bending accuracy, and safe handling. Available in both solid and sectional formats, they are ideal for workshops that require adaptability and consistent performance in diverse sheet metal forming tasks.

This Press brake hinge forming tool set is designed for efficient hinge forming (curling) in sheet metal fabrication. It enables the creation of perfectly round hinges for doors, panels, and enclosures in just two or three strokes. Featuring a spring-loaded hold-down mechanism and an integrated backgauge, it ensures consistent repeatability and minimizes surface marking. Manufactured from high-quality 42CrMo4 steel, this tool is compatible with all major press brake systems and supports material thicknesses up to 4.0mm.

Press brake louver forming punch die is designed for the rapid production of high-quality louvers (ventilation slots) in sheet metal. Capable of forming a complete, closed-end louver in a single stroke, it significantly boosts efficiency for manufacturing electrical enclosures, HVAC panels, and cooling systems. The tool features a spring-loaded hold-down mechanism to ensure minimal sheet deformation and consistent results across various material thicknesses (up to 4.0mm).

Spring loaded press brake hemming tool features a spring-loaded hemming die designed for efficient sheet metal flattening and edge finishing. The spring mechanism allows the die to adapt to varying material thicknesses, enabling a seamless transition from bending to flattening in a single setup. Ideal for creating safe, reinforced edges (hems) on panels and enclosures, this tool ensures consistent results, minimizes setup time, and improves overall productivity. It supports various hem types, including rope, open, and closed hems, making it a versatile addition to any fabrication shop.

Sheet metal offset bending die set, also known as Z-bending, is a critical process in modern sheet metal fabrication. Designed to create a step-shaped profile resembling the letter “Z”, this technique enables high-precision forming for parts requiring multiple planes with controlled offsets. In this article, we explore the process, technical features, benefits, and industrial applications of offset bending—offering insight into how this method can elevate your production standards.  

Achieve flawless surface quality with our Wing Bending Die, specifically engineered to eliminate scratches and drawing marks on sensitive materials like mirror-finish stainless steel and aluminum. This Rotating wing bending die for sheet utilizes pivoting wing surfaces that move with the sheet, preventing material slippage and friction. It is the perfect solution for bending short flanges without deformation, preventing swelling on hypotenuse bends, and ensuring precise results even when bending near holes.

In sheet metal fabrication, forming deep U-shaped parts or closed boxes often fails with standard tooling due to a lack of clearance, resulting in collisions between the part and the punch. The Window type press brake upper punch solves this critical issue with its specialized central window structure. This design creates a "passage" for the workpiece, making what was once impossible—deep cavity bending—effortless and precise.

Press brake tool for bending rebar is engineered specifically for bending solid round bars and rebar without deforming the material's cross-section. Unlike standard V-dies which flatten the contact point, this tool features a semi-circular groove that cradles the rod, ensuring a perfect round profile throughout the bend. Manufactured from high-strength alloy steel, it is essential for producing U-bolts, hooks, and concrete reinforcement with consistent accuracy and structural integrity.

Mastering the art of four-sided box bending requires tools that offer both precision and flexibility. Our Swing Ear Sections Punch is engineered to streamline this process. The core innovation lies in its retractable swing ear mechanism: commonly, when bending the final sides of a box with return flanges, the part becomes "locked" onto the punch. Our swing ears pivot inwards/outwards, clearing the path for the operator to slide the finished part off the die instantly—saving valuable seconds on every cycle.

Designed for scratch-free, high-precision U-channel forming, this U channel forming press brake tool features a spring-loaded upper pad and rotating hardened rollers. The innovative roller design replaces fixed shoulders, transforming sliding friction into rolling contact. This significantly reduces bending force by up to 30% and eliminates surface marking on sensitive materials like pre-painted, galvanized, or polished stainless steel. It is the ultimate solution for manufacturers requiring flawless aesthetics and consistent springback control in U-profile production.

Reversible rotating support bending die is a specialized Bystronic-style acute punch designed for deep and sharp angle bending. Featuring a 30° tip angle and an extra-tall 175mm height, it provides exceptional clearance for forming deep boxes and complex geometries. Its precision-ground R1.0mm radius and hardened 42CrMo4 construction ensure high accuracy and durability, making it the perfect tool for intricate sheet metal components.  

Press brake tool for stiffening ribs are a particular type of long indentation in sheet metal, used to strengthen it or to make it look good.Stiffening rib forming tools are widely used to form ribs or beads in order to stiffen and stabilize sheet metal, to drain liquids or to hide wires.The height of these tools allows to use them on different work stations.   We offer three specialized categories of press brake rib tooling, each designed to meet different sheet metal bending requirements and performance goals： Stiffening Rib Tools – For Structural Rigidity and Anti-Buckling Performance；Functional Rib Tools – For Engineering Features and Complex Forming Needs；Aesthetic Rib Tools – For Design Lines, Surface Patterns, and Visual Enhancement。

Trumpf style press brake gooseneck tooling are special tools used in press brakes to bend metal sheets. Their curved design helps prevent collisions with the workpiece during bending. These tools make it easier to bend metal in tight spaces and help keep the angle and accuracy consistent.  

Gooseneck punch for deep box bending are shaped with a long body and a curve behind the tip. This shape helps them avoid hitting the metal while making bends. They are useful for making deep U-channels, box shapes, and other complex bends. Regular punches have sharper angles and are better for simple bending jobs.  

Press  Brake LVD Type I  punches are shaped with a long body and a curve behind the tip. One key feature is the angled neck, usually around 42°–45°, which makes space for parts already bent, like flanges. The punch’s strong back helps it handle more pressure. These features make gooseneck punches good for thick metal and hard jobs in industries like auto, airplane, and construction work.  

Because of the curved area, the Bystronic -system  gooseneck punch can go deeper without hitting the metal. This helps apply strong force while staying accurate. It also reduces spring-back, which is when metal bends back slightly after pressure is released. You can use Gooseneck punches to bend one part several times without changing tools. That’s useful when making shapes like boxes or U-profiles. The punch and die together decide the final bend angle. These punches can do deeper bends than regular ones.  

The No.15.330 Trumpf-style 86° press brake punch with R1.0 radius and H120 height is designed for high-precision sheet metal bending applications. Manufactured by a professional Trumpf press brake tooling manufacturer, this tooling delivers excellent bending accuracy, long service life, and stable compatibility with Trumpf press brake systems. Precision-ground surfaces and high-strength alloy steel ensure reliable performance for stainless steel, mild steel, and complex fabrication projects. Ideal for metal fabrication factories, tooling distributors, and OEM bending solutions.

Designed for sharp bends below 90°, this Wila /Trumpf system acute punch provides exceptional forming accuracy with minimal material deformation. Manufactured from high-strength tool steel or carbide and available in multiple angles and sizes, it ensures durability, versatility, and efficient operation across a wide range of press brake systems.  

The LVD-System 26° Narrow Acute Punch is designed for precise 26-degree acute.Its R1.0 mm radius ensures clean and stable forming with minimal distortion.Manufactured from 42CrMo high-strength steel for excellent durability and long service life.Compatible with LVD Type I, Trumpf, and Wila systems for wide applicability.Ideal for high-precision sheet metal work such as electronics, casings, and small structural parts.

The Bystronic-System 30° Acute Punch is a specialized Trumpf-style lower tool engineered for high-accuracy sheet metal forming. It features a narrow V0.6mm opening and an 84° angle to facilitate precise bends in thin-gauge materials. Built from hardened tool steel with an R6.0mm shoulder radius, this die minimizes surface marking while delivering consistent performance in precision fabrication environments.  

The Trumpf compatible V0.6 single V die is a specialized Trumpf-style lower tool engineered for high-accuracy sheet metal forming. It features a narrow V0.6mm opening and an 84° angle to facilitate precise bends in thin-gauge materials. Built from hardened tool steel with an R6.0mm shoulder radius, this die minimizes surface marking while delivering consistent performance in precision fabrication environments.

The Trumpf-Style No.25.200 Single V Die features an 84° die angle, 4 mm V-opening, R0.6 shoulder radius, and 100 mm height, specifically designed for high-precision bending of thin-gauge sheet metal. Following the standard rule (V = 6–8 × material thickness), the V4 die is best suited for 0.5–0.8 mm mild steel, stainless steel, and aluminum sheets. During air bending, it produces a typical inside radius of approximately R0.5 mm (V/8). For reliable forming results, the minimum flange length should exceed 2.7 mm. Ideal for electronics enclosures, precision components, HVAC parts, and light sheet metal fabrication.

The Trumpf-Style No.25.401 Acute V Die features a 30° die angle, 6 mm V-opening, R0.6 shoulder radius, and 100 mm height, specifically designed for acute-angle bending and precision sheet metal forming. According to the standard die selection rule (V = 6–8 × material thickness), the V6 opening is best suited for 0.8–1.0 mm mild steel, stainless steel, and aluminum sheets. During air bending, it produces a typical inside radius of approximately R0.75 mm (V/8). The acute 30° design is ideal for forming angles smaller than 90° and for applications requiring overbending to compensate for springback. A minimum flange length of 4 mm is recommended for stable and accurate bending results.   Dies can be used with an additional drill hole 70.800 with screwable flattening die 60.120

The Wila-System 86° H100 Single V Die No.29336 features an 86° V-opening angle and a standard 100 mm height, designed for precision general-purpose bending. Its robust single V construction provides stable material support and improved rigidity, making it suitable for accurate 90° bending across a wide range of sheet metal forming applications.

The 86° Micro V-Die is a specialized ultra-precision V-die designed for Wila/Trumpf press brake systems. Featuring a microscopic 0.4mm V-opening and an acute 86° angle, it is engineered for forming micro-flanges and intricate bends on ultra-thin sheet metal (foils and shims). Its precision-ground 42CrMo construction ensures the highest level of accuracy for electronics, medical devices, and aerospace components.

Large V80 opening press brake die is a heavy-duty single V-die designed for Wila/Trumpf press brake systems. With a massive 80mm V-opening and a durable 80° angle, it is engineered for bending thick plates . Its R8.0mm shoulder radius prevents material cracking and surface damage, making it the ideal solution for structural steel and heavy fabrication tasks.

The LVD-system 78°/R1.6/V16/H90 NO.26.215 Single V Die is a high-precision press brake lower tool designed for LVD-style bending systems. Manufactured from premium 42CrMo steel, this die offers excellent hardness, wear resistance, and bending consistency. The 78° die angle and V16 opening make it suitable for a wide range of sheet metal bending applications requiring stable angle accuracy and clean forming performance. 

A full range of standard press brake tooling is available for press brakes typically from 120 to 3000 kN, covering most light to medium-duty bending applications. The range includes single V-dies, multi-V and adjustable V-dies, vertical removable systems, as well as customized tooling solutions for special forming requirements.   Bendmax manufactures high quality, precision-ground tooling made from the best materials for maximum resistance and long life.   The LVD style single V brake die , made from hardened 42CrMo tool steel, is designed for forming sharp angles in precision sheet-metal parts used in electrical housings, hardware components, and light fabrication. When choosing this type of V die, ensure the V-opening corresponds to the material thickness and desired internal radius to achieve accurate results without overstressing the die. For best performance, operators should maintain clean die surfaces, ensure proper die alignment, and avoid exceeding press brake load limits to prevent premature wear or angle inconsistency.

The LVD -system acute single V die, manufactured from hardened 42CrMo alloy steel, is ideal for forming sharp angles and tight radii in precision sheet metal parts used in electronics, appliance components, and fine mechanical assemblies. When selecting this type of die, match the V-opening to the sheet thickness and bending radius to ensure clean forming without overstressing the tooling. For safe use, keep the die properly aligned, avoid exceeding its load rating, and regularly inspect the working surfaces to maintain consistent bending quality.   There is a complete line of standard press brake tooling is available for press brakes from 120 to 30000 kN. Single, multiple and adjustable V-dies,  vertical removable style tooling and special tooling for custom applications. Bendmax manufactures high quality, precision-ground tooling made from the best materials for maximum resistance and long life.

Designed for the high-end fabrication of visible components, the V4 Precision Die is the ultimate solution for producing pristine, mark-free bends on sensitive materials. It is extensively used in the manufacturing of medical device casings, stainless steel kitchen appliances, and architectural trim where surface aesthetics are critical. By minimizing drag marks and ensuring perfect angular consistency on thin-gauge sheets, this tool significantly reduces the need for secondary polishing, streamlining production for precision sheet metal shops

The Bystronic compatible single V die tool has only one V-notch and is suitable for small and medium-sized CNC press brake machines with high precision requirements. It has a simple structure, easy installation, and because it has only one notch, it is relatively fast to change. Dies interchangeable with Trumpf-WILA system and 100% equal to Trumpf-WILA tang configuration.For types Bystronic EURO are used standard Promecam tools with additional tang modification.Promecam standard dies could be used with the special adapter. Common angles are 30°, 60°, 86°, etc., and it can process angles greater than or equal to 90°.

This Bystronic style single V die, made from hardened 42CrMo tool steel, excels in applications that demand clean, sharp bends in thin-gauge materials such as electronic housings, sensor brackets, and compact stainless-steel assemblies. For proper die selection, the V-opening must match the sheet thickness and target radius to ensure stable forming and prevent overloading the press brake. Operators should avoid excessive tonnage and always verify tooling alignment to maintain consistent bending accuracy and prolong die life.

The Wila-System 86°/R1.0/H163 NO. 19.023 is a high-performance press brake punch designed for precision 90° bending where part clearance (interference avoidance) is required. The 86° working angle allows accurate springback compensation to achieve true 90° finished bends, while the R1.0 tip radius supports clean forming with reduced risk of cracking on standard materials. Its optimized profile provides additional clearance, making it ideal for bending box-shaped or flange components with structural obstacles. This tooling is best suited for sheet thicknesses ranging from 0.8 mm to 3.0 mm mild steel, depending on die selection and bending requirements. Manufactured from high-quality hardened tool steel, it ensures excellent durability, repeatability, and compatibility with Wila-style clamping systems.  

The Wila Type I System 80°/R3.0/H163 NO. 19.225 Gooseneck Press Brake Punch features an 80° working angle, R3.0 tip radius, and H163 height, engineered for precision bending with enhanced clearance. The gooseneck profile allows deep return flanges and complex box bends without interference, ensuring stable forming performance on medium-thickness sheet metal applications.

The Wila-System Sash Punch 80°/R1.0/H163 No.19.022 features a narrow sash-style profile, 80° working angle, R1.0 tip radius, and standard H163 height. Its slim geometry is designed to provide deep clearance in confined bending areas, making it ideal for precision forming of narrow channels, window frames, and profile components requiring interference-free bending.

The Wila-System Heavy Duty Press Brake Punch 60°/R3.0/H163 No.19.024 features a 60° acute angle, R3.0 tip radius, and standard H163 height, engineered for heavy-duty bending operations. Its reinforced profile design provides high strength and rigidity, making it suitable for acute angle forming and thick plate bending requiring high tonnage and stable performance.

The Wila-System Narrow Acute Press Brake Punch 28°/R3.0/H163 No.19.231 features a 28° ultra-acute angle, R3.0 tip radius, and standard H163 height. Its slim narrow-body profile is designed for deep channel and tight-clearance bending, enabling precise forming of narrow U-shaped parts and complex profiles requiring small-angle capability and interference-free operation.

The Wila-System Type II 86°/R1.0/H95 No.14.040 Gooseneck Press Brake Punch features an 86° working angle, R1.0 tip radius, and compact H95 height. Its gooseneck profile provides effective clearance for box and return flange bending, while the reduced height design improves flexibility in setups with limited daylight or multi-tool configurations.

The Wila-System Type II Standard Press Brake Punch 80°/R1.0/H95 No.14.020 features an 80° working angle, R1.0 tip radius, and compact H95 height, combined with a Type II tang profile specifically designed for Wila Type II clamping systems. Its straight standard geometry ensures stable bending performance for general-purpose forming with reliable accuracy and repeatability.

The Wila-System Type II Heavy Duty Press Brake Punch 60°/R1.0/H95 No.14.010 features an 60° working angle, R3.0 tip radius, and compact H95 height, combined with a reinforced heavy-duty body and Type II tang profile. Its strengthened cross-section enhances rigidity and stability, making it suitable for high-tonnage bending and demanding industrial forming Maximum load capacity: 1000 kN/m, providing excellent capability for heavy-duty and thick plate bending.

The Wila-System Type II Acute Press Brake Punch 28°/R1.0/H95 No.14.030 features a 28° ultra-acute working angle, R1.0 tip radius, and compact H95 height, combined with a Type II tang profile. Its sharp-angle geometry is designed for acute bending and pre-bending operations, enabling precise forming of small-angle profiles and deep return flange components.

The Wila-System Type II Sash Press Brake Punch 80°/R1.0/H175 No.14.060 features a slim sash-style profile, 80° working angle, R1.0 tip radius, and an extended H175 height with a Type II tang interface. Its narrow geometry and increased height provide deep clearance, making it ideal for bending window frames, narrow channels, and deep-profile components without interference.

The Wila-System Type II Hemming/Acute Press Brake Punch 28°/R1.0/H175 No.14.050 features a 28° acute working angle, R1.0 tip radius, and extended H175 height, combined with a Type II tang profile. Designed for sharp-angle bending and hemming pre-bending, its geometry supports precise small-angle forming and reliable preparation for flat hemming operations.

The Wila-System 30° H55 Single V Die No.29.561 features a 30° acute V-opening and a compact 55 mm height, designed for precision sharp-angle bending. Its single V structure ensures accurate material positioning, while the low-profile design supports flexible setups, making it ideal for acute bends and hemming pre-bending operations.

The Wila-System 30° H55 Single V Die No.29.561 features a 30° acute V-opening and a compact 55 mm height, designed for precision sharp-angle bending. Its single V structure ensures accurate material positioning, while the low-profile design supports flexible setups, making it ideal for acute bends and hemming pre-bending operations.

The Wila-System 80° H100 Single V Die No.29.293 features an 80° V-opening angle and a standard 100 mm height, designed for reliable general-purpose bending. Its rigid single V construction ensures stable material support and consistent forming accuracy, making it suitable for routine 90° bending applications across a wide range of sheet metal components. Designed for heavy-duty applications, this die is capable of handling thick plate bending and high-tonnage operations, ensuring excellent durability and stable performance under demanding working conditions.

Designed for narrow acute angle bending, this die enables the production of precise sharp-angle profiles. It also supports maximum load capacity during 90° bending, making it a versatile solution for both acute and conventional bending operations.

The Blades Holder No.15.755 is a versatile tooling solution compatible with Trumpf, Wila, and LVD press brake systems. Designed with a force-on-head structure, it supports interchangeable blades with radii from R0.5 to R6.0, allowing flexible bending and flattening operations. The holder accommodates hardened flattening blades, ensuring reliable performance and efficient hemming preparation.    

The Blades Holder No.15.760 is a high-efficiency tooling solution compatible with Trumpf, Wila, and LVD press brake systems. Featuring a force-on-shoulder design, it supports interchangeable blades with radii from R0.5 to R6.0, enabling flexible bending and flattening operations. Designed for hardened flattening blades, it ensures stable performance in hemming and edge finishing applications.

The Radius Tool Holder Type II No.15.020 is designed for Trumpf, Wila, and LVD press brake systems featuring a Type II tang interface. With a force-on-head structure, it supports interchangeable radius tools from R10.0mm to R25.0mm without additional adjustment. Its rigid construction ensures stable forming and flexible large-radius bending applications.

The Wila-System Flattening Punch NO.19.041 is designed for high-precision hemming and flattening operations in sheet metal bending. Manufactured from premium alloy steel and precision-ground for accuracy, this top tooling ensures smooth and consistent flattening results. It is fully compatible with Wila-style press brake systems, offering stable performance and long service life. Ideal for applications such as cabinets, panels, enclosures, and automotive components, this flattening punch improves production efficiency while maintaining high-quality bending results.

The Wila-System Flattening Die NO.29.384 is engineered for precise hemming and flattening operations in sheet metal bending. Manufactured from premium alloy steel and precision-ground for accuracy, this bottom tooling delivers smooth and consistent flattening performance. Designed for compatibility with Wila-style press brake systems, it ensures reliable operation and long service life. Ideal for producing cabinets, enclosures, panels, and automotive components, this flattening die enhances production efficiency while maintaining high-quality bending and hemming results.

The Type I blade holder No.15.755 is compatible with Wila, Trumpf, and LVD systems, offering a cost-effective solution with one holder for multiple blades. Designed for radius ranges from R0.5 to R6.0 mm, it ensures flexible applications, quick blade changes, and high efficiency. The hardened flattening section improves durability, making it ideal for precision sheet metal bending operations.  

The Radius Blade Holder Type I No.15.760 is designed for Wila, Trumpf, and LVD press brake systems, delivering high precision and efficient performance. It supports multiple radius blades for flexible bending applications, reduces tooling costs, and allows fast, easy blade changes. Built with a hardened working area, it ensures durability and consistent results in demanding sheet metal forming tasks.

The Type II Radius Tool Holder No.15.020 is compatible with Wila, Trumpf, and LVD press brake systems, designed for radius tools from R10.0 to R25.0 mm. It enables flexible bending applications with one holder for multiple radii, reducing tooling costs. Featuring robust construction and stable clamping, it ensures precise, repeatable results and efficient tool changes in demanding sheet metal production.

The Radius Tool Holder Type I NO.15.014 is engineered for Wila, Trumpf, and LVD press brake systems, providing a reliable and precise solution for mounting radius tools. Designed for high stability and flexibility, this holder allows quick interchange of radius tooling, making it ideal for applications requiring multiple bend radii.

The BENDMAX Radius Tool Holder Type II No.15.025 is designed for high-precision radius bending applications on press brakes. Compatible with Wila, Trumpf, and LVD systems, this holder ensures secure clamping and stable positioning of radius tools during operation. Engineered for durability and flexibility, it allows quick tool changes and seamless integration with different radius punches. Whether for standard or complex bending tasks, it delivers consistent bending accuracy and improved surface quality.   Perfect radius bending starts with the right tooling — and BENDMAX provides exactly that.

The Radius Tool Holder Type I No.15.018 is a critical component in press brake tooling systems, specifically designed for secure and precise radius bending applications. Compatible with Wila, Trumpf, and LVD System press brakes, it ensures reliable performance across a wide range of bending operations. The upper section of the holder connects directly to the press brake, while the lower interface is designed to accommodate interchangeable radius tool heads (die heads). This structure guarantees accurate mounting and stable clamping during operation, preventing movement or misalignment. The working section of the punch that comes into contact with the workpiece is hardened to 54-60 HRC, the holder offers excellent wear resistance and long service life. Its modular design allows for quick replacement of radius tools, enabling flexible production and supporting a wide variety of bending requirements.   Engineered for both precision and efficiency, this holder is an ideal solution for achieving consistent bending quality and improving overall productivity in sheet metal fabrication. Perfect radius bending starts with the right tooling — and BENDMAX provides exactly that.

    The System Trumpf/Wila/Bystronic Die Shoe Adaptor  is designed for press brakes with a flat machine table, allowing the use of 13 x 20 mm clamping width dies compatible with the Trumpf, Wila, and Bystronic tooling systems. This press brake die adaptor provides a flexible and cost-effective solution for expanding tooling compatibility without changing the machine setup. It enables operators to efficiently use a wide range of Benddmax-System Trumpf/Wila/Bystronic dies on different press brake models while ensuring stable positioning and reliable bending performance. Manufactured from high-quality hardened steel, the adaptor offers excellent durability, precision, and long service life for demanding sheet metal bending applications. Ideal for fabrication workshops seeking improved tooling versatility and reduced tooling investment costs.

The Die Shoe Adaptor NO.60.910 provides a fast and cost-effective solution for converting Amada press brakes to use European-style tooling systems such as Trumpf, Wila, and Bystronic compatible dies. Designed for quick tooling changeovers, this press brake die adaptor allows manufacturers to expand tooling flexibility without replacing existing machines or tooling setups. It enables seamless use of various Bendmax press brake die systems, improving production efficiency and reducing tooling investment costs. Manufactured with high-precision grinding technology, the adaptor ensures excellent accuracy, reliable clamping performance, and guaranteed interchangeability for consistent bending results. Ideal for sheet metal fabrication shops seeking higher compatibility, precision, and operational flexibility in modern press brake applications.

The NO.60.935 Die Adaptor is designed to convert LVD press brake tooling systems for compatibility with Trumpf, Wila, Bystronic, and UniBend tooling. This adaptor provides a cost-effective and efficient solution for expanding tooling flexibility without replacing existing press brake equipment. With fast and easy installation, the adaptor allows operators to quickly switch to a wide range of UKB-System dies, improving production versatility and reducing tooling investment costs. Precision-ground manufacturing ensures excellent accuracy, stable clamping performance, and guaranteed interchangeability for consistent high-quality bending results.   Ideal for modern sheet metal fabrication applications, this press brake die adaptor helps manufacturers improve efficiency, compatibility, and bending precision across multiple tooling systems.

The Sash Punch is a single-shot forming tool designed for complex products, typically used for window or door frames. Its design shape and size are optimized to efficiently create the required holes in the metal sheet. Punches/top tools Bendmax-System Trumpf and Bendmax-System Wila type I can also be used in a clamping Bendmax-System LVD type I!  

The LVD System Type 1 Heavy Duty Punch No.16.204 is designed for high-tonnage sheet metal bending applications requiring superior strength, precision, and durability. With a 26° acute angle, R2.0 nose radius, and H159 height, this punch is ideal for thick plate bending, narrow channel forming, and heavy-duty industrial fabrication.Punches/top tools Bendmax-System Trumpf and Bendmax-System Wila type I can also be used in a clamping Bendmax-System LVD type I! Manufactured from high-quality alloy steel and precision ground for maximum accuracy, this heavy duty press brake punch delivers stable bending performance and long service life under demanding production conditions.   Bendmax provides tonnage reference data for each product to help customers select suitable tooling solutions. For professional tooling recommendations, feel free to contact our engineering team.    

The LVD System Type 1 Gooseneck Punch No.16.210 is specially designed for complex sheet metal bending applications requiring additional clearance during forming operations. Featuring a 78° bending angle, R2.0 nose radius, and H159 height, this gooseneck punch is ideal for box bending, return flange forming, and deep profile bending.      

Press brake punches and dies are essential tooling components used in sheet metal bending operations. They are available in a wide variety of shapes, profiles, and configurations to meet different bending requirements, material types, and production applications. Common tooling types include V-shaped dies, U-shaped dies, gooseneck punches, radius tools, offset tooling, hemming tools, polygonal dies, and semi-circular dies.    

Bendmax provides tonnage reference data for each product to assist customers in selecting the appropriate tooling solution. For professional tooling recommendations or customized bending solutions, please contact our engineering team.

The LVD System Type II Sash Punch No.16.520 is designed for precision sheet metal bending applications requiring stable forming performance and excellent bending accuracy. Featuring a 78° bending angle, R1.0 nose radius, and H180 height, this sash punch is suitable for a wide range of standard bending and profile forming operations.

The LVD System Type II Straight Punch No.16.540 is designed for precision sheet metal bending applications requiring stable forming performance, accurate bending angles, and high production efficiency. Featuring a 78° bending angle, R1.0 nose radius, and H180 height, this straight punch is suitable for a wide range of standard bending operations in industrial sheet metal fabrication.

The LVD System Type II Straight Punch No.16.540 is designed for precision sheet metal bending applications requiring stable forming performance, accurate bending angles, and high production efficiency. Featuring a 78° bending angle, R1.0 nose radius, and H180 height, this straight punch is suitable for a wide range of standard bending operations in industrial sheet metal fabrication.

In press brake bending operations, V-die selection directly affects part quality, bending accuracy, production efficiency, and tooling life. As one of the most critical components in press brake tooling, the V-die determines bend angle consistency, required tonnage, surface protection, and overall forming stability.   Choosing the correct V-die based on material thickness is not merely a matter of operator experience — it is a technical decision essential for achieving precise and reliable bending results. An unsuitable V-die may cause angle deviations, surface marks, excessive forming pressure, and accelerated tool wear.

V-dies are one of the most commonly used tools in press brake bending and form the foundation of air bending operations. They are available in a wide range of V-openings, angles, and shoulder radii, allowing flexibility for different materials and thicknesses. Depending on the applied tonnage and setup, V-dies can be used for air bending, bottom bending, and coining.   Their versatility makes them an essential component in achieving accurate and efficient sheet metal forming.

The Basics of Press Brake V Dies In a press brake setup, the V die serves as the lower tool. As the punch descends, the sheet metal bends along the V-groove. The geometry and dimensions of this groove directly determine the quality of the bend.

Matching Tooling to Machine Capability Proper tooling compatibility is essential for stable and efficient press brake operation. Different machines use different clamping systems, tooling heights, and installation standards. Selecting compatible tooling helps reduce setup time, improve bending repeatability, and protect the machine from unnecessary stress. Common systems include European style tooling, American style tooling, Wila systems, and hydraulic or mechanical clamping solutions. A properly matched tooling system improves production efficiency and maximizes long-term return on investment.

Selecting the correct press brake V-die is essential for achieving stable bending accuracy, protecting material surfaces, and extending tooling life. 

Selecting the correct press brake V-die is essential for achieving stable bending accuracy, protecting material surfaces, and extending tooling life. 

Press brake punch for sharp bending is a high-precision Trumpf-style acute punch designed for forming sharp angles and intricate bends. Featuring a 28° tip angle and a slim profile, it is the ideal press brake tooling for air bending complex geometries and achieving tight tolerances on thin sheet metal. Manufactured from premium 42CrMo steel, it ensures long-lasting durability and superior wear resistance.

This sash punch is specially designed for window frame, door frame, and narrow profile bending applications. The optimized punch geometry improves forming precision while reducing marking and deformation on finished parts.

The 80° gooseneck punch is developed for special angle bending and precision sheet metal forming. Its offset structure allows easier bending of channels, boxes, and parts with side walls or return flanges. Send me your choice：L=500mm Simple Clamp；L=300mm Simple Clamp；L=200mm Simple Clamp；L=100mm Simple Clamp；L=100mm horn extension left；L=100mm horn extension right；L=550mm sect. Simple Clamp；L=2050mm Tool Set；L=3050mm Tool Set；L=4050mm Tool Set

This wide-body gooseneck punch is suitable for large bending profiles and complex formed parts. The special neck design helps reduce collision risks while maintaining stable bending accuracy in CNC press brake production.

The Bystronic-system 85° Standard Punch No.14.150 is designed for everyday sheet metal bending applications requiring consistent accuracy and long tool life. Featuring an R1.0 nose radius and H175 height, this precision-ground press brake punch delivers stable bending performance, reduced setup time, and excellent compatibility with Bystronic press brakes. An ideal solution for fabricators seeking reliable, cost-effective CNC press brake tooling.  

Engineered for complex bending operations, the No.14.156 Gooseneck Punch provides the clearance needed for deep box sections, return flanges, and intricate sheet metal profiles. Its optimized gooseneck design minimizes interference during multi-stage bending while maintaining exceptional angle accuracy. A preferred choice for precision sheet metal fabrication and demanding CNC press brake applications.

Press Brake Tooling Packages for Flexible Production：The No.14.157 Straight Punch features a 60° profile and R4.0 tip radius, making it ideal for forming larger bend radii and specialized bending requirements. Manufactured from premium tool steel and precision ground for maximum consistency, this punch delivers reliable performance across a wide range of sheet metal bending projects. Perfect for workshops requiring versatile press brake tooling solutions.

Designed specifically for window, door frame, and profile fabrication, the No.14.158 Sash Punch combines an extended H250 height with a specialized profile to provide superior accessibility during complex bending operations. Its precision-ground geometry ensures repeatable results, making it an excellent choice for fabricators seeking high-quality bends and enhanced productivity on Bystronic press brake systems.

The No.50.400 Top Tool Distance Piece is designed to improve punch positioning and clamping stability in Bystronic press brake setups. Equipped with a durable nylon strip, it helps reduce vibration, enhances tool alignment, and protects tooling surfaces during operation. An effective accessory for achieving smoother tool installation, improved bending accuracy, and longer tooling service life.

The Bystronic No.14.908 Flattening Punch is designed for hemming and flattening operations requiring superior surface quality and bending accuracy. Its optimized 24° geometry and precision-ground profile ensure consistent results while minimizing material marking. Ideal for sheet metal fabrication, enclosure manufacturing, and high-quality finishing applications.

The No.14.282 Holder and Blade System allows fast and economical production of various bending radii from R0.5 to R6.0 mm. Featuring interchangeable radius blades, this tooling solution reduces tooling inventory while providing excellent flexibility, accuracy, and efficiency for custom sheet metal bending projects.

The No.50.981 Adaptor offers an efficient solution for utilizing H113 tooling within Bystronic S-type clamping systems. Precision manufactured for stable positioning and dependable performance, it improves tooling flexibility while maintaining the accuracy and repeatability required in professional sheet metal fabrication.

The No.50.983 Adaptor enables seamless integration of compatible press brake punches with Bystronic RF-A clamping systems. Manufactured with precision machining and strict dimensional control, it enhances tooling compatibility, reduces investment costs, and expands the range of available tooling options for modern press brake operations.

The No.14.282 Holder and Blade System allows fast and economical production of various bending radii from R0.5 to R6.0 mm. Featuring interchangeable radius blades, this tooling solution reduces tooling inventory while providing excellent flexibility, accuracy, and efficiency for custom sheet metal bending projects.

Changeable blades, also known as interchangeable inserts or replaceable bending segments, provide a flexible and cost-effective solution for modern press brake operations. Instead of replacing an entire punch or die, operators can simply exchange the worn or required blade section, reducing tooling costs and minimizing machine downtime.

The Bystronic No.14.252 Holder for Radius Tools Type I is designed to accommodate interchangeable radius inserts ranging from R7.0 mm to R50.0 mm. By utilizing a single holder with multiple radius tools, fabricators can quickly switch bending radii without replacing the entire punch assembly, reducing tooling costs and setup time.Available for a variety of press brake tooling standards, including Bystronic, Amada, Trumpf, Wila, and other common clamping systems. Custom adaptor solutions can also be provided to ensure optimal compatibility with existing tooling setups and machine configurations.

The Trumpf-Style No.25.207 Single V Die features an 80° die angle, 24 mm V-opening, R2.5 shoulder radius, and 100 mm height, making it an ideal lower tool for precision air bending and bottom bending applications. Based on the common V-opening selection rule (V ≈ 6–8 × material thickness), the V24 die is best suited for 3.0–4.0 mm mild steel, while also accommodating stainless steel and aluminum with appropriate tonnage adjustments.  

The Trumpf-Style No.25.114 Single V Die features an 80° die angle, 90 mm V-opening, R8 shoulder radius, and 120 mm height, designed for heavy-duty sheet metal bending applications. Following the standard V-opening selection guideline (V = 6–8 × material thickness), the V90 die is ideally suited for bending 12–15 mm mild steel and other thick materials. During air bending, it typically produces an inside radius of approximately R11–12 mm (V/8). For best bending quality, the minimum flange length should exceed 60 mm, and sufficient press brake tonnage should be verified when processing high-strength steel or stainless steel.

    he Trumpf-Style No.25.116 Single V Die features a 60° die angle, 120 mm V-opening, R8 shoulder radius, and 120 mm height, making it ideal for heavy-duty air bending and bottom bending of thick sheet metal. Based on the standard tooling guideline (V = 6–8 × material thickness), the V120 die is recommended for 15–20 mm mild steel applications. It produces a typical inside bend radius of approximately R15 mm (V/8) during air bending. A minimum flange length of 80 mm or greater is recommended to ensure stable bending performance. Suitable for structural steel, heavy fabrication, construction equipment, and industrial machinery components.

The Trumpf-Style No.25.302 Single V Die features an 84° die angle, 8 mm V-opening, R0.8 shoulder radius, and 100 mm height, making it ideal for precision bending of 1.0–1.5 mm mild steel, stainless steel, and aluminum. Based on the standard guideline (V = 6–8 × material thickness), the V8 opening provides excellent bending accuracy and a typical inside radius of approximately R1.0 mm (V/8).

The Trumpf-Style No.25.400 Acute V Die features a 30° die angle, 4 mm V-opening, R0.6 shoulder radius, and 100 mm tool height, making it an ideal lower tool for precision acute-angle bending and thin sheet metal applications. The V4 opening is typically recommended for 0.5–0.8 mm mild steel, stainless steel, and aluminum sheets, providing excellent angle accuracy and repeatability.

The Trumpf-Style No.25.421 V Die features a 30° die angle, 6 mm V-opening, R3.0 shoulder radius, and 100 mm height, making it an excellent choice for precision sheet metal bending and acute-angle forming applications. The V6 opening is typically suitable for bending 0.8–1.0 mm mild steel, stainless steel, and aluminum, delivering consistent bend angles and superior dimensional accuracy.

The Trumpf-Style No.25.621 V Die features an 84° die angle, 6 mm V-opening, R0.6 shoulder radius, and an extended 150 mm tool height, making it an ideal solution for precision bending of 0.8–1.0 mm sheet metal and applications involving deep profiles, return flanges, and box-shaped components.

The Trumpf-System 80°/R2.5/V24/H150 Single V Die No.25.627 is a precision-engineered press brake die designed for medium to heavy-duty sheet metal bending applications. Featuring a 24 mm V-opening, 2.5 mm shoulder radius, and an increased 150 mm tool height, this die provides enhanced clearance, improved tooling flexibility, and greater compatibility with complex part geometries.

The Trumpf-Style No.25.901 Acute V Die features a 30° die angle, 6 mm V-opening, R0.6 shoulder radius, and an extended 150 mm tool height, specifically designed for precision acute-angle bending, springback compensation, and high-accuracy sheet metal forming. The V6 opening is typically recommended for 0.8–1.0 mm mild steel, stainless steel, and aluminum, providing stable angle control and excellent bending repeatability.

The Trumpf-Style No.60.960 Die Heightening is a precision press brake die riser designed to increase the working height of Trumpf-style insert dies by 50 mm without changing the die geometry or V-opening. Featuring a V13.1 mounting profile, it is installed between the die holder and the lower die, providing a stable and accurate support platform for precision bending applications.

The Trumpf-Style No.60.965 Die Heightening is a precision press brake die riser designed to raise the working height of Trumpf-style insert lower dies while providing a wider 85 mm support surface for improved rigidity and load distribution. Featuring a V13.1 mounting profile and an overall H150 configuration, it is installed between the die holder and the insert die, maintaining precise alignment without changing the die angle, V-opening, or bending geometry. 

The Trumpf-Style No.60.120 Screwable Flattening Die is a precision hemming tool designed for use with 30° acute dies (H100 mm) to perform accurate flattening and hemming operations. With a 28.9 mm width, it securely mounts to compatible lower dies using a screw connection, providing excellent rigidity and repeatable positioning. 

Bendmax Trumpf-System Screwable Flattening Die H100 No.70.800 is designed for sheet metal hemming and flattening operations on Trumpf press brake machines. This 30° screwable flattening die provides a reliable solution for creating flat, reinforced edges and high-quality hemmed profiles with excellent repeatability.

Bendmax Trumpf-System Screwable Flattening Die H150 No.70.810 is a professional press brake tooling solution designed for sheet metal hemming and flattening applications. With a 30° die angle and 150 mm tool height, this screwable flattening die provides stable positioning, high bending accuracy, and consistent performance for demanding industrial applications.

Bendmax Trumpf-System 24° Flattening Punch No.15.902 is a precision press brake top tool designed for professional sheet metal hemming and flattening applications. This 24° flattening punch provides accurate forming performance when combined with compatible flattening dies, helping manufacturers achieve clean, flat and reinforced sheet metal edges. Designed for Trumpf-style press brake tooling systems, this hemming punch offers excellent compatibility, reliable positioning and long service life for repeated industrial production. It is an ideal solution for applications requiring high-quality edge finishing and consistent bending results.

Bendmax Trumpf-System Flattening Die No.25.992 is a professional deep insertion lower tool designed for sheet metal hemming and flattening operations on press brakes. This special flattening die is developed to work with flattening punches, providing a complete solution for closed hemming, edge flattening and reinforced sheet metal forming.

Bendmax WILA-System Flat Bottom Flattening Punch No.19.041 is a precision press brake top tool specifically designed for hemming and flattening sheet metal edges. Featuring a flat bottom working surface, this punch provides uniform pressure distribution during the final flattening stage, resulting in smooth, consistent hems with minimal surface marking.

Trumpf-System No.15.310 Heavy Duty Press Brake Punches are engineered for demanding bending applications involving thick and high-strength sheet metal. Designed for compatibility with Trumpf-style press brakes, the robust tool geometry provides excellent load-bearing capacity, bending stability, and durability under high-pressure forming operations. The reinforced design helps maintain precision during heavy-duty bending while reducing tool deformation and wear. Manufactured from high-quality hardened tool steel and precision-machined, No.15.310 is an ideal choice for reliable, repeatable bending of heavy plates and challenging materials.

The Flattening Press Brake Punch is a specialized upper tooling solution for sheet metal hemming, edge flattening and closed-edge forming. Unlike a conventional bending punch, this tool is designed to work with a previously bent sheet and progressively press the folded section into a flat or nearly flat condition.

The 24° Flattening Hemming Press Brake Punch is a specialized upper tool designed for sheet metal hemming, flattening and closed-edge forming. Its slim working profile is developed for applications where a conventional flattening punch cannot reach deep enough into a pre-bent flange or may interfere with the side wall of the workpiece.

Trumpf-System 24° Flattening & Hemming Press Brake Punch No.15.905 is a precision upper tool designed for sheet metal flattening, hemming and closed-edge forming on compatible TRUMPF-system press brakes. Its specialized 24° geometry and narrow working profile provide improved access to pre-bent flanges, helping reduce tool interference during deep or restricted hemming operations. 

Bendmax-System Amada 60° Acute Angle Press Brake Punch/Top Tooling No.10.142 is a specialized upper tool designed for sharp-angle sheet metal bending applications. Its 60° punch angle, R0.8 mm nose radius and approximately 67 mm tool height provide a compact forming geometry for applications that require a sharper bending angle than conventional 85° or 90° tooling. The R0.8 mm punch radius is suitable for bending applications requiring a relatively small working radius. The shaped front profile also provides useful clearance for selected workpiece geometries, depending on the bending direction, material and part design.  

The Bystronic-style 85°/R0.8/V6/H55 No.24.101 is an 85° single-V press brake die, designed for conventional V-die bending applications. Its single V-opening provides a defined forming groove for the sheet metal, while the 85° angle and R0.8 mm working radius establish the die geometry for the selected punch-and-die combination. This makes it suitable for general air bending and other V-die forming applications where the required bend angle, material thickness, and tooling geometry are compatible.

The Bystronic-system 30° Shouldered Tang Die No.24.013 is a precision press brake bending die designed for accurate sheet metal forming. Its shouldered tang structure provides a defined mounting interface, while the 6 mm V-opening and R0.6 internal radius support precise bending operations. With a 55 mm working height and 13 mm tang width, this compact die is suitable for applications requiring consistent positioning and reliable bending performance. It is an ideal choice for manufacturers seeking Bystronic-system press brake tooling for precision bending and repeatable production results.

The Bystronic-system 30° Tang Style Die No.24.015 is a precision press brake bending die developed for consistent sheet metal forming. Its 10 mm V-opening and R1 internal radius provide a practical solution for controlled bending operations, while the tang-style mounting design supports secure installation and repeatable positioning. With a 55 mm working height and 13 mm tang width, this die is suitable for manufacturers looking for Bystronic-system press brake tooling that combines accurate bending performance with a straightforward tooling structure.

The main characteristics of 30 degree V-shaped dies include their acute V-angle, defined working profile, fixed opening, and suitability for specialized bending operations. Their geometry distinguishes them from conventional 90° or multi-V dies and allows fabricators to address applications requiring a particular forming configuration. Precision machining, adequate hardness, and consistent working surfaces are also important characteristics for maintaining reliable tooling performance.

Bendmax 85° Non-Marking Single V Die is designed for sheet metal bending applications where protecting the finished surface is just as important as achieving the correct bend angle. Its distinctive upper geometry combines an 85° V-shaped forming opening with rounded R4 shoulder transitions, creating a smoother contact area between the workpiece and the lower die.

The Bystronic-system 30° Hemming Die No.25.992 is a specialized press brake hemming die designed for flattening and edge-folding applications. Its 100 mm height and 57 mm overall width provide a stable tooling structure for hemming operations, while the 8.2 mm opening and R1 radius support controlled sheet metal forming. This die is suitable for manufacturers seeking Bystronic-system press brake hemming tooling for consistent edge finishing, panel reinforcement, and reliable production results.

The Amada style sash punch tool is specifically designed for creating precise sash shapes in sheet metal bending. Featuring an angled and narrow tip, this punch ensures accurate and clean forming of door sashes, frames, and similar profiles. 

Precision R0.8mm radius bending die are precision-engineered press brake tools designed for accurate and consistent 90° sheet metal bending. Featuring high-strength steel and perfect compatibility with Amada press brakes, these tools ensure excellent durability, smooth bending performance, and superior forming accuracy for industrial applications.

Bendmax-System Amada Standard Press Brake Punch No.11.201 is a versatile upper tool designed for general sheet metal bending applications. With an 85° punch angle, R3 mm nose radius and 65.45 mm tool height, it provides a practical combination of bending performance, clearance and application flexibility.Rated for a maximum load of 1000 kN/m, this Standard Punch is suitable for demanding press brake bending when the tooling, material and machine capacity are correctly matched. The R3 mm punch radius helps provide a controlled bending radius for a wide range of sheet metal applications.

Bendmax-System Amada 85° Standard Press Brake Punch/Top Tooling No.10.170 is a practical and versatile upper tool designed for general sheet metal bending applications. With an 85° punch angle, R0.6 mm nose radius and 66.74 mm tool height, it provides precise and consistent forming performance for everyday press brake operations.   Manufactured from C45 steel tempered to 800–850 N/mm², this Standard Punch offers a reliable balance of strength, dimensional stability and cost-effective performance. With a maximum load of 350 kN/m, it is suitable for properly matched bending applications within the specified tooling and machine capacity.

Bendmax-System Amada 85° Standard Press Brake Punch/Top Tooling No.11.230 is a cost-effective upper tool designed for reliable and versatile sheet metal bending. Featuring an 85° punch angle, R0.8 mm nose radius and 105 mm tool height, it provides a practical combination of bending performance, tool strength and standard tooling compatibility.   With a maximum load of 1000 kN/m, No.11.230 is suitable for demanding press brake bending applications when the tooling capacity, material, V-die opening and machine tonnage are correctly matched. The R0.8 mm punch radius provides a practical working geometry for a wide range of standard bending operations.

Bendmax-System Amada 85° Standard Press Brake Punch/Top Tooling No.11.231 is a reliable upper tool designed for general and demanding sheet metal bending applications. With an 85° punch angle, R3 mm nose radius and 105 mm tool height, it provides a practical geometry for consistent and controlled press brake bending. With a maximum load of 1000 kN/m, No.11.231 is designed for high-load bending applications when the tooling capacity, material, V-die opening and press brake capacity are properly matched. The R3 mm punch radius provides a larger forming radius compared with smaller-radius standard punches, making it suitable for applications where a controlled inside bend radius is required. The punch is available in 42CrMo or C45, providing different material options according to application and tooling requirements. Its standardized Amada-system design makes it a practical solution for routine production, replacement tooling and general-purpose press brake operations.

Bendmax-System Amada 85° Standard Press Brake Punch/Top Tooling No.11.232 is a versatile upper tool designed for a wide range of press brake bending applications. Featuring an 85° punch angle, R0.8 mm nose radius and 135 mm tool height, it combines a compact working radius with a taller punch profile for flexible sheet metal forming. The 135 mm tool height provides a taller tooling configuration that can be useful for applications requiring additional tool height within the available press brake setup. The R0.8 mm punch radius offers a practical geometry for standard bending operations where a smaller working radius is required.