LaserPecker LP5 : Review – Compact & Premium 20W Dual Laser Engraver

Today we bring you a review of a device which its previous version, the LaserPecker LP4, which we loved and that we have been using until the arrival of this new LP5 model.

The LaserPecker LP5 is a dual laser engraver with an impressive 20W for the size of the device with a premium construction and an ecosystem of accessories that will allow us to carry out incredible projects.

As always before continuing with the article, remind you that you can join 3DWork on our Telegram channel full of 3D printing deranged, or on our social networks Instagram, YouTube, TikTok, Twitter and Facebook
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LaserPecker LP5

The LaserPecker LP5, like the previous model, is a laser engraver that is compact in size and easy to carry. 
As we have already mentioned, we have a double laser, 20W, fiber and diode that will allow us to use almost any material from wood, stone to metals.

LaserPecker is a brand that pays special attention to premium materials and finishes, made of aluminum which gives it a robust and consistent appearance.

We also have a wide variety of accessories, a large amount of user information and help on their website that will allow us to get the most out of our LaserPecker LP5.

We will start by analyzing its laser section, the LaserPecker LP5 mounts an innovative dual laser system managed by a mechanical/electronic system that through a complex and precise system of mirrors we can use without requiring any change in the device.

With all this, the LaserPecker LP5 will allow us to engrave up to 10000 mm/s with high quality and precision results at the height of industrial-grade machines.

Thanks to this dual laser system we will be able to work with a wide range of materials, depending on this or what we want to do we will use one or the other laser.

For example, we will use the fiber laser (1064nm) for metals or plastics:

And the diode laser (450nm) for wood, acrylics, leather, glass, stone, paper, etc…:

Taking into account the power of the lasers of the LaserPecker LP5 we can make cuts in different materials up to certain thicknesses, for example:

Cutting in metal, we can cut up to 1mm of brass, stainless steel, aluminum and titanium sheets.
Cutting in wood, we can cut up to 20mm thick in this material.
Cutting acrylics, we can cut up to 15mm of black acrylic.

In addition to these cutting functions, the LaserPecker LP5 can perform several types of engraving:

Deep Engraving, allows greater depth per pass leaving clean, well-defined edges with exceptional details.
	Embossed, grayscale engravings of our designs on wood, rocks and metals with a sensational 3D finish.
Color engravings, instead of being limited to monochromatic designs, we can make our projects have color for certain materials and playing with the engraving options.

Also, thanks to its design, LaserPecker LP5 can be used anywhere as it is compact and easily transportable and can be used freely freehand even.

We have told you about the LaserPecker ecosystem so you cannot miss a review of its accessories that will allow our LP5 to go to another level of possibilities and options of use.

We have several accessories that can be very interesting, more depending on the use or projects we want to carry out:

Extension Slider will allow us to extend the work area of our LP5 up to an interesting 300*160 mm being able to carry out projects with a larger engraving/cutting area.  As with all LaserPecker products, its ease of use and build quality are exceptional..
Rotatory Extension, another accessory that we love is the rotary extension that will allow us to carry out projects on circular/spherical objects such as bottles, glasses, rings, etc…
Air Purifier, within the safety aspect in the use of these devices we believe that it is more than advisable…  the use of a gas extraction and cleaning system that we give off when we carry out our work. This LaserPecker Air Purifier, which we will see later in detail, its powerful ventilation system will filter up to 99.97% of particles up to 0.3 μm…  also in a compact, functional design and with a construction in line with the rest of the products.
LP5 Safety Enclosure, we are not going to go into many details since later we will review the features and improvements that this accessory brings. Through this enclosure for our LP5 it will be a complete closed system complying with the most rigorous regulations having safety sensors, filtering system and compatibility with Air Purifier, a camera system that will allow us advanced options, an externally controllable height-adjustable platform.

In addition to those described above, you can find others such as the Batch Engraving Button, PowerPack, Cutting Plate, Electric Roller and other accessories/spare parts in the LaserPecker online store.

Below you have all the characteristics of this Lasepecker LP5:

LaserPecker LP5
Laser Power & Laser Source	20W 450nm Blue Diode Laser 20W 1064nm Fiber Laser
Working Area	120 x 160mm (Ellipse) 100 x 100mm (Square) 160 x 300mm (With the Slide Extension)
Max. Working Speed	10.000mm/s
Laser Spot Size	0,08 x 0,1mm (20W Diode Laser) 0,06 x 0,06mm (20W Fiber Laser)
Engraving Precision	0,0027mm
Preview Mode	Rectangle Preview/Outline Preview/Center Point Preview
Supported File Formats	PC-Software: G-Code /JPG /PNG /BMP /SVG /DXF usw. Mobile App: G-Code /JPG /PNG /SVG
Connectivity	USB, Wi-Fi
Net Weight	Laser Unit: 3,36kg Electric Stand: 2,28kg Conical Protective Cover: 0,38kg Total Weight: 6,02kg
Dimension	Laser Unit: 255 x 98 x 183mm Electric Stand: 198 x 286 x 323mm Conical Protective Cover: 167 x 231 x 160mm
Safety Certification	CE /ROHS /FCC /FDA/ NCC/ KC/ UKCA/ TELEC/ SRRC

LaserPecker LP5 Safety Enclusure

Within the ecosystem of accessories for this LaserPecker LP5, we find one that seems especially interesting due to the safety improvements it provides, as well as some extra functions… the LaserPecker LP5 Safety Enclosure.

The LP5 Safety Enclosure is an accessory specially designed for those who have a high volume of work and require extra safety in the handling of the LaserPecker LP5… For this purpose, this accessory provides options for connection to a gas fire extinguishing system, an emergency button, sensors on the access doors to the enclosure to prevent any type of accident.

On the other hand, it has aventilation system to efficiently eliminate smoke and particles during the use of the laser… Also compatible with the Air Purifier filter system.

In the enclosure itself we have a chamber that will allow us to simplify and expand the functions of use of the machine. With it we will be able to efficiently place our project on the pieces and also in the case of doing multiple jobs since we have a smart option to place our work on all the pieces automatically.

In the following video you will see how easy it is to use:

LaserPecker Design Space and CraftZone

We continue talking about the LaserPecker ecosystem, in this case about the management software developed by them for the management of their devices.

LaserPecker provides us with Design Space (LDS) an application for computers (Windows & MacOS) as well as an app for use on mobile devices (Android/Apple) with many functions to be able to carry out our projects.

In the application we have a large number of drawing tools, embedding images, both static and dynamic text, creating bar/QR codes, as well as the inclusion of clipart.

We also have tools for the configuration of our engraving/cutting and the management of our device.

LaserPecker also has an online community where we can share our projects called CraftZone. 
Among the projects that we can find we will have information about it, with what device, configurations and details of how to carry it out… 
and we can download them directly to our LDS to make them!!

LaserPecker CraftZone is a great repository of projects that will help us to better understand the capabilities of our LaserPecker LP5!!!

LaserPecker LP5 Unboxing

After all this mega introduction, the LP5 does not deserve less :), we are going to start with the aboxing of the machine and see details of it.

As it cannot be otherwise, Lasepecker has provided the same detail and care in the packaging used in this LP5 laserpecker, and all its components come perfectly protected, which gives a premium sensation to the product.

We find together with the different components, manuals, several boxes with cables, a kit of materials to carry out our first tests, protective glasses, etc… 
and something that we liked very much, a toolbox with screws and everything necessary for the assembly and maintenance of our device.

Assembly is extremely simple:

• We will anchor the laser support arm to the base with 4 screws and then the laser body to the arm in a simple way
• The motorized extension to expand the printing area is just as simple where we will anchor the two parts that will form the engraving platform with 6 screws to the motorized base
• The rotary extension is also just as simple, with a few screws we will have it ready too

In the following image you can see the most important parts of the LP5 such as its controls, connections and something very important the different meanings of the front LED indicator:l:

Hemos hecho hincapié en el led frontal que se va a encargar de las notificaciones, una diferencia importante entre esta LP5 y el anterior modelo LP4 es que se ha prescindido de la pantalla táctil que esta contaba y que nos permitia cierto control de la máquina y notificaciones más visuales… en cualquier caso tampoco es una gran pérdida de funciones 🙂 .

En el apartado de conexiones estas son bastantes sencillas ya que se utilizan cables USB para la conexión entre la LP5 y el resto de componentes/accesorios:

We advise you to watch the following video:

Regarding the enclosure for the LP5, the start-up is also very simple, which you can see in the following video as well:

In the case of the enclosure we would like to highlight the special configuration process of this accessory and that they are very important to follow for the correct use:

• On the one hand we have the configuration to link the enclosure to join it to our Wifi network, this will allow us to connect to the camera included in the enclosure
• On the other hand, we have the process for calibrating the camera to ensure that our projects are perfectly aligned with the engraving/cutting area

Also as a reference we leave you with the list of the different components of the kit:

LaserPecker LP5 Tests and User Experience

If you have come this far, it is because you already have your LP5 assembled and ready to use!! 
But first of all, we advise you to read the following safety recommendations carefully:

Another important step is to make sure that the LP5 is perfectly level so that we have good results in our work. 
LaserPecker has a video where you can see the whole process in detail:

Now that we have the LP5 leveled, we will download and install the LaserPecker Design Space (LDS) software, either the desktop application from here or in the case of a mobile device, using the App Store or Google Play.

Once we have LDS installed, the first step we suggest is to create a user in the LaserPecker cloud and then connect with our LaserPecker LP5.

The process both from the App and from the desktop version is quite intuitive and simple, as an example we show you some screenshots of both processes:

During this process, the front LED of our LP5 will give us important information about its condition:

We now have our environment set up to start using LDS and create our projects!!

Before starting any of our projects, it is important to make sure that we focus the LP5 correctly on the material.

To do this, if we don’t already have it, we will enable the red dots mode for focus and start the project preview that will throw a rectangle the size of the area of our project to be able to center our material. Using the platform controls to adjust the height to the optimal focus… which is the moment when the two red dots merge into one.

Another important step before launching our project is the adjustment of the different layouts of our project and materials that we make. 
To facilitate this task, LaserPecker provides us with a complete list of materials for its different devices, including obviously the LP5, where they advise us on configurations for different materials, finishes and use depending on the laser we need:

We also advise you to carry out a test of materials that we can generate from the LDS itself and thus check different settings and their results in our materials.
This process can be explained in detail in the documentation that LaserPecker puts in its knowledge base… Using LDS to Create a Material Test.

Another important aspect is to remind you of what was said above in reference to security, especially do not forget supervision, while we carry out engraving work the device must be under constant supervision.
We take this opportunity to remind you that we have an emergency button to stop the machine at any time.

Continuing with the controls at the top we also find two other buttons, the preview button and the pause button.

Now we will only have to start experimenting with different materials, settings… and our creativity!!

LaserPecker LP5 user experience and tests

We have carried out different projects with the LP5 using a wide variety of materials for which the information we have from LaserPecker on its website as we already mentioned has been of great help to us. Especially its summary of parameter configuration for different materials, whether in engraving or cutting, and although in the LDS you can select the material, in our case and on Mac it did not work well.

In general, all projects are carried out very quickly thanks to the characteristics of the LP5, except in the case of 3D engraving or embossing, which can take several hours.

As we have already mentioned, an important aspect is the engraving area and which we have to take into account since we have 3 aspects to take into account:

• We have a theoretical 140×200 mm mechanical range for the laser area
• 120×160 mm is the optimal area and where LaserPecker advises/limits the engraving/cutting area by limiting corners
• finally 160×300 mm if we have the sliding extension that we already mentioned

We explain this because it is a very important aspect to take into account and you have explained it in more detail on their website. The LDS itself will assist us from its interface with that work area at all times, either with the normal LP5 or using the sliding extension.

We have tested many materials using different options that our LP5 allows us obtaining great results, here are some examples.

Wood

Using LP5 with materials such as wood is a joy, a material that works very well and gives excellent results. Obviously, depending on the material, we always advise you to carry out a test to obtain the optimal values.

In the example above we used the laser diode with 47% power and 20% depth at 2K with an excellent result, clean in details and fast. 
Here are some tests carried out to create an order of wooden keyrings that after adjusting the configuration were incredible!!

Wood is usually an easily flammable material, so we advise you to pay special attention to fit tests as well as supervision during engraving/cutting.

Leather

Another material that usually gets great results is leather/fur. In this case again we use the laser diode at 2K using 30% power and depth.

We carry out other projects with similar values but using the fiber laser that allows another type of very interesting finish as well.

As with wood, we must pay special attention to any type of ignition of the material, so it is important to carry out tests to correctly adjust the engraving/cutting settings.

Acrylics/Plastics

The LP5 with its 20W diode laser can cut up to 15mm. With both the test materials and materials we have, the LP5 behaved in a sensational way, being able to make engravings and cuts in a simple way with sensational finishes.

We advise you to review the following guide for acrylics, and this one for engraving, on the LaserPecker website for more details and projects.

It is especially important with this type of material to filter the air during the engraving/cutting process, as hazardous particles can be generated with plastic materials.

Stone

Stone engraving is another material where we can obtain sensational results either using normal engraving or 3D engraving that we will show you later in detail.

In this case and for this type of material, it is important to pay special attention to the remains generated, usually dust, during engraving.

Metals

Thanks to its double laser and this material we can carry out multiple projects with different finishes, especially those engraving that have an excellent finish.

We have to confess that the use of the LaserPecker LP5 with metals is a delight and that we can obtain excellent results just by carrying out a test and adjustment for the material/finish we are looking for.

The engraving on metal bottles could not be missing taking advantage of the rotary extension that we have. 
It is a totally advisable accessory if we plan to do projects with circular objects as it greatly facilitates the work and finishes.

It is important to remember that in the case that we use the rotary extension we adjust in LDS the diameter or perimeter of the piece we want to work with… in addition to obviously selecting in the configuration of our LP5 that we use this extension.
We advise you to take a look at the documentation available on the LaserPecker website.

In the case of metals, we are not one of the cutting options since LDS incorporates two types of cutting for this material.

If we select the standard mode called Line Cutting this basically allows the cut by increasing the power and depth.

On the other hand we have the Helical Cutting option, in this case the laser performs a vertical helical movement while in parallel it makes the normal movement:

It is advisable to use Helical Cutting for metal cutting as metal melts and deforms at high temperatures. in addition to cooling it solidifies again. This means that using normal methods we can have problems. Helical Cutting can prevent this by reducing thermal deformation and improving the quality of our metal cuts.

3D Engraving

LaserPecker has the 3D engraving function that allows engraving creating a 3D effect.

It is important to emphasize that to make this effect we need processed images to obtain their depth map and we can find projects already processed in https://www.laser-pics.com/ or generate online based on an image… In our case, https://depth-r.com/ or https://huggingface.co/spaces/xingyang1/Distill-Any-Depth are the ones we liked the most and gave decent results.

The gray-white pixels (lighter areas) represent the part of the scene closest to the viewpoint, and the gray-black pixels (darker areas) represent the part of the scene that is farthest away from the viewpoint.

Once we have our image processed and within LDS we will use the effects option to activate the 3D engraving and we will adjust the options depending on the material:

As we can see in the previous screenshot, an important aspect for the finish is the range or number of layers to be made, a greater amount will give a better result but on the contrary it will make the process take longer.

In the same way in the settings we can indicate the height of each jump in the range/layers that will also affect the final result:

A few things to keep in mind:

• it is advisable to launch this type of effects from the USB directly from the LP5, as we have already mentioned it can take several hours depending on the configuration and thus avoid problems as well as speed up the process. Depending on the complexity of the process and your team, it may take several minutes to convert/export
• Use a powerful fan to prevent debris from remaining on the part and affecting the finish
• Fix the part well to avoid displacement of the part

Taking advantage of the suggestion to use the USB for this type of work, we remind you of its use.

• we will export/save our LDS project on our USB formatted FAT32… it is important that we use export to LPB format since it is the format that the LP5 will be able to process
• we will connect the USB to the port indicated in the following image

• again from LDS, and with the USB connected, we will go to the option to see the projects of the USB and launch it normally

For one of our tests we used the following example https://www.laser-pics.com/image/animals-depth-map-22da5 which we engraved in stone:

Once we have our part with 3D engraving, it is essential to process these correctly:

• In the case of wood, using the fiber laser for a second engraving with low power and depth helps to eliminate residues
• As with wood we can do a second engraving with the fiber laser, also remember to wait a few minutes to touch your piece as it can be at high temperatures. Also depending on the metal we use we can use a suitable cleaning agent for it and polish it.

Multicolor engraving

One of the functions that also caught our attention was being able to make color engraving, something we had not tried.

Although we continue to do tests to obtain better results, we are going to explain the theory of the process and the “magic” behind this type of engraving.

Normally, and depending on the material, the engraving is usually two-tone… black or white with their shades and obviously depending on the material of the piece.

Color engraving can obtain shades of color making our works spectacular. In concept, this effect is based on two principles: oxidation or the use of coloring agents.

In the case of oxidation in materials such as stone or metal, this oxidation occurs during engraving, which allows these shades to be obtained… basically using different settings of the laser during the process and in certain areas will allow this effect.

• metals, the use of fiber laser is usually the best option
• stone, in this case the diode laser is usually the most advisable although we can also use the fiber laser
• ceramic or glass, is another material that we can obtain this type of effect but in this case we have to use a dye for laser engraving and the advisable laser is the diode

As an example, one of the tests carried out in which we continue to work to obtain better results.

LaserPecker LP5 3Dwork analysis

This LaserPecker LP5 thanks to its dual lasers, diode and fiber, of 20W has excellent performance with any material whether we make engravings or cutting. Aspect to take into account is the area/volume of work can be quite limited for certain projects and although we have different accessories that enhance the uses of the LP5 we still think that for certain users it can be a negative point… along with its price if we do not correctly assess the quality of materials and components.

On the other hand, it is a very portable device, so it can be a perfect device to be used almost anywhere in a simple way. In addition to a fairly simple use and handling that will please those users who are new to the use of lasers as well as those with some experience.

And this is where we find a big point in favor of the LP5… the simplicity of its implementation and use where in a few minutes and following the resources that LaserPecker puts at our disposal we can start carrying out incredible projects.

The LaserPecker Design Space, LDS, is a tool that is very good but we believe that it still does not live up to expectations in the face of a machine with the capabilities of… and price… of the LP5.

Lacking advanced options that other apps like LightBurn have… LaserPecker would probably have to either enhance LDS with advanced functions, although version after version they are improving, or provide a license of a software that does allow you to obtain the full potential, I think the price should cover one of both solutions.

For example, a project time estimate would be great, especially in 3D engraving that can take many hours depending on the settings. Another option to improve would be to be able to transfer projects to the USB connected to the laser instead of having to connect/disconnect. Specific options for each component and not that it encompasses these depending globally on whether it is a path, fill, image. Not being able to work on a project setting without connecting to the LP5 has seemed cumbersome to us, especially when you work with complex projects that require time to prepare and during which you have the machine on “for nothing”… These are aspects that would be ideal for a laser with these premium characteristics.

We also find, at least in our case using Mac, the profiles for material selection, random hangings or export processes that never finish have not worked… to give a few examples.

In any case, for an average user it will be totally adequate… 
The user and user experience is much more pleasant than with more “pro” software.

We also found some problems with the use of the LP5 such as problems to be able to access the USB, both the original included and others used in other projects, which forced us to always use the recording from the host either by Wifi or USB cable.

We would also like to highlight that the equipment generates significant noise during operation, which together with the safety measures discussed above, is important to use in safe locations and under constant supervision.

On the other hand, we find it quite cumbersome that we do not have an off switch so as not to remove the power cord would improve the use of the machine.

The air filtration system is an accessory that we think is one of the best… 
but having to control it manually and not counting the possibility that the LP5 can control it automatically seems to us an improvement to implement in the future.

In addition to the noise it may generate and safety issues discussed, it is also important to manage the possible gases and remains of material in the form of dust that are generated.
The use of a filtering system is more than advisable and in some cases for dust residues the use of an extra fan is quite advisable since a large volume of dust can be produced that apart from affecting the finish can leave our work area affected.

Safe Enclosure we have loved using it, but it is a bit “complicated” to set up… 
In any case, once we start it up and use it, it is a very interesting tool, too bad that it is not compatible with the sliding accessory.

In addition our test unit came with a mechanical problem and we were able to use it in a limited way, in any case it helped us to see the after-sales service of LaserPecker which has been excellent.

Another aspect that we would like to highlight and believe important is that as well as the excellent support for the problem with the Safe Enclosure we also received an email reporting a possible problem with a component of our LP5, the protection dome/cone, which apparently in our unit was not the correct one… we contacted LaserPecker support and in just 4 days we had the correct version!!

Where to buy the LaserPecker LP5 and accessories?

LaserPecker has the LaserPecker LP5 in its online store where you can buy it directly, accessories, spare parts and consumables.

In any case, we provide you with some links to their and other reference stores:

LaserPecker LP5

AI-Optimized Summary

1. Introduction and context

The LaserPecker LP5 is the evolution of the LP4, offering a dual system (20 W fiber laser at 1064 nm and 20 W diode at 450 nm) in a compact, premium-built chassis. 
It is designed for engraving and cutting a multitude of materials, from wood and leather to metals and stone.

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2. Main Specifications

Feature	Value
Laser Source	20 W diode (450 nm) + 20 W fiber (1064 nm)
Workspace	120 × 160 mm (oval) / 100 × 100 mm (square)
Maximum speed	10,000 mm/s
Engraving Accuracy	0.0027 mm
Spot size	0.08 × 0.1 mm (diode) / 0.06 × 0.06 mm (fiber)
Supported formats	G-Code, JPG, PNG, BMP, SVG, DXF
Connectivity	USB, Wi-Fi
Total Weight	6.02 kg
Dimensions (laser unit)	255 × 98 × 183 mm
Certifications	CE, RoHS, FCC, FDA, UKCA, etc.

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3. Accessory Ecosystem

• Slide Extension: Expands the area up to 160 × 300 mm.
• Rotatory Extension: Allows engraving/cutting on cylindrical objects (bottles, rings…).
• Air Purifier: Filters up to 99.97% of ≥ 0.3 μm particles.
• Safety Enclosure: Enclosure with safety sensors, filtering, integrated camera and fire extinguishing options.
• Others: Batch Engraving Button, PowerPack, Cutting Plate, Electric Roller, etc.

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4. User experience and tests

• Assembly and configuration: Very simple, without a touch screen (unlike LP4), control by app (Design Space) or desktop software.
• Enfoque y previsualización: Sistema de puntos rojos que se fusionan para un enfoque preciso.
• Pruebas con materiales:
  • Madera: Área óptima de 120 × 160 mm, grabado limpio y rápido.
  • Cuero: Excelente resultado con 30 % potencia y 2 K de profundidad.
  • Acrílico: Corte hasta 15 mm con láser diodo.
  • Piedra y vidrio: Grabado con diodo; coloreado mediante agente oxidante.
  • Metales: Uso preferente de fibra; “Helical Cutting” para reducir deformaciones térmicas.
  • Grabado 3D: Requiere mapas de profundidad (p.ej. Depth‑R, Laser‑Pics), varias horas según capas y altura .
  • Grabado multicolor: Combinación de potencias y pasadas con ambos láseres para tonos diversos.

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5. Pros y contras

Pros:

• Potente láser dual 20 W.
• Compacta y muy portable.
• Altísima velocidad de grabado/corte.
• Gran versatilidad de materiales.
• Ecosistema de accesorios muy completo.
• Seguridad avanzada con enclosure y purificador.

Contras:

• Área de trabajo limitada para algunos proyectos.
• Software Design Space con opciones mejorables frente a alternativas “pro”.
• Proceso de montaje del enclosure algo engorroso.
• Nivel de ruido elevado con filtrado activo.
• Precio elevado para ciertos usuarios.

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6. Conclusión

The LaserPecker LP5 stands out for its balance of power, portability and versatility. 
It is ideal for makers and professionals who need to quickly and accurately engrave and cut multiple materials, although the volume of work and software could be improved. 
Its robust ecosystem of accessories and premium approach make it an attractive option, despite a relatively high cost.