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Laser Cutting Machines

Good-Laser Light 640 series cutting & engraving machine We adopted first-class components, high-quality production, and a strict inspection process that aggregated into a high-performance and stable laser machine. With precise cutting and engraving, to meet the laser creation needs of all science and innovation education ...

Specifications

Format: Tower
Laser Source: CO2
Laser Output Power: 60/80 W
Laser Wavelength: 10.6 um (IR)
Beam Delivery: 3 axis
With a 48"x24" workspace and up to a 100W Power, the Muse Titan Laser Cutting and Engraving Machine is the largest desktop laser out there, but it can still fit through a standard doorway. Inspire. Design. Create.Muse Titan has a large cutting area of 48"x24" but can fit through any door way and placed on a standard tabletop. ...

Specifications

Format: Desktop
Laser Source: CO2
Laser Output Power: 90 W
Laser Wavelength: 10.6 um (IR)
Beam Delivery: Flatbed
Muse Fiber Galvo V2 laser engraving and marking machine offers unbeatable performance. Easily engrave metal, polymers, and more with precision using the 50W Muse Fiber Galvo configurations.    Fast and Versatile Fast rotating stationary mirrors project a beam of light down with no physical movement of the laser head to ...

Specifications

Format: Desktop
Laser Source: Fiber
Laser Output Power: 50 W
Laser Wavelength: 1064 nm (IR)
Beam Delivery: Galvo
SN2816 Flatbed Laser Cutter
AP Lazer
The SN2816 laser cutter is our entry level open architecture laser cutter. It features a 28” x 16” work area, removable laser top, EZ-Leveling System, and a high power 80w laser tube. The SN2816 laser cutting and engraving machine is ideal for engraving smaller items such as personalized gifts, awards and trophies, jewelry ...

Specifications

Format: Benchtop
Laser Source: CO2
Laser Output Power: 80 W
Laser Wavelength: 10.6 um (IR)
Beam Delivery: Flatbed
SN4024 Flatbed Laser Cutting Machine
AP Lazer
Fully equipped with a 40” x 24” work area, patented removable laser top, EZ-Leveling System, and a high power 100w laser tube, the SN4024 is a great laser cutting machine for most of your business needs. Its engraving area is 80% larger than the SN4024, and almost four times larger than the SN2816. Its removable top allows ...

Specifications

Format: Benchtop
Laser Source: CO2
Laser Output Power: 100 W
Laser Wavelength: 10.6 um (IR)
Beam Delivery: Flatbed
SN4836 Large Flatbed Laser Cutting Machine
AP Lazer
The SN4836 is our largest and most popular laser system. It’s large 48″ x 36″ engraving area makes it ideal for all of your laser engraving needs. With it’s patented removable laser top, and open architecture, this laser cutting and engraving machine offers little to no size or weight restrictions. If you are looking for a laser ...

Specifications

Format: Benchtop
Laser Source: CO2
Laser Output Power: 100 W
Laser Wavelength: 10.6 um (IR)
Beam Delivery: Large Flatbed Platform
BIG CO2 Laser Cutting Machine CSH-200R-250150
Laser Life Co
CSH-250150 series BIG CO2 Laser Cutting Machine.

Specifications

Format: Benchtop
Laser Source: CO2
Laser Output Power: 200 W
Laser Wavelength: 10.6 um (IR)
Beam Delivery: Large Flatbed Platform
V-1390 CO2 Cutting and Engraving Machine
Millennium Lasers
The VULCAN range of laser cutting & engraving machines utilises our own Millennium Lasers ML-series sealed CO2 laser technology, developed here in S. Wales, UK. This range of advanced laser machines enables our customers to laser process a multitude of non-metallic and thin steel materials with our CO2 laser systems.At the heart ...

Specifications

Format: Benchtop
Laser Source: CO2
Laser Output Power: 150 W
Laser Wavelength: 10.6 um (IR)
Beam Delivery: Flatbed
V-9060 CO2 Cutting and Engraving Machine
Millennium Lasers
The VULCAN range of laser cutting & engraving machines utilises our own Millennium Lasers ML-series sealed CO2 laser technology, developed here in S. Wales, UK. This range of advanced laser machines enables our customers to laser process a multitude of non-metallic and thin steel materials with our CO2 laser systems.At the heart ...

Specifications

Format: Benchtop
Laser Source: CO2
Laser Output Power: 90 W
Laser Wavelength: 10.6 um (IR)
Beam Delivery: Flatbed
V-6040 CO2 Cutting and Engraving Machine
Millennium Lasers
The VULCAN range of laser cutting & engraving machines utilises our own Millennium Lasers ML-series sealed CO2 laser technology, developed here in S. Wales, UK. This range of advanced laser machines enables our customers to laser process a multitude of non-metallic and thin steel materials with our CO2 laser systems.At the heart ...

Specifications

Format: Benchtop
Laser Source: CO2
Laser Output Power: 60 W
Laser Wavelength: 10.6 um (IR)
Beam Delivery: Flatbed
V-1610 CO2 Cutting and Engraving Machine
Millennium Lasers
The VULCAN range of laser cutting & engraving machines utilises our own Millennium Lasers ML-series sealed CO2 laser technology, developed here in S. Wales, UK. This range of advanced laser machines enables our customers to laser process a multitude of non-metallic and thin steel materials with our CO2 laser systems.At the heart ...

Specifications

Format: Benchtop
Laser Source: CO2
Laser Output Power: 150 W
Laser Wavelength: 10.6 um (IR)
Beam Delivery: Flatbed
Laser Cutting Machine CSH-200R-250130
Laser Life Co
Laser Cutting Machine CSH-200R-250130. This is a large flatbed platform laser cutting machine for various cutting applications.

Specifications

Format: Benchtop
Laser Source: CO2
Laser Output Power: 200 W
Laser Wavelength: 10.6 um (IR)
Beam Delivery: Large Flatbed Platform
G3015C Laser Cutting Machine
Foshan Beyond Laser
The G3015C is popular with small, start up users due to its open structure, easy operation and high cost performance. Customizable size: 4m×2m, 6m×2m, 8m×2m. The main frame of the bed adopts a dislocation honeycomb welding structure. After stress annealing, rough processing, vibration aging and natural aging treatment, the ...

Specifications

Format: Benchtop
Laser Source: Fiber
Laser Output Power: 4000 W
Laser Wavelength: 1070 nm (IR)
Beam Delivery: Large Flatbed Platform
Cost-optimized 4'x8' flatbed cutting machine that can cut wood, acrylic and carbon/stainless steel.

Specifications

Format: Benchtop
Laser Source: CO2
Laser Output Power: 150 W
Laser Wavelength: 10.6 um (IR)
Beam Delivery: Large Flatbed Platform
LGC1212 Laser Glass Cutting Platform
Bold Laser Automation
LGC1212 is an industrial laser glass cutting platform built based on combinatorial innovation. BOLD has dovetailed unique laser processes for cutting structured transparent materials with semiconductor and glass industry standard material handling. The LGC1212 is a cost effective tool that allows the glass industry to better ...

Specifications

Format: Tower
Laser Source: Other / Not specified
Laser Output Power: -- W
Laser Wavelength: 1070 nm (IR)
Beam Delivery: Galvo
B1325M Laser Cutting Machine
Foshan Beyond Laser
The B1325M CO2 laser cutting machine is a versatile laser cutter that can not only cut non-metal material with CO2 laser tubes, but it can also process metal materials using O2. It is commonly used in the advertising industry. We can customize the processing width up to 1300 x 1900mm. 600℃heat treatment, 24hours cooling in ...

Specifications

Format: Benchtop
Laser Source: CO2
Laser Output Power: 300 W
Laser Wavelength: 10.6 um (IR)
Beam Delivery: Flatbed
Fiber Laser cutting machine ST-FC3015L is our heavy duty fiber laser cutting machine, it can choose different laser source,such as Chinese Raycus brand or Germany brand IPG, the laser power can be 500W,750W, 1KW,1.5KW The power can be improved based on the laser source technology.

Specifications

Format: Benchtop
Laser Source: Fiber
Laser Output Power: 1000 W
Laser Wavelength: 1064 nm (IR)
Beam Delivery: Flatbed
Fiber Laser Cutting Machine is used for cutting steel, titanium, aluminum, copper and other metal materials with higher laser cutting quality, speed, precision, and efficiency.

Specifications

Format: Benchtop
Laser Source: Fiber
Laser Output Power: 3000 W
Laser Wavelength: 1070 nm (IR)
Beam Delivery: Large Flatbed Platform
The LFS-G45 high speed glass cutting system is able to process both normal and chemically strengthened glass sheets from 0.1-3mm thick. A high power laser is employed to deliver superior glass cutting results at speeds up to 1000mm/s. Processing is based on preset .dxf file data, giving the user greater processing options. Loading, ...

Specifications

Format: Tower
Laser Source: DPSS (Nd:YAG)
Laser Output Power: 30 W
Laser Wavelength: 1064 nm (IR)
Beam Delivery: Galvo
Sigma Fiber Laser Stent And Tube Cutting System
Amada Miyachi
The Sigma Fiber Laser Stent & Tube Cutting System is designed for the precision laser micro cutting of medical stents and tubes. High speed linear motors and the latest generation digital controller minimize tool path cycle time, a single mode fiber laser enables a fast and stable laser micro cutting process and an operator ...

Specifications

Format: Tower
Laser Source: Fiber
Laser Output Power: 250 W
Laser Wavelength: 1070 nm (IR)
Beam Delivery: Galvo, 3 axis, 4 axis

Frequently Asked Questions

The cost of a laser cutting machine depends on multiple parameters, such as the work area, laser type and output power, cutting speed, material handling, and various accessories. The price can be as low as $4,000 to well above $25,000.

While some laser cutters can cut materials 20 mm thick, and in some cases thicker, most machines operate on materials that are closer to 0.5–12 mm thick, depending on the type of a cut required.

Laser cutting machines are used in industrial and commercial applications for cutting metals, alloys, granite, marble, wood, plastics, polymers, etc.

Laser cutters can be used for cutting a wide range of materials from wood and paper to sheet metals and precious metals. Laser cutters are not used for food and drugs, for example, although food and drug containers and boxes may be processes using laser cutters. Generally, one must do some research about the suitability of a laser cutter for processing specific materials before using the machine.

Lasers can harm the skin via photochemical or thermal burns. Depending on the wavelength, the beam may penetrate both the epidermis and the dermis. Caution must be taken when operating laser cutting machines, as they typically work with high-power laser sources which can burn the skin and damage the eyes.

In choosing a laser cutter, you should consider all the key parameters including Laser source and it's power, output wavelength, work area and price. You should also consider the quality and the reliability as well as required maintenance. Additionally, you should consider cooling and ventilation requirements, software interface and accessories.

Laser cutting offers high efficiency and productivity for high-volume industrial cutting applications. Its reproducibility, ease of use and total cost of ownership are the key benefits over other cutting technologies.

The laser source is normally the bottleneck for laser cutting machines. Usually, one can expect 25,000 to 100,000 hours lifetime depending on the type of the laser source used in the cutter. Under 24/7 usage rate, this translates to nearly 3 to 11 years of lifetime. Preventive maintenance is normally done to replace the laser prior to failure.

There are 41 different Laser Cutting Machines from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Laser Cutting Machines with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Laser Cutting Machines vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

The history of Laser cutting machines goes back to 1960’s when the first such instrument was made and used by Western Electric Company to drill holes in diamond dies. Over the following next decades the proliferation and the advent of novel laser sources made laser cutters widely available for various industries. Originally adopted only by industrial manufacturing companies, laser cutters are now widely used in various small and large projects involving, hobbies, home improvement, job shops and more. In a typical laser cutting machine a high quality laser beam is focused to a narrow beam spot and steered either by linear motors or galvo (angular) scanners. Combined with built-in software capabilities, the focused laser beam is able to trace a preprogrammed shape. Laser output parameters need to be selected to match the specific material being cut. At the right laser output parameters the focused beam exerts enough energy to create micro cavities thus separating the material. High precision, low waste and compatibility with a wide range of materials are some of the benefits often cited for these machines. For more info on laser cutting please check out our Blog post and the relevant links below.