Exapro, a leading marketplace for used industrial machinery, offers an extensive range of laser cutting machines that bring precision and efficiency to the metal fabrication sector. These machines, with prices ranging from €35,000 to €138,000, cater to various industry needs and budget constraints. Whether you're an established manufacturer or a business just entering the metalworking realm, Exapro's offerings balance affordability with top-tier performance.

The laser cutting machines on Exapro excel in numerous industries, from automotive and aerospace to arts and crafts. They're known for their precision, speed, flexibility, and ability to produce clean cuts with reduced material waste. With a diverse spectrum of machines, including offerings from global leaders like TRUMPF, Amada, and Bystronic, Exapro ensures quality and reliability in every purchase.

When choosing a laser cutter on Exapro, consider crucial machine parameters such as laser power, bed size, beam quality, and software compatibility. With its comprehensive range and stringent vetting process, Exapro stands as the go-to platform for professionals seeking efficient, cost-effective, and high-quality laser cutting solutions.

Fiber Laser cutting machine DOMINANT CNC ADLT1530

Year: 2024

Metal length 3000 mm
Metal width 1500 mm
Option to cut tubes yes
Power 1500 W
Type Fiber
Max thickness 13 mm

YAWEI YAWEI HLF-1530 FIBER LASER laser cutting machine

Year: 2017

Metal length 3000 mm
Metal width 1500 mm
Option to cut tubes no
Power 4000 W
Type Fiber
Max thickness 25 mm

Fiber Laser combined cutting machine DOMINANT CNC ADLT1530 with pipe/tube cutter

Year: 2024

Metal length 3000 mm
Metal width 1500 mm
Option to cut tubes yes
Power 1500 W
Type Fiber
Max thickness 13 mm

Fiber Laser tube cutter DOMINANT CNC ADTR0262 pipe cutter

Year: 2024

Metal length 6200 mm
Metal width 220 mm
Option to cut tubes yes
Power 1500 W
Type Fiber
Max thickness 13 mm

Laser cutting machine Mitsubishi ML3015EX 45CF-R

Year: 2015

Metal length 3000 mm
Metal width 1500 mm
Option to cut tubes no
Power 4500 W
Type CO₂
Max thickness 25 mm

LVD Orion 3015 Plus laser cutting machine

Year: 2018

Metal length 3000 mm
Metal width 1500 mm
Option to cut tubes no
Power 2500 W
Type CO₂
CNC no

TRUMPF Trumatic L6050 laser cutting machine

Year: 2006

Metal length 6000 mm
Metal width 2000 mm
Option to cut tubes no
Power 5000 W
Type CO₂
Max thickness 20 mm

TRUMPF Trulaser 3030 laser cutting machine

Year: 2008

Metal length 3000 mm
Metal width 1500 mm
Option to cut tubes no
Power 3200 W
Type CO₂
Max thickness 15 mm

TRUMPF TRUMATIC L2530 laser cutting machine Hot deal

Year: 2001

Metal length 2500 mm
Metal width 1250 mm
Option to cut tubes no
Power 3000 W
Type CO₂
Max thickness 20 mm

Bodor C3T 3kW laser cutting machine Hot deal Low working hours

Year: 2023

Metal length 3050 mm
Metal width 1525 mm
Max thickness 20 mm
Power 3 W
Option to cut tubes yes
CNC no

Trotec Speedy 360 flexx laser cutting machine

Year: 2017

Metal length 813 mm
Metal width 508 mm
Option to cut tubes no
Power 120 W
Type CO₂
CNC no

Finn-Power L6 laser cutting machine

Year: 2009

Metal length 1500 mm
Metal width 3000 mm
Option to cut tubes no
Power 4000 W
Type CO₂
CNC no

TRUMPF TruLaser 3530 laser cutting machine

Year: 2008

Metal length 3000 mm
Metal width 1500 mm
Option to cut tubes no
Power 4000 W
Type CO₂
Max thickness 20 mm

TRUMPF Trulaser 1040 Fiber laser cutting machine

Year: 2021

Metal length 4000 mm
Metal width 2000 mm
Option to cut tubes no
Power 3000 W
Type Fiber
Max thickness 20 mm

Prima Power Platino 1530HS laser cutting machine Good value

Year: 2006

Metal length 3050 mm
Metal width 1525 mm
Max thickness 20 mm
Power 4000 W
Option to cut tubes no
CNC yes

SEI SPA X-Type 1610 laser cutting machine

Year: 2016

Metal length 1600 mm
Type Fiber
CNC no
Metal width 1000 mm
Option to cut tubes no
CNC type

TCI CUTTING Smartline 4020 Fiber laser cutting machine

Year: 2022

Metal length 4000 mm
Metal width 2000 mm
Option to cut tubes no
Power 3000 W
Type Fiber
Max thickness 20 mm

Prima Industrie Platino 1530 3kW laser cutting machine

Year: 2007

Metal length 3000 mm
Metal width 1500 mm
Option to cut tubes no
Power 3000 W
Type CO₂
Max thickness 20 mm

TRUMPF LoadMaster Universal loading unit

Year: 2015

Option to cut tubes no
CNC no
Max weight of the workpiece 900 kg
Max thickness 25 mm
CNC type

Prima Industrie PLATINO CP 4000W laser cutting machine Low working hours

Year: 2009

Metal length 3000 mm
Metal width 1500 mm
Option to cut tubes no
Power 4000 W
Type CO₂
Max thickness 20 mm


Laser Cutting Machines: A Closer Look for the Metal - Presses/ Forging Sector

Navigating the industrial marketplace, especially when sourcing machinery, can often be a daunting task. Among the myriad of choices, laser cutting machines have emerged as a cutting-edge solution for professionals in the Metal - Presses/ Forging sector. Let's delve deeper into what these machines bring to the table and how they're revolutionising the industry.

Laser cutting technology has evolved leaps and bounds over the past few decades. From its humble beginnings, it has now become a staple in the metal fabrication industry. The precision, efficiency, and unmatched speed offered by these machines are the prime reasons behind their widespread popularity.

Laser cutting machines, by virtue of their precision and efficacy, are paramount in the metal industry. These ingenious pieces of equipment employ concentrated beams of high-powered light to cut through metal sheets and other materials. This method provides unparalleled precision, enabling intricate designs and patterns to be realised with minimal wastage. Furthermore, since there's minimal contact between the machine and the metal, wear and tear on the equipment is significantly reduced, resulting in lower maintenance costs and prolonged lifespan. The resultant edges from laser cutting are smooth and burr-free, which often obviates the need for further finishing processes.

At Exapro, our commitment is rooted in facilitating seamless transactions and fostering lasting relations between buyers and sellers of used industrial machinery. Amongst the myriad of equipment options available, laser cutting machines under the Metal - Presses/ Forging category hold a prominent position, serving as the bedrock for many industrial applications.

Choosing to invest in used machinery from Exapro brings a plethora of benefits. Our marketplace is expansive, offering professionals a diverse range of machinery from trusted sellers globally. This ensures that whether you're looking for a specific brand, model, or unique specification, there's a high likelihood of finding a machine that fits your requirements.

Exapro presents an unmatched platform to reach a global audience of professionals. Our robust digital infrastructure and dedicated customer support mean that you can list, present, and negotiate the sale of your equipment with utmost ease and confidence.

Both buyers and sellers benefit from Exapro's streamlined processes. Our platform is designed with user experience at its core, making the act of buying or selling machinery not just a transaction, but an experience that is smooth, efficient, and beneficial for both parties involved. We understand the significance of machinery investments, and hence strive to make the buying process as transparent and simple as possible.

While the initial investment for a laser cutting machine might seem steep, their durability, reduced waste, and increased speed make them a cost-effective choice in the long run. Moreover, opting for used machinery from a reputable marketplace like Exapro can significantly reduce the initial investment, making it a more accessible option for many businesses. The price range for used laser cutting machines in the Metal - Presses/ Forging sector on Exapro varies between €35,000 and €138,000. This range might seem broad, but it offers a diverse spectrum of machines catering to varying needs and budget constraints.

Whether you're in the market to purchase a laser cutting machine or looking to list one for sale, Exapro remains the ideal marketplace. Our dedication to bridging the gap between buyers and sellers, combined with the evident advantages of laser cutting technology in the Metal - Presses/ Forging industry, ensures that your industrial endeavours are always ahead of the curve. Dive into the future of metalworking with Exapro today!

 

Main Advantages of Laser Cutting machines 

Laser cutting machines have revolutionized the manufacturing industry due to their precision, efficiency, and versatility. Here are the main advantages of laser cutting machines:

High Precision: Laser cutting machines provide an unparalleled level of precision, enabling intricate designs and patterns to be realised with incredible accuracy.

Speed: These machines operate at high speeds, allowing for faster production and reduced lead times.

Consistency: Once programmed, laser cutting machines can produce consistent and identical parts or designs, ensuring uniformity in large batches.

Flexibility: Unlike other cutting methods that require bespoke tools or moulds for each job, a laser cutter can easily switch between jobs with just a change in settings.

Clean Cuts and Sealed Edges: The cutting process produces clean, burr-free edges. For materials like fabric or plastics, the laser also seals the edges, preventing fraying.

Minimal Waste: Due to their high precision, laser cutters produce fewer waste materials. This not only saves on raw material costs but also benefits the environment.

Low Maintenance: Laser cutting machines, especially when compared to traditional mechanical cutters, have fewer moving parts and thus require less maintenance.

Safe Operation: Operating within enclosed systems, laser cutters present minimal risk to operators, as long as standard safety procedures are followed.

No Contact: Since laser cutting is a non-contact method, there's no wear and tear on tools, leading to longer machine lifespans and reduced need for tool replacements.

Versatility: These machines can cut a wide range of materials, from metals and plastics to fabrics, wood, and even ceramics.

Reduced Thermal Distortion: As laser cutting is a highly localised process, the surrounding material remains unaffected by heat, resulting in less thermal distortion compared to traditional methods.

Complex Designs: Laser cutting machines are adept at handling complex geometric designs, including intricate curves and sharp corners, which might be challenging for traditional cutting methods.

Digital Integration: Laser cutting machines can be integrated with digital designs from software like CAD or Illustrator, making it easy to transition from design to production.

Low Operational Costs: Though the initial investment can be high, laser cutters often result in reduced operational and maintenance costs over the long term.

The numerous advantages of laser cutting machines underscore their popularity and widespread adoption in various industries, from manufacturing and construction to fashion and design.

 

Main Machine parameters of Laser Cutting machines 

Laser cutting machines are intricate pieces of equipment with several parameters that influence their operation and the outcome of the cutting process. Here are the main machine parameters of laser cutting machines:

Laser Power: Measured in watts or kilowatts, this parameter represents the energy output of the laser source. Higher power lasers can cut thicker materials and often at faster speeds.

Cutting Speed: This indicates how fast the laser beam moves across the material. It's typically measured in meters per minute. Cutting speed can affect the cut quality and kerf width.

Pulse Frequency: For pulsed laser systems, this is the number of laser pulses per second, usually measured in Hertz (Hz). It can impact the quality and appearance of the cut.

Beam Diameter: The size of the laser beam affects the cut's precision. A smaller beam diameter allows for more intricate details and a finer cut.

Focal Length of the Lens: The distance between the lens and the material can affect the intensity and diameter of the focused laser beam. Different focal lengths are suitable for different applications.

Gas Pressure/Type: Lasers often use assist gases like oxygen, nitrogen, or air. The type and pressure of the gas can influence the quality of the cut, potential for oxidization, and the speed of the cut.

Nozzle Diameter: This refers to the size of the nozzle from which the assist gas flows. The diameter can affect the cut's quality and the efficiency of gas usage.

Standoff Distance: The gap between the nozzle and the surface of the material being cut. This distance can impact the quality and precision of the cut.

Material Thickness: The thickness of the material being cut influences the required laser power, cutting speed, and assist gas pressure.

Kerf Width: The width of the material removed during the cutting process. This depends on the laser beam diameter, lens focus, and other parameters.

Feed Rate: Similar to cutting speed, it determines how fast the material is fed to the laser beam, especially important in rotary or conveyor-based systems.

Duty Cycle: For pulsed lasers, the duty cycle represents the fraction of time the laser is active compared to its off-time.

Wave Length: Different lasers, like CO2 or fiber lasers, operate at different wavelengths, making them more suitable for certain materials over others.

Laser Type: The source of the laser beam, such as CO2, Nd:YAG, or fiber laser, each having distinct properties, making them more suited for specific applications.

These parameters play a critical role in ensuring the efficiency, accuracy, and quality of the laser cutting process. Depending on the specific job and material, operators might need to adjust these parameters to achieve optimal results.

 

Area of Use

Laser cutting machines have a broad range of applications across various industries due to their versatility, precision, and efficiency. Here are the primary areas of use for these machines:

Manufacturing & Heavy Industry: These machines are widely used to produce parts for automobiles, airplanes, machinery, tools, and other hardware. They can handle materials ranging from steel to aluminium, allowing for rapid production of complex and precision parts.

Electronics: Laser cutters are employed to produce precise components for electronic devices, including circuit boards, mobile phone parts, and connectors.

Medical Devices: Laser cutting machines are ideal for crafting intricate components for medical instruments, prosthetics, and other medical devices.

Textiles & Fashion: These machines allow designers to cut intricate patterns into fabrics, leather, and other materials, enabling unique clothing and accessory designs.

Jewellery: Laser cutters can craft intricate jewellery designs, from detailed pendant patterns to customized engravings.

Signage and Advertising: They are used to produce signs, banners, and promotional items from various materials, including metals, plastics, and wood.

Arts & Crafts: Artists and hobbyists utilize laser cutters to create sculptures, intricate paper art, models, and more.

Construction: Laser cutting machines help in producing construction components, such as custom fixtures, panels, and architectural elements.

Packaging: These machines are employed to design and produce custom packaging solutions, including boxes, protective layers, and intricate designs.

Furniture: Modern furniture often features laser-cut designs, be it in wood, metal, or other materials, to achieve intricate patterns and unique aesthetics.

Aerospace: Due to the demand for precision and the use of advanced materials, the aerospace industry relies heavily on laser cutting for parts and components.

Shipbuilding: Laser cutting machines assist in creating precise parts for ships, especially when dealing with thick metal sheets.

Engraving & Etching: Beyond just cutting, lasers are also used for engraving designs onto materials like glass, wood, metal, and stone.

Academia & Research: Educational institutions and research facilities utilize laser cutters for prototyping, model-making, and various experimental applications.

Food Industry: Surprisingly, laser cutters also find their way into the food industry, especially for precision cutting and engraving edible products like cakes or pastries.

Given this wide array of applications, it's evident that laser cutting machines have become an indispensable tool in many sectors. Their ability to work with diverse materials and deliver high precision cuts explains their ubiquitous presence across industries.

 

Manufacturers of Laser Cutting machines 

There are numerous manufacturers of laser cutting machines around the world, each known for their specific strengths, technologies, and areas of expertise. Here are some of the prominent manufacturers in the industry:

Trumpf: A German company that's one of the world's leading manufacturers of laser technology and laser cutting machinery. Trumpf's machines are known for their quality, precision, and durability.

Bystronic: Based in Switzerland, Bystronic produces high-quality laser cutting machines, press brakes, and automation solutions.

Amada: A Japanese manufacturer that offers a broad spectrum of machine tools, including laser cutters, punch presses, and bending machines.

Mazak Optonics: Part of the Yamazaki Mazak Corporation, this company specializes in laser processing machines, including multi-tasking laser machines.

Prima Power (previously Prima Industrie): An Italian company renowned for producing laser cutting machines, punching machines, and more.

Mitsubishi Laser: Operating under the Mitsubishi conglomerate, this division offers high-precision laser cutting machines.

LVD Group: A Belgium-based company known for its range of laser cutting systems, punching machines, and press brakes.

IPG Photonics: While primarily recognized for producing fiber lasers, IPG Photonics also offers laser cutting systems that utilize their advanced laser technology.

Cincinnati Incorporated: An American company that produces various manufacturing equipment, including laser cutting machines, press brakes, and shears.

Trotec Laser: They specialize in producing laser engravers, markers, and cutting machines for various applications.

Epilog Laser: An American company that focuses on producing laser systems for engraving, cutting, and marking.

Han's Laser: Based in China, Han's Laser is one of the largest laser equipment manufacturers in the world, offering a variety of laser cutting solutions.

GF Machining Solutions: A division of the Swiss company Georg Fischer, they produce a range of manufacturing equipment, including laser machines.

Coherent: Based in the USA, Coherent provides lasers and laser-based solutions, including laser cutting machines.

Bodor Laser: A Chinese manufacturer specializing in producing fiber laser cutting machines for various materials.

When considering a laser cutting machine, it's crucial to assess your specific requirements, budget, after-sales support, and the machine's compatibility with your tasks. Each manufacturer has its strengths, technologies, and specialities, so researching and possibly demoing a few can be beneficial before making a decision.

 

For an example of how laser cutting machines work, you can check out the video of the Amada LC 3015 X1 NT - AS LUL X1:



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