Used shears / guillotines cnc for sale 156

Shears / Guillotines CNC in the Metal - Presses/ Forging Category: A Comprehensive Guide for Professionals

At the heart of numerous manufacturing facilities and workshops lie powerful machines that have stood the test of time, consistently delivering impeccable performance. Among these essential workhorses, the CNC Shears and Guillotines hold a place of great significance, especially when we delve into the Metal - Presses/ Forging sector.

The Shears or Guillotines with Computer Numerical Control (CNC) are precision-engineered machinery used to cut large sheets, plates, or bars of metal. These sophisticated machines work with unmatched accuracy, ensuring every incision is made with the utmost precision, resulting in clean and consistent cuts. CNC control, as opposed to manual or semi-automatic control, allows for heightened precision and efficiency, granting the user a degree of flexibility and repeatability that's unparalleled.

When one considers entering the realm of used industrial machinery, certain qualms about trust, quality, and efficiency are bound to arise. This is where Exapro emerges as a beacon of reliability. 

With its longstanding reputation, Exapro has fostered trust among professionals globally. The marketplace is known to uphold stringent quality checks, ensuring every piece of machinery on sale meets industry standards. Exapro boasts a broad and diverse network of sellers and buyers. This vast network ensures that you find the machinery that fits your requirements or a buyer who truly understands the value of your machine.

In the bustling marketplace of used industrial machinery, understanding the value and cost associated with essential equipment is pivotal. Purchasing used machinery through Exapro offers a significant cost advantage without compromising on quality. On the flip side, for sellers, Exapro's reach ensures that you get a fair price for your machinery. For professionals considering the acquisition of CNC Shears or Guillotines, price stands as a central determinant. At Exapro, we've noticed a discernible range for these formidable machines, lying comfortably between €16,000 and €33,000.

The entire process, from browsing to the final purchase or sale, is streamlined and simplified. Exapro's intuitive interface and customer-centric approach ensure that users have a hassle-free experience. Exapro's team of experts is always at hand to assist with technical queries, logistical concerns, or any other challenges one might encounter during the transaction. 

If you're in the market for CNC Shears or Guillotines, or looking to part with one, Exapro stands as a trusted marketplace to meet your needs. By merging top-notch quality with unmatched efficiency and reliability, Exapro ensures that every professional, whether buying or selling, walks away with satisfaction and confidence in their transaction.

Main advantages of CNC shears and guillotines 

CNC (Computer Numerical Control) Shears and Guillotines are indispensable tools in the metalworking industry. Their application, driven by computer-controlled precision, offers a multitude of advantages over their manual or semi-automatic counterparts. Here are the main advantages of CNC Shears and Guillotines:

Precision and Accuracy: One of the primary benefits of CNC-driven machinery is the unmatched precision they offer. With computerised controls, the cutting process is accurate down to the smallest measurements, ensuring consistent, high-quality cuts every time.

Repeatability: Once a particular operation or design is programmed into the CNC machine, it can reproduce the same cut or operation multiple times with exact precision. This consistency is invaluable, especially for large-scale production runs.

Increased Efficiency: CNC machines can operate continuously, 24/7, only needing stops for maintenance or tool changes. This constant operation translates to increased production and efficiency.

Flexibility: With CNC controls, switching between different operations or designs is as simple as loading a different program. This means that manufacturers can quickly adapt to different job requirements without the need for extensive machine reconfigurations.

Safety: Given their automated nature, CNC machines reduce the need for direct human interaction during the cutting process. This not only reduces the potential for human error but also minimises the risk of workplace injuries.

Reduced Waste: The precision and repeatability of CNC Shears and Guillotines result in minimal material waste. Efficient use of raw materials is both cost-effective and environmentally friendly.

Savings on Labour: While the initial setup of CNC machines requires skilled technicians, once operational, the machines can run autonomously with minimal oversight. This can lead to savings on labour costs in the long run.

Integration with Modern Design Software: Many CNC Shears and Guillotines can be integrated with Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM) software. This seamless integration allows for smooth transition from design to production, enhancing workflow and efficiency.

High-quality Finish: With precise and consistent cuts, the finish quality of the product is often superior when using CNC machines compared to manual processes.

Future-proofing: The digital nature of CNC means these machines can be updated with new software or integrated with newer technologies as they emerge. This adaptability ensures that they remain relevant and efficient as industry standards evolve.

CNC Shears and Guillotines represent the pinnacle of modern metalworking machinery. The advantages they offer — from precision and efficiency to safety and adaptability — make them an invaluable asset for businesses looking to stay competitive and produce high-quality products.

Main machine parameters of CNC shears and guillotines 

When considering the purchase or evaluation of CNC Shears and Guillotines, it's essential to be acquainted with their main machine parameters. These parameters dictate the machine's capabilities, its suitability for specific tasks, and its overall performance in a metalworking environment. Here are the primary machine parameters for CNC Shears and Guillotines:

Cutting Length: This refers to the maximum length of material the machine can handle in one cut. It's a crucial parameter for businesses to determine if the machine fits their regular sheet or plate dimensions.

Cutting Thickness: This parameter denotes the maximum thickness of the metal sheet or plate that the machine can cut. It's determined by the machine's power, blade material, and design.

Shearing Angle: The angle at which the blade descends to cut the material can impact the quality of the cut, especially in thicker materials. A variable shearing angle can be beneficial for different materials and thicknesses.

Backgauge Range: The backgauge is a guiding device that positions the metal sheet for cutting. The range of the backgauge determines how far it can move, which in turn affects the length of cuts that can be made.

Strokes per Minute (SPM): This parameter indicates how many cuts or strokes the machine can make in a minute. Higher SPM means faster production rates.

Motor Power: The power of the motor, usually given in horsepower (HP) or kilowatts (kW), dictates the machine's overall strength and its ability to handle thicker materials.

CNC Controller Type: The type of CNC controller determines the machine's programming capabilities, its user interface, and the features it offers.

Number of Hold Downs: Hold downs keep the material in place during the cutting process. The number and quality of hold downs can impact the precision and quality of cuts.

Blade Material and Length: The type of material used for the blade, along with its length, can influence the machine's cutting capability, lifespan, and maintenance requirements.

Machine Weight and Dimensions: For logistical and installation purposes, knowing the machine's weight and its footprint is vital.

Safety Features: Parameters related to safety, such as light guards, finger protection devices, or emergency stop mechanisms, are crucial for operators' safety.

Connectivity and Integration: In today's digital age, the machine's ability to connect with other devices, network systems, or software platforms (like CAD/CAM systems) can be a defining parameter for some businesses.

When selecting a CNC Shear or Guillotine, potential buyers should consider these parameters in relation to their specific needs, ensuring that the machine aligns with their production requirements, material specifications, and desired output.

Area of Use

CNC Shears and Guillotines are versatile pieces of equipment that find application in a variety of industries due to their precision cutting capabilities. Here's a rundown of the primary areas of use for these machines:

Metal Fabrication Shops: These are the most common users of CNC Shears and Guillotines. Such shops handle a wide array of projects, from creating parts for other industries to bespoke metal products.

Automotive Industry: For manufacturing car parts and components. The precision and repeatability of CNC machines make them ideal for producing consistent parts in large volumes.

Aerospace & Defence: In these sectors, precision is paramount. CNC shears and guillotines are employed to cut metals that will be used in the production of aircraft, spacecraft, and defence equipment.

Shipbuilding: Large sheets of metal are required in the construction of ships. Guillotines with extended cutting lengths are often used in this industry.

Construction: In the building industry, these machines are used to prepare structural components, frames, and panels.

Electrical Industry: For the production of electrical enclosures, panels, and other components, CNC shears offer the precision and consistency required.

HVAC: The heating, ventilation, and air conditioning sector uses CNC shears and guillotines to produce ductwork and other related metal components.

Furniture Manufacturing: Especially in the case of metal furniture or components, precise cuts are vital to ensure the end product's quality and consistency.

Agricultural Machinery Production: Machines used in farming and agriculture often consist of numerous metal parts. The production of these parts can involve the use of CNC shears.

Renewable Energy: In sectors like solar or wind energy, where metal frames or components are required, CNC shears and guillotines find their application.

Signage and Advertising: Metal signs, billboards, or frames for advertising require precise cutting, and CNC machines are apt for this purpose.

Appliance Manufacturing: Household or industrial appliances often incorporate metal panels or components. CNC shears are used in the shaping and preparation of these parts.

Any industry or sector that requires the precise cutting of metal sheets or plates, whether for functional or aesthetic purposes, can benefit from the capabilities of CNC Shears and Guillotines. Their versatility and precision have made them indispensable in modern manufacturing and production environments.

Leading Manufacturers of CNC shears and guillotines 

CNC Shears and Guillotines are critical pieces of equipment in the metalworking industry, and several renowned manufacturers specialize in producing these machines. Here are some of the leading manufacturers in the field, which you may find on Exapro:

Amada: A Japanese-based company, Amada is a well-respected name in the world of metalworking machinery and has a range of CNC shears and guillotines known for their precision and durability.

Trumpf: Hailing from Germany, Trumpf is a leading name in the production of sheet metal working machines, including high-quality CNC shears.

Durma: Based in Turkey, Durma is one of the world's largest producers of metal fabrication machines, including CNC guillotines and shears.

Cincinnati: A US-based company, Cincinnati has a long-standing reputation in the machine tool industry, with their shears and guillotines being particularly praised for their efficiency.

Accurshear: Specializing in shearing technology, Accurshear offers a range of CNC shears known for their accuracy and robust build.

Baykal: Another prominent name from Turkey, Baykal manufactures a variety of metalworking machines, including CNC guillotines.

LVD Group: With its origins in Belgium, LVD Group has a wide array of sheet metal machines, including high-performance CNC shears.

Haco: Also based in Belgium, Haco has a rich history of producing versatile and durable CNC shearing machines.

Pacific Press Technologies: A prominent US manufacturer known for their range of metalworking machines, including high-quality CNC shears.

Piranha: Piranha offers a range of metalworking solutions, including robust and efficient CNC shears and guillotines.

Dener Makina: Based in Turkey, Dener Makina is known for its innovative metalworking machines, including CNC shears.

These are just a few of the many manufacturers in the industry. When considering a purchase, it's essential to evaluate based on specific needs, budget, and the kind of post-purchase support and service each manufacturer offers.