In the realm of industrial machinery, Kitmondo stands as a pivotal platform connecting buyers and sellers of used equipment, including a diverse range of press brakes. These essential tools are integral to the metalworking industry, offering precision bending solutions that cater to various sectors, from aerospace to automotive and beyond.

Kitmondo features a broad selection of press brakes tailored to meet diverse metal bending needs. The pricing on Kitmondo typically ranges from €10,000 to €28,000, reflecting considerations such as operational efficiency, brand reputation, technological advancements, and the condition of the equipment. This ensures that businesses of all sizes, from startups to established enterprises, can find press brakes that fit their specific budget and operational requirements.

Buyers browsing through Kitmondo's listings can evaluate press brakes based on critical parameters like tonnage, bending length, stroke length, and control type. These specifications provide crucial insights into the machine's capabilities, guiding potential buyers towards equipment that aligns precisely with their production needs. Kitmondo's detailed listings empower informed decision-making, facilitating transactions that result in equipment investments poised for long-term success.

Kitmondo collaborates with leading manufacturers renowned for their expertise in producing high-quality press brakes. Brands such as Amada, Trumpf, Bystronic, and Cincinnati are prominently featured, each recognized for delivering machines that offer exceptional precision, efficiency, and reliability. By partnering with these reputable manufacturers, Kitmondo ensures that every listed press brake meets stringent quality standards, providing buyers with confidence in their purchase.

Kitmondo serves as a facilitator for businesses looking to invest in industrial efficiency and productivity. By connecting buyers with top-tier used press brakes, Kitmondo enables businesses to enhance their manufacturing capabilities without compromising on quality. The platform's commitment to quality assurance and customer satisfaction underscores its role as a trusted marketplace where businesses can acquire reliable equipment that supports their operational growth and success.

Haco PPH 60 t x 2100 mm Press brake

Year:

Strength 60 T
Distance between uprights 1550 mm
Vertical stroke 100 mm
Folding length 2100 mm
Throat 220 mm
Working speed 6 mm/s

Sandworks CTO 250A/4000 Press brake

Year: 1987

Strength 250 T
Distance between uprights 3420 mm
Working speed 65 mm/s
Folding length 4000 mm
Vertical stroke 250 mm
Motor power 15 kW

Loire Safe PH90/30 Press brake

Year: 2002

Strength 90 T
Distance between uprights 2600 mm
Working speed 8 mm/s
Folding length 3050 mm
Throat 300 mm
Axis number 1

Baykal APH 3106x120 Press brake

Year: 1998

Strength 120 T
Motor power 11 kW
Folding length 3100 mm

Beyeler RT 80x2050 Press brake

Year: 1991

Strength 80 T
Distance between uprights 1050 mm
Vertical stroke 380 mm
Folding length 2000 mm
Throat 250 mm
Motor power 11.5 kW

Haco PPH Press brake

Year:

Strength 160 T
Distance between uprights 3600 mm
Vertical stroke 120 mm
Folding length 4100 mm
Throat 250 mm
Working speed 7 mm/s

Lindeman 1000t Press brake

Year:

Strength 1000 T
Distance between uprights 1680 mm
Working speed 1 mm/s
Folding length 3300 mm
Throat 800 mm

Amada PRESS 15 Press brake

Year:

Strength 15 T
Motor power 15 kW
Folding length 0 mm

Haco 140 ton Press brake

Year:

Strength 140 T
Distance between uprights 2550 mm
Working speed 10 mm/s
Folding length 3100 mm
Vertical stroke 180 mm
Motor power 11.18568 kW

Jelšingrad 6000 mm x 300 t Press brake

Year: 1980

Strength 300 T
Folding length 6000 mm

Krrass 2500/100T Estun 300 Press brake Low working hours

Year: 2023

Strength 100 T
Motor power 7.5 kW
Folding length 2500 mm

Espe LODD 315 Press brake

Year: 1996

Strength 315 T
Folding length 4000 mm

Espe CTO 80/2500 Press brake

Year: 1991

Strength 80 T
Motor power 10 kW
Folding length 2500 mm

LVD PP 100/30 Press brake

Year: 1972

Strength 100 T
Folding length 3000 mm

Mebusa PH 90/30 Press brake

Year: 1989

Strength 90 T
Folding length 3000 mm

Mebusa 90/30 Press brake

Year: 1982

Strength 90 T
Folding length 3000 mm

LODD 200 Press brake

Year: 1982

Strength 200 T
Motor power 22 kW
Folding length 4000 mm

Promecam RG203 Press brake

Year:

Strength 200 T
Distance between uprights 5613.4 mm
Vertical stroke 152.4 mm
Folding length 3000 mm
Throat 406.4 mm
Motor power 15 kW

Promecam RG206 Press brake

Year:

Strength 200 T
Distance between uprights 5500 mm
Vertical stroke 152.4 mm
Folding length 6000 mm
Throat 406.4 mm
Motor power 15 kW

JORDI PH6100 - 180 Press brake

Year: 2003

Strength 180 T
Motor power 11.5 kW
Folding length 6000 mm


Press Brakes in the World of Industrial Machinery: A close Look

In the expansive world of industrial machinery, the press brake stands out as an indispensable tool. For metalwork professionals, a press brake is more than just a machine; it's an essential instrument that combines precision and efficiency to create intricate metal components and products.

So, what exactly is a press brake? Essentially, it’s a machine pressing tool designed for bending sheet and plate materials, typically sheet metal. The process involves clamping the workpiece between a matching punch and die to form predetermined bends. Its ability to shape metals with exceptional accuracy makes it invaluable across various industries, including automotive and aerospace.

Modern press brakes have seen significant advancements. Equipped with computer controls, they ensure unparalleled precision, making them critical for projects where exactness is essential. Whether forming intricate aircraft components or crafting vehicle chassis, the role of a press brake in metalworking is unmistakable.

Navigating the marketplace for used industrial machinery can be overwhelming. Concerns about purchasing a machine that underperforms or not getting a fair price can discourage many buyers. Kitmondo addresses these issues, offering a platform that connects buyers and sellers for a smooth, reliable exchange.

At Kitmondo, every machine is thoroughly catalogued, ensuring potential buyers have a clear understanding of the machinery's capabilities and condition. It's more than just facilitating transactions; it’s about building a community of informed professionals making confident decisions.

Choosing to invest through Kitmondo means investing in peace of mind. The assurance of transparent transactions, access to a global network of sellers, and quality-assessed machines creates a marketplace that truly values professional needs.

Navigating the €10,000 to €28,000 price range for press brakes on Kitmondo allows buyers to find machines that match their budget and operational requirements. It's about discerning the long-term value of the machine, not just selecting the cheapest option.

Whether you're an industry veteran expanding your machinery collection or a newcomer making your first purchase, a press brake can transform your operations. And with Kitmondo, you're not just buying machinery; you're joining a global community of professionals who prioritize quality, transparency, and innovation.

Main Advantages of Press Brakes

Press brakes, essential in metalworking, offer numerous advantages tailored to various fabrication needs. Understanding these benefits helps businesses make informed machinery investments:

  • Precision and Accuracy: Modern press brakes, especially CNC (Computer Numerical Control) models, produce parts with high precision, consistently bending metal to required angles and dimensions, ensuring uniformity in mass production.

  • Versatility: Capable of handling various metal types and thicknesses, from stainless steel to aluminum sheets, press brakes can be equipped with diverse dies and tools to achieve different bending profiles, making them adaptable to various jobs.

  • Efficiency: Automation, particularly in CNC press brakes, reduces manual interventions, speeding up production and handling large orders with ease.

  • Cost-Efficiency: Despite the initial investment, press brakes have low operational costs. Their ability to produce high-quality bends in one stroke reduces waste and optimizes raw material use, saving money over time.

  • Safety: Modern press brakes feature advanced safety mechanisms like light curtains, safety guards, and back-gauges, protecting operators during operation.

  • Reduced Labor Dependency: Automation and programmable systems minimize manual adjustments, reducing human error and requiring fewer personnel for complex bends.

  • Consistency: Automated press brakes ensure consistent results, crucial for industries where uniformity affects product functionality.

  • Compact Design: Many press brakes have a compact footprint, optimizing workshop space and allowing for multiple machines in larger productions.

  • Longevity and Durability: Built to handle rigorous tasks, press brakes are robust and long-lasting with regular maintenance, making them a worthwhile investment.

  • Easy Integration: Modern press brakes can integrate with other systems or machinery in production lines, ensuring a seamless operational flow.

These advantages make press brakes an excellent blend of precision, efficiency, and versatility, enhancing production capabilities and quality across industries.

Main Machine Parameters of Press Brakes

Understanding the key parameters of press brakes helps determine their capabilities and suitability for specific tasks:

  • Tonnage: Indicates the maximum force the press brake can exert, determining the thickness and type of metal that can be bent.

  • Bending Length: The maximum length of the metal sheet the machine can handle, defining the size of the workpiece.

  • Distance Between Housings: The space between the side frames, measuring the maximum width of metal that can be manipulated.

  • Stroke Length: The vertical travel distance of the ram, with longer strokes accommodating thicker materials or specific dies.

  • Throat Depth: The distance from the center of the ram to the back of the machine, allowing deeper parts or larger boxes to be bent.

  • Open Height: The distance between the ram and the bed when fully retracted, indicating the maximum tool height accommodated.

  • Backgauge Range: The positioning device's range, affecting the depth of the bend.

  • Number of Axes: Modern CNC press brakes can have multiple axes for specific movements or adjustments, indicating automation and precision levels.

  • Speed: Includes approach speed, bending speed, and return speed, detailing the machine's operational pace.

  • Control Type: Ranges from manual or basic electronic controls in older models to CNC or PC-based systems in newer models for higher precision and programmability.

  • Safety Features: Inbuilt safety mechanisms like light curtains, laser guards, or pressure-sensitive mats are crucial in prioritizing operator safety.

Aligning these parameters with project requirements ensures the machine’s capabilities meet the desired quality and consistency of the end product.

Areas of Use

Press brakes are versatile machines used in various industries for metal bending:

  • Aerospace: Used for bending aircraft skins, frames, and other structures requiring precision.

  • Automotive: Essential for shaping and bending car, truck, and other vehicle components, including chassis and body parts.

  • Construction: Fabricates structural steel components, metal frames, HVAC ductwork, roofing, and architectural elements.

  • Shipbuilding: Forms hull components, interior structures, and other metal elements needing precise bends.

  • Railroad: Bends large metal sheets and components for train carriages and infrastructure.

  • Electronic Enclosures: Shapes metal casings, frames, and chassis for various electronic devices.

  • Furniture Manufacturing: Forms components for metal-based furniture like chairs, tables, and cabinets.

  • Agricultural Machinery: Bends and shapes parts for tractors, harvesters, and other machinery.

  • Energy Sector: Forms components for solar installations, wind turbines, and conventional energy setups.

  • Defense: Shapes metal parts for armored vehicles, military equipment, and other defense hardware.

  • Appliance Manufacturing: Produces metal parts, panels, and frames for household appliances like ovens and refrigerators.

  • Signage and Advertising: Fabricates large metal signboards, frames, and advertising structures.

In addition to these sectors, custom metal fabrication workshops and production facilities globally utilize press brakes for diverse, project-specific applications, underscoring their versatility and precision.

Manufacturers of Press Brakes

Press brakes are produced by leading industrial companies known for innovation, durability, and precision:

  • Amada: A major Japanese player in the fabrication industry, producing sophisticated CNC models.

  • Trumpf: A key German provider of manufacturing technology, known for precision and reliability.

  • Bystronic: A Swiss company specializing in advanced laser cutting systems and press brakes.

  • Cincinnati: An American brand offering durable and reliable machinery, including press brakes.

  • Accurpress: A prominent North American brand producing hydraulic press brakes and shears.

  • LVD: A Belgian group specializing in sheet metalworking machinery, including comprehensive press brake ranges.

  • Bendmak: A Turkish manufacturer offering tailored metalworking machines, including press brakes.

  • Durma: A major Turkish company producing widely-used press brakes globally.

  • Salvagnini: An Italian firm designing flexible systems and machines for sheet metal processing.

  • Haco: A Belgian company producing various metalworking machinery, including CNC and conventional press brakes.

  • Dener Makina: A Turkish manufacturer known for high-quality press brakes and other metalworking machines.

Choosing the right manufacturer depends on specific requirements like budget, machine capacity, precision needs, and preferred technology.