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Laser Engraving Machines

The most capable, lightest weight, and most compact engraver in its class. Versatile and reliable on a wide range of materials, for multiple application scenarios. Engrave at up to 10,000mm/s, rapid engraving task completion, batch processing with variable text and smart filling. Deep engraving for high-contrast markings, vivid 3D ...

Specifications

Work Area (X): 16 mm
Work Area (Y): 12 mm
Material Thickness: 20 mm
Laser Source: Fiber Laser
Laser Output Power: 20 W
Meet the AlgoLaser Alpha, the 22W cutting monster equipped with the 2nd Generation COS Technology. This high-powered laser engraving machine combines cutting-edge technology and user-friendly design, delivering unmatched precision and efficiency in engraving and cutting tasks. Thanks to the advanced COS Technology, the AlgoLaser ...

Specifications

Work Area (X): 400 mm
Work Area (Y): 400 mm
Material Thickness: 45 mm
Laser Source: Diode Laser
Laser Output Power: 22 W
Introducing the Aufero AL2 Laser Engraving & Cutting Machine, the perfect tool for unleashing your creativity. With its high-speed capabilities of up to 15,000mm/min, this laser engraver ensures fast and precise results. Celebrate Mother's Day with our special offer and get a chance to win a free OLM3 LE! Designed with stability ...

Specifications

Work Area (X): 390 mm
Work Area (Y): 390 mm
Material Thickness: 140 mm
Laser Source: Diode Laser
Laser Output Power: 10 W
Looking for a high-speed, precise, and safe laser engraver and cutter? Look no further than the Ortur LM2 Pro S2. With a maximum speed of 15,000mm/min and a solid aluminum profile frame, this machine can handle even the most intricate designs with ease. Choose from three laser module options, including a powerful 10W module and two ...

Specifications

Work Area (X): 400 mm
Work Area (Y): 400 mm
Material Thickness: 20 mm
Laser Source: Diode Laser
Laser Output Power: 10 W
Experience the perfect entry-level laser engraver with the Aufero AL1 Laser Engraving & Cutting Machine. Designed with advanced firmware and safety protections, this machine is perfect for beginners and hobbyists. Its pre-assembled package makes it easy to use, with no laborious installation required. The machine boasts an ...

Specifications

Work Area (X): 180 mm
Work Area (Y): 180 mm
Material Thickness: 125 mm
Laser Source: Diode Laser
Laser Output Power: 5 W
Introducing the Special Edition Ortur LM3 Laser Engraving & Cutting Machine - the perfect tool for all your engraving and cutting needs. With a speed of up to 20,000mm/min, you can create perfect works in less time. This machine has a depth of 8mm field and can support up to 30mm cutting, allowing you to engrave on narrow borders ...

Specifications

Work Area (X): 400 mm
Work Area (Y): 400 mm
Material Thickness: 30 mm
Laser Source: Diode Laser
Laser Output Power: 10 W
This is a flatbed laser engraving and cutting machine. Inherit all the advantages from Spirit Hybrid, a brand new machine – S400 features 140ips processing speed by DC servo motor, innovative touch panel, user-friendly interface and a modern good looking design.Together with SmartFLOW™ dust prevention technology and SmartLID™ easy ...

Specifications

Work Area (X): 1016 mm
Work Area (Y): 610 mm
Material Thickness: 280 mm
Laser Source: Fiber Laser, CO2 Laser
Laser Output Power: 20 - 120 W
ALE Anilox Laser System 100W
Applied Laser Engineering
Our series of anilox engraving systems utilize a variety of different laser types, powers and wavelengths. ALE anilox systems are configured to meet customer target web size, anilox screen count and volume requirements. In addition to our standard screen geometries ALE anilox systems offer an assortment of alternative cell ...

Specifications

Work Area (X): 1200 mm
Work Area (Y): 1200 mm
Material Thickness: 20 mm
Laser Source: CO2 Laser
Laser Output Power: 100 W
HERCULES Laser Embossing System
Applied Laser Engineering
Embossing rollers are produced by various techniques in industry. ALE Emboss systems address all mainstream methods of production: resist removal/imaging for acid etch or direct laser engraving of polymeric & metals or ceramics. Hercules Laser Emboss System is used to directly engrave natural or synthetic polymeric materials ...

Specifications

Work Area (X): 1200 mm
Work Area (Y): 1200 mm
Material Thickness: 20 mm
Laser Source: CO2 Laser
Laser Output Power: 500 W
ALE Hybrid Flexo Laser Engraving System
Applied Laser Engineering
ALE flexo and letterpress engraving systems use single or multiple high powered CO2 lasers or Fiber lasers to directly engrave sleeves or plates in a single step. ALE Direct laser engraving technology for flexo eliminates the costly outlay for multiple processing stages and equipment commonly associated with more conventional ...

Specifications

Work Area (X): 1200 mm
Work Area (Y): 1200 mm
Material Thickness: 20 mm
Laser Source: CO2 Laser
Laser Output Power: 600 W
Our metal engraving and marking machines are designed for ease of use, precision, and throughput. These laser engraving machines are ideal for small scale production applications, although can also be used industrial applications, depending on customer's throughput requirement. The portable design makes it easy to move the unit ...

Specifications

Work Area (X): 150 mm
Work Area (Y): 150 mm
Material Thickness: 5 mm
Laser Source: DPSS Laser
Laser Output Power: 100 W
This UV laser engraving machine, which also works as a laser marker, adopts INNGU UV Laser source, the third-order cavity frequency doubling technology. Compared with infrared lasers, UV lasers at 355nm provide a small-size spot and a big focal depth. Short laser wavelength interrupts molecular chains of material, can greatly reduce ...

Specifications

Work Area (X): 100 mm
Work Area (Y): 100 mm
Material Thickness: - mm
Laser Source: Fiber Laser
Laser Output Power: 3 W
SBM Pro Series Laser Engraver
Fonon Corporation
The SBM Series is a professional-grade flatbed laser processing system designed to cut, mark, or engrave large sheets of several different types of material, includingPlasticGlassWoodAnodized aluminumFabricsAcrylicPaperLaminatesFoamLeatherCeramicsMarblePlexiglasThe SBM series will work equally well marking or engraving curved ...

Specifications

Work Area (X): -- mm
Work Area (Y): -- mm
Material Thickness: -- mm
Laser Source: Fiber Laser, CO2 Laser
Laser Output Power: 40 W
This is a desktop laser engraver. The C180II is designed to provide an enjoyable engraving experience. Underneath the stylish exterior is a full 18\" x 12\" (458 x 305 mm) working area. Engraving depth can be easily extended from the normal 4 inches to 6 inches in less than a minute. The C180II is an all purpose laser engraving ...

Specifications

Work Area (X): 458 mm
Work Area (Y): 305 mm
Material Thickness: 155 mm
Laser Source: CO2 Laser
Laser Output Power: 40 W
LaserPro Mercury III carries the fine tradition of the Mercury series to provide stable engraving quality. The servo motor enables fast movement of lens carriage while maintaining accuracy over time, giving you reliable and dependable results. Mercury III is reinforced with new features, including key switch, user-friendly control ...

Specifications

Work Area (X): 635 mm
Work Area (Y): 458 mm
Material Thickness: 165 mm
Laser Source: CO2 Laser
Laser Output Power: 12, 25, 30, 40 W
Laser Engraving Machine: Lightblade-3040 by Thinklaser
Thinklaser
The smallest of our Lightblade product group. This flexible low cost machine provides both cutting and engraving operations within its 400 x 300mm process area. We have configured the Lightblade range of machines to make laser cutting and engraving a truly great experience. From setup, through usage to after sales support you ...

Specifications

Work Area (X): 400 mm
Work Area (Y): 300 mm
Material Thickness: 200 mm
Laser Source: CO2 Laser
Laser Output Power: 40 W
400 x 600 mm Flatbed Laser Engraver: Lightblade-4060 by Thinklaser
Thinklaser
The mid-range standard chassis in our CO2 range. With a bed size of 400mm X 600mm it has selectable laser sources from 40 to 60 watts. Dual table formats (blades and honeycomb) are standard features on this product, as is the 200 mm of Z table motion. We have configured the Lightblade range of machines to make laser cutting and ...

Specifications

Work Area (X): 600 mm
Work Area (Y): 400 mm
Material Thickness: 200 mm
Laser Source: CO2 Laser
Laser Output Power: 40 W
100 Watt Laser Engraver: Lightblade-6090 by Thinklaser
Thinklaser
With a process area of 600 x 900 mm the Lightblade 6090 is the most popular entry level machine for large area processing. A truly flexible machine for cutting and engraving a wide range of materials. From setup, through usage to after sales support you will find that we do things a little bit differently at thinklaser. This ...

Specifications

Work Area (X): 900 mm
Work Area (Y): 600 mm
Material Thickness: 250 mm
Laser Source: CO2 Laser
Laser Output Power: 100 W
Laser Engraver: Lightblade-1290 by Thinklaser
Thinklaser
Optimised to ensure efficient processing, the Lightblade 1290 provides cutting and or engraving over a process area of 1200 x 900mm contained within a Class-1 environment. This larger size chassis also facilitates larger output powers, taking you up to 150 watts. We have configured the Lightblade range of machines to make ...

Specifications

Work Area (X): 1200 mm
Work Area (Y): 900 mm
Material Thickness: 200 mm
Laser Source: CO2 Laser
Laser Output Power: 150 W
Laser Engraver: Lightblade-1490 by Thinklaser
Thinklaser
The largest standard chassis in our CO2 range. Allows sheet formats up to 1400 x 900 mm and has selectable laser sources from 60 to 150 watts. Dual table formats (blades and honeycomb) are standard features on this product, as is the 250 mm of Z table motion. We have configured the Lightblade range of machines to make laser ...

Specifications

Work Area (X): 1400 mm
Work Area (Y): 900 mm
Material Thickness: 250 mm
Laser Source: CO2 Laser
Laser Output Power: 60 - 150 W

Frequently Asked Questions

Laser engraving is a process in which a laser is used to engrave on the surface or in the bulk of the material. Engraving is a subtractive process and as such has similarities with laser cutting. Although engraving is sometimes thought of as a marking technique, the underlying physics is different. Generally, in laser engraving process microscopic layers of the material are removed leading to a mark on the surface. Depending on the material surface, the mechanism of engraving is mainly based on ablation. Engraving can achieve depth of 100um and beyond.

With modern engravers the depth of engraving can be well beyond 100um. This depends on multiple factors, such as the laser wavelength, power, and the material surface properties. It is more difficult to penetrate deep into the bulk of the material using laser marking as compared to laser engraving.

The laser engraving machine, or a laser engraver, must be equipped with a sufficiently powerful laser source to ablate the material off the surface of the workpiece. The laser beam is scanned over the surface of the workpiece either using a galvo actuation or a X, Y, Z gantry type system. Other important aspects of the laser engraving machine are the software and control of the laser power, modulation, or pulsing frequency, and working area. The latter determines how big of a workpiece can be processed with the engraver.

Normally, infrared laser sources are used for engraving, such as a fiber laser at 1064nm or 1070nm wavelength or a CO2 laser with a wavelength around 10.6um. The laser output power in engravers varies from sub-50W level to above 1000W, depending on the application.

Laser engraving machines can be used for many different types of surfaces, such as metals, plastics, glasses, jewelry, wood, ceramics, etc. Laser engravers are used in various industries: semiconductors, glass manufacturing and processing, jewelry, automotive, aerospace, consumer electronics and appliances, packaging, and more.

The laser engraving machine price may range from $1,000 to beyond $50,000. The price of the laser engraving machine depends on various factors, such as the laser power, working area, integration with a material handling system, software features, marking speed, etc.

There are 25 different Laser Engraving Machines from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Laser Engraving Machines with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Laser Engraving 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?

Laser engraving is a subtractive micromachining technique used for engraving patterns on objects. It's based on material removal at a microscopic scale and does not require a use of an absorber of some sort, such as an ink or a polymer. The subtractive nature of the engraving process is what sets it apart from laser marking, although both are used for similar purposes. Moreover, certain laser engraving machines can also work as laser markers as well as laser cutters. Laser engraving machines may have various geometries and implementations, from a simple flatbed or galvo system to a 5-axes machine for 3D engraving in a fully integrated robotic cell for material handling. The most popular lasers used in laser engravers are fiber lasers and CO2 lasers, although DPSS, diode, and ultrafast lasers are also used. In choosing a laser engraver, it's important to define the lateral working area in X, Y as well as the maximum thickness of the material that might be used in the application. Resolution is also important to define before making a decision abut the purchase of the engraver.