Hydraulic guillotines, a mainstay in metal fabrication, are precision-engineered machines adept at cutting metals with unparalleled accuracy. They owe their efficacy to the hydraulic mechanism, which not only guarantees precise cuts but also offers energy efficiency and durability. These machines can handle a gamut of metal types and thicknesses, making them indispensable for industries ranging from automotive to aerospace and construction to advertising.

Exapro, a leading marketplace for used industrial machinery, offers a curated selection of hydraulic guillotines. With price points ranging between €12,000 and €25,000, businesses can choose based on their budget and operational needs. Each machine listed comes with detailed descriptions, ensuring that buyers make informed decisions. Whether it's a machine capable of handling thin metal sheets or one designed for thicker plates, Exapro's listings cater to diverse industrial requirements.

Notably, the brands featured on Exapro are among the global leaders in machine manufacturing, such as Amada, Bystronic, and Accurl. This guarantees quality and performance, assuring businesses that they're making a sound investment.

Exapro is not just a platform but a gateway to efficiency, growth, and unmatched production quality through its array of hydraulic guillotines.

LVD MVS 06/62 hydraulic shear Low working hours

Year: 2020

Cutting length 6200 mm
Max cutting angle 2.5 °
Back gauge type Electric Backgauge
Max. thickness 6 mm
Min cutting angle 0.5 °
Backgauge adjustment 1000 mm

HACO TS 3012 hydraulic shear

Year: 1994

Cutting length 3049 mm
Max cutting angle 3 °
Back gauge type
Max. thickness 12 mm
Min cutting angle 5 °
Backgauge adjustment 1000 mm

AYSANMAK ARGM 3100 x 4 hydraulic shear

Year: 2011

Cutting length 3050 mm
Max. thickness 4 mm

HACO HS 3010 hydraulic shear

Year: 1983

Cutting length 3000 mm
Max cutting angle 3 °
Back gauge type Manual Backgauge
Max. thickness 10 mm
Min cutting angle 1 °
Backgauge adjustment 750 mm

HACO ATS - 3100X12 hydraulic shear Hot deal

Year: 1991

Cutting length 3000 mm
Max cutting angle 3 °
Backgauge adjustment 1000 mm
Max. thickness 12 mm
Min cutting angle 0.5 °

AMADA GS 1230 hydraulic shear

Year: 1999

Cutting length 3050 mm
Max cutting angle 230 °
Back gauge type CNC Backgauge
Max. thickness 12 mm
Min cutting angle 120 °
Backgauge adjustment 1000 mm

Jelšingrad MVCS 3100/13 hydraulic shear

Year: 1986

Cutting length 3100 mm
Max. thickness 13 mm

LVD MVC hydraulic shear

Year:

Cutting length 3100 mm
Max cutting angle 3 °
Back gauge type Electric Backgauge
Max. thickness 20 mm
Min cutting angle 0.5 °
Backgauge adjustment 1000 mm

LVD IST-E 4100 x 6 mm Press brake cnc/nc

Year:

Cutting length 4100 mm
Max cutting angle 2 °
Back gauge type Motorised Backgauge
Max. thickness 6 mm
Min cutting angle 0.5 °
Backgauge adjustment 1000 mm

Baykal HNC 8116 hydraulic shear Hot deal Low working hours

Year: 2014

Cutting length 8060 mm
Back gauge type CNC Backgauge
Max. thickness 16 mm

JEAN PERROT CSE 3006 hydraulic shear

Year: 1990

Cutting length 3000 mm
Back gauge type CNC Backgauge
Max. thickness 6 mm
Sheet support Yes

Safan VS 16-310 hydraulic shear

Year:

Cutting length 3100 mm
Max cutting angle 3 °
Back gauge type CNC Backgauge
Max. thickness 16 mm
Min cutting angle 0.5 °
Backgauge adjustment 1200 mm

Atlantic 3012 hydraulic shear

Year: 1990

Cutting length 3000 mm
Max. thickness 12 mm

METALPRES NHM 3006 hydraulic shear

Year: 2000

Cutting length 3000 mm
Max. thickness 5 mm

AMADA GPN 630 hydraulic shear

Year:

Cutting length 3100 mm
Max cutting angle 6 °
Back gauge type CNC Backgauge
Max. thickness 6 mm
Min cutting angle 0.4 °
Backgauge adjustment 1050 mm

ERMAKSAN GMR 2100 X 3 mechanical shear

Year: 2006

Cutting length 2100 mm
Max. thickness 3 mm

Haco TS 3100 x 10 mm hydraulic shear

Year:

Cutting length 3100 mm
Max cutting angle 3 °
Max. thickness 10 mm
Min cutting angle 0.5 °

Safan VS 255-10 hydraulic shear

Year:

Cutting length 2550 mm
Max cutting angle 2 °
Back gauge type Electric Backgauge
Max. thickness 10 mm
Min cutting angle 0.5 °
Backgauge adjustment 1050 mm

KRRASS Guillotine Shears 3.2 m x 8 mm

Year:

Cutting length 3200 mm
Back gauge type Motorised Backgauge
Sheet support No
Max. thickness 8 mm
Backgauge adjustment 80 mm

Haco HSLX3013 hydraulic shear

Year: 2001

Cutting length 3100 mm
Back gauge type Electric Backgauge
Max. thickness 13 mm
Backgauge adjustment 850 mm


Hydraulic guillotines on Exapro

In the dynamic world of industrial machinery, the specifics often make all the difference. For professionals diving into the Metal - Presses/ Forging category, understanding the nuances of each machine type can spell the difference between optimal production and mediocre performance. A standout in this segment is the Shears - Hydraulic Guillotines.

A hydraulic guillotine, sometimes simply referred to as a metal shear, is an indispensable tool for sheet metal fabrication. The equipment is designed to cut large sheets of metal with precision and speed. Employing hydraulic force, the guillotine drives a sharp, straight blade down onto the metal, ensuring a clean, straight cut. Their robustness and accuracy make them a favoured choice for numerous industrial applications.

Choosing Exapro to buy or sell your hydraulic guillotines is akin to choosing expertise and assurance. With a clientele that spans the globe, buying from Exapro means gaining access to international standards of quality and machinery. Selling through the platform provides exposure to a worldwide audience, increasing the potential for a quicker sale at a competitive price. Exapro has earned its reputation through a consistent commitment to transparency. Every machine's details are meticulously listed, ensuring potential buyers have all the information they need. Sellers can be confident that their machinery is presented in the best possible light, with accurate and detailed listings. From queries about machinery specifications to facilitating the transaction process, Exapro's team is there every step of the way, ensuring a smooth experience for both buyers and sellers.

One of the most compelling reasons to trade with Exapro is the value proposition. Buying used machinery, such as the hydraulic guillotines, is not only cost-effective but also sustainable. In the current market, used hydraulic guillotines are available within a price range of €12,000 to €25,000 on Exapro. The diversity in price points offers potential buyers the flexibility to choose a machine that aligns with both their operational needs and budget constraints. However, it's essential to remember that the price is just one facet of the overall value. Factors such as the machine's age, maintenance history, brand reputation, and additional features play a pivotal role in determining its true worth.

Whether you're in the market to expand your production capabilities with a hydraulic guillotine or looking to sell one, Exapro's platform stands as a beacon of professionalism, value, and assurance. Dive into the world of Metal machinery with Exapro and experience a seamless fusion of quality, value, and service.

 

Main advantages of Hydraulic guillotines

These machines offer a plethora of advantages that make them an ideal choice for a wide range of cutting tasks. Here are the main advantages of hydraulic guillotines:

Precision Cutting: One of the standout features of hydraulic guillotines is their ability to deliver accurate and straight cuts consistently. This ensures high-quality finished products and reduced wastage of material.

Speed: The hydraulic mechanism in these guillotines facilitates rapid cutting operations. This speed can significantly enhance production rates, making it beneficial for industries with high-volume requirements.

Energy Efficient: By employing hydraulic force for the cutting operation, these machines can deliver high power without consuming excessive energy. This not only reduces operational costs but is also more environmentally friendly.

Versatility: Hydraulic guillotines are designed to handle various metal thicknesses and types. With adjustable settings, they can cut everything from thin sheets to thicker metal plates, making them versatile tools for different applications.

Safety: Modern hydraulic guillotines come with numerous safety features. The hydraulic operation ensures that the movement is controlled and predictable, reducing the risk of accidents. Moreover, many machines have safety guards, light curtains, or laser guides to ensure operator safety.

Durability and Longevity: Built to handle tough industrial tasks, hydraulic guillotines are robust and durable. The hydraulic components tend to wear out slower than mechanical counterparts, ensuring a longer operational life for the machine.

Low Maintenance: The hydraulic system, being less prone to wear and tear, requires less frequent maintenance compared to mechanical systems. This leads to reduced downtime and lower maintenance costs.

Ease of Operation: Many modern hydraulic guillotines come equipped with user-friendly control panels and digital interfaces. This makes the operation more straightforward, even for complex cutting tasks.

Consistent Force Application: The hydraulic system ensures a consistent application of force throughout the cutting process. This uniformity results in cleaner cuts and fewer deformations of the material, especially when handling softer metals.

Compact Design: Despite their power and capability, hydraulic guillotines are often compactly designed. This allows industries with space constraints to accommodate them without much hassle.

In essence, hydraulic guillotines offer a blend of efficiency, precision, and reliability, making them invaluable assets in metal fabrication workshops and industries.

 

Main machine parameters of Hydraulic guillotines

When considering the purchase of hydraulic guillotines, understanding their main machine parameters is crucial. These parameters determine the machine's capabilities, suitability for specific tasks, and overall performance. Here are the primary machine parameters for hydraulic guillotines:

Cutting Length: This parameter specifies the maximum length of metal sheet the machine can cut in a single pass. It's vital to ensure that the machine meets the requirements of specific tasks.

Cutting Capacity (or Thickness): This refers to the maximum thickness of the metal sheet that the guillotine can cut. Different machines are designed to handle various thicknesses, from thin sheets to much thicker plates.

Shearing Angle: The angle at which the blade descends to cut the metal. A changeable shearing angle can be useful when dealing with different materials and thicknesses to reduce deformation.

Strokes per Minute: This parameter indicates the machine's speed by specifying how many cutting strokes it can perform in a minute.

Blade Material & Length: The type of material used for the blade and its length are crucial for determining the quality of the cut and the blade's lifespan.

Backgauge Range: The backgauge is a vital component that helps position the metal sheet accurately. The backgauge range indicates how far it can move, which in turn determines the length of the metal that can be processed.

Hydraulic Pressure: This parameter specifies the amount of hydraulic force or pressure the machine can exert. A higher hydraulic pressure generally means the machine can handle thicker materials.

Motor Power: The power of the motor, usually measured in kilowatts (kW) or horsepower (HP), determines the machine's overall cutting power and efficiency.

Gap Between Blades: This specifies the distance between the upper and lower blades, which can impact the quality of the cut, especially for thicker materials.

Number of Hold-downs: Hydraulic guillotines use hold-downs to secure the material in place during the cutting process. The number of hold-downs and their pressure can impact the material's stability during shearing.

Control System: Modern guillotines may come equipped with CNC (Computer Numerical Control) or PLC (Programmable Logic Controller) systems, which allow for precise, automated operations and settings adjustments.

Machine Weight & Dimensions: The overall size and weight of the machine can be essential for logistical considerations, especially for installation, space requirements, and transportation.

Safety Features: Parameters like light guards, safety curtains, and emergency stop functions are vital to ensure operator safety.

When considering a hydraulic guillotine for purchase or evaluating its performance, keeping these parameters in mind will provide a comprehensive understanding of the machine's capabilities and suitability for specific tasks.

 

Area of Use

Hydraulic guillotines are versatile machines primarily designed for cutting sheet metals. However, their precision and efficiency have expanded their area of use across various industries and applications. Here are the main areas where these machines are typically employed:

Metal Fabrication Workshops: Hydraulic guillotines are fundamental in workshops that deal with metal fabrication. They are used for precise cutting of metals before they undergo other processes like bending, welding, or assembling.

Automotive Industry: For manufacturing car parts and components, especially body panels, frames, and other structural parts, hydraulic guillotines play a crucial role in ensuring precise cuts and efficient production.

Aerospace and Aviation: Producing parts for aircraft requires precision and consistency. Hydraulic guillotines are employed to shear metal components that eventually make up various parts of airplanes and spacecraft.

Shipbuilding: Large-scale metal shearing is required in the shipbuilding industry, especially for hull components and other structural parts of ships and marine vessels.

Electrical Industry: The manufacturing of electrical enclosures, panels, and other components often necessitates precise metal cutting, which is efficiently achieved with hydraulic guillotines.

Construction and Infrastructure: Components like beams, girders, and other structural elements for buildings and infrastructure projects are often sheared to size using these machines.

Manufacture of Heavy Machinery and Equipment: Machines, earthmovers, and industrial equipment have numerous metal parts that need precise cutting. Hydraulic guillotines are used in the early stages of their manufacturing process.

Railway: Components for trains, tracks, and railway infrastructure are often made using metals that need shearing, making hydraulic guillotines valuable in this sector.

Agricultural Equipment Manufacturing: For producing farming implements and machinery, hydraulic guillotines help in shearing metal parts to the required specifications.

Signage and Advertising Industry: For creating metal signs, billboards, and related advertising materials, precise and clean cuts are essential, achieved efficiently using hydraulic guillotines.

Metal Art and Sculpture: Artists working with metal often require precision cuts, especially for large installations or sculptures. Hydraulic guillotines can be instrumental in this creative process.

Furniture Manufacturing: Metal furniture or furniture components, especially those made of sheet metals like steel or aluminum, are often shaped and sized using hydraulic guillotines.

These are just some of the primary areas of use for hydraulic guillotines. The machine's versatility, precision, and efficiency make it an indispensable tool in any setting where metal needs to be cut with accuracy and consistency.

 

Manufacturers of Hydraulic guillotines

Several manufacturers are renowned globally for producing high-quality Shears - hydraulic guillotines. Here are some of the leading names in the industry you may find on Exapro:

Amada: A Japanese multinational, Amada is one of the world leaders in the production of metal processing equipment, including hydraulic guillotines.

Bystronic: This Swiss company specializes in sheet metal processing equipment and has a range of hydraulic guillotines in its product lineup.

Accurl: Known for their advanced machine designs and technologies, Accurl offers a wide range of hydraulic guillotines tailored for various industrial applications.

LVD Group: With a global presence, LVD Group is a leading name in sheet metal machinery, producing high-precision hydraulic guillotines among other equipment.

Haco: Haco, based in Belgium, produces a broad range of machinery for the metalworking industry, including hydraulic guillotines.

Durma: This Turkish company is known for its robust and efficient metalworking machines, and their hydraulic guillotines are highly regarded in the industry.

Cincinnati Incorporated: Based in the USA, this manufacturer has a long history in the metalworking industry and offers a line of hydraulic guillotines known for their durability and precision.

Baykal: Another prominent Turkish manufacturer, Baykal, is known for its advanced machinery for the metalworking sector, including high-quality hydraulic guillotines.

Dener Makina: Also from Turkey, Dener Makina specializes in producing sheet metal processing machines, with hydraulic guillotines being one of their flagship products.

Adira: Based in Portugal, Adira has a global presence and is known for its range of metalworking machines, including hydraulic guillotines.

Guifil: A manufacturer from Portugal, Guifil has made a name in the industry for its reliable and efficient hydraulic guillotines among other sheet metal machinery.

It's essential to note that the best manufacturer for a particular need might depend on your specific requirements like machine size, capacity, features, and budget. It's always a good idea to consult directly with manufacturers or our support team in order to provide further details or references to ensure a good fit for specific operational needs.