Like you, everyone else eagerly awaits the insights of xTool P2 – the new 55W CO2 laser cutter & engraver from the renowned company – xTool.
So, what is xTool P2 offering to you? How does that matter compare to other giant competitors such as Glowforge? This article will focus on every detail of the xTool P2, along with a head-to-head comparison & laser cutting and engraving experiments.
The xTool P2 is a 55W CO2 laser engraver with air assist, water chiller, two 16 MP cameras, 0.001 precision, 600 mm/s laser cutting speed, curved engraving ability, auto laser calibration, and a lot more safety features. It also offers a high rise and motorized pass-through for longer cutting & engraving works, ultimately a lucrative deal over Glowforge’s laser cutters.
We tried to include just everything about xTool P2 so, we hope to see your feedback right after you finish.
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xTool P2 Review
As a laser engraving expert, I highly recommend the xTool P2 laser cutter to all crafters and laser enthusiasts. This machine boasts an impressive set of features that make it a powerful tool for any laser cutting or engraving project.
The large work area with motorized passthrough allows for efficient and seamless processing of large materials, while the built-in water cooling and air assist ensure optimal performance and longevity of the machine. Additionally, the integration of two 16 MP cameras for closer and wide angle shots is a game-changer for precision and accuracy in laser engraving.
The P2 also offers batch processing and curved engraving capabilities, allowing users to easily and efficiently tackle large and complex projects. And perhaps most importantly, the safety features such as fire detection, fire fighting equipment integration, and auto shut down make this machine a reliable and safe option for any workspace.
With a cutting speed of 600 mm/s and an engraving precision of 0.001, the xTool P2 laser cutter is a top-of-the-line option for any serious laser engraving enthusiast. I highly recommend this machine for anyone looking to take their laser cutting and engraving skills to the next level.
Key takeaways
These are the key highlighting points that makes the xTool P2 different from other laser cutters.
- 55W CO2 laser tube which is powerful than the Glowforge Pro but, comes at a 40% lower price than what Glowforge Pro asks
- Available with RA2 Pro (rotary attachment), Riser & Motorized pass through for cutting spherical, larger & thicker materials
- Smoke purifier available that sucks all the smokes and vents outside with duct fan & exhaust pipe
- Offers advanced safety features such fire solution integration ability
- Can engrave curved material which is first in laser engraving market
- Features two powerful camera for better focus & monitoring
- Air assist & water chiller ensures better laser engraving
- Maximum engraving speed is 600 mm/s which higher than Glowforge Pro
- Engraves at a precision of 0.001 & 1000 DPI which makes the engravings more accurate & vibrant
- Automatically detects the material shape during batch engravings that saves users time
- Offers larger bed size compared to Glowforge & Gweike
Negative Sides
- xTool is comparably new in CO2 laser industry so, glass tube replacement services are not declared yet
- Slate bed offers too much gap between two slates which limits smaller jwellery engravings
- Exterior is made of plastic but looks great
Key Specifications
Here are the key specifications of xTool P2:
| Laser Power | 55W CO2 |
| Expected Life | +- 8000 Hours |
| Dimension | 39.4″ × 25.1″ × 10.6″ |
| Work Area | 26.7” × 14.1” |
| Z Axes Travel | 3 Inches |
| Maximum Engraving Speed | 600 mm/s |
| Precision | 0.01 mm |
| Water chiller | 1.4 Litre |
| Camera | Two 16 Mega pixels cameras |
| Maximum Engraving Resolution | 1000 DPI |
| Software | xTool Creative Space & LightBurn |
| Rotary Axis | RA2 Pro |
| Pass Through | Motorized |
| Air Assist | 2.175 - 21.75 psi |
Laser Power
The xTool P2 55 CO2 laser cutter is a powerful and affordable machine that packs a punch with its 55W laser tube. The 55W laser tube allows for fast and efficient cutting and engraving on a wide range of materials, including wood, acrylic, leather, and more.
One of the strengths of the xTool P2 is its design that places the laser tube on the back of the machine and sends the laser beam through two reflecting glasses to the laser head. This design has several benefits. First, it allows for a more compact and streamlined machine design. The laser tube can be positioned out of the way, leaving more space for the work area and reducing the overall footprint of the machine. Additionally, the reflecting glasses help to maintain the power and precision of the laser beam as it travels from the tube to the cutting head. This reduces the chances of losing power or accuracy due to distortion or reflection issues.
Here’s a comparison of the laser power between the P2 & other similar laser engravers:
| Laser Cutter Model | Laser Power |
|---|---|
| xTool P2 | 55W (CO2) |
| OMTech Polar 50W | 50W (CO2) |
| Glowforge Pro | 45W (CO2) |
| Dremel LC40 | 40W (CO2) |
| Boss Laser LS-1416 | 50W-65W (CO2) |
Exterior & Accessories
The xTool P2 laser cutter is a well-packaged and fully built machine that boasts an impressive exterior design. Although the exterior is made of plastic, it provides a premium feel that surpasses its strong competitor, the Glowforge Pro.
The machine is designed to reduce set up and running time, and users can quickly start working by simply unpacking and connecting it to a power source. As a first CO2 laser by xTool, the P2 delivers excellent performance in a sleek and visually pleasing package.
The machine is fully enclosed for safety, and accessories like working materials such as plywood and a hose pipe for air ventilation make it even more convenient and user-friendly. Overall, the xTool P2 laser cutter is a reliable and strong machine that not only works well but also looks great while doing it.
Interior Outlook
The xTool P2 55W CO2 laser cutter boasts impressive internal strength, owing to its anodized aluminum slate bed. This feature sets it apart from competitors who rely on honeycomb laser beds. The slate bed design allows for better airflow and easy removal, making it a breeze to clean and maintain. The bottom sheet under the slates can also be easily pulled out when needed, simplifying bed rising and dust removal.
The gantry movement is a standout feature of the xTool P2. It moves effortlessly on three axes, making laser cutting and engraving a smooth and seamless process. The gantry moves quickly thanks to the laser head’s movement through mirror reflection, which boosts speed and precision. Additionally, the laser cutter automatically calibrates everything, making it easy to use for both experienced and novice users.
Anodized slat bed vs honeycomb bed
Anodized Slat Bed and Honeycomb Bed are two popular types of work surfaces used in laser cutting and engraving machines. Both have their unique benefits and drawbacks. In this comparison, we will focus on the benefits of anodized slat bed compared to the honeycomb bed.
| Feature | Anodized Slat Bed | Honeycomb Bed |
|---|---|---|
| Material support | Good | Excellent |
| Material versatility | Excellent | Good |
| Airflow and smoke extraction | Good | Excellent |
| Durability | Excellent | Good |
| Cleaning and maintenance | Easier | More challenging |
| Material contact points | Fewer | More |
| Material warp prevention | Better | Moderate |
| Risk of material falling | Lower | Higher |
| Cost | Generally lower | Generally higher |
These are the few advantages of anodized slat bed:
- Durability: Anodized slat beds are more durable and long-lasting than honeycomb beds. The anodized aluminum is resistant to corrosion and wear, making it a great choice for heavy use or cutting and engraving materials that generate debris or residue.
- Cleaning and maintenance: Anodized slat beds are generally easier to clean and maintain than honeycomb beds. The open design allows for simple removal of debris and dust, whereas honeycomb beds require more effort to clean due to their intricate structure.
- Fewer material contact points: The slat design provides fewer points of contact with the material being processed, reducing the risk of scorch marks and heat damage. In contrast, honeycomb beds have more contact points, which can sometimes lead to marks on the material.
- Material warp prevention: Anodized slat beds can better prevent material warping, especially when working with larger or thicker materials. The slats provide more rigid support, while the honeycomb design may allow for some material sagging.
- Lower risk of material falling: The slat design reduces the risk of smaller materials or cut pieces falling through the work surface, which can be an issue with honeycomb beds.
- Cost: Anodized slat beds are generally less expensive than honeycomb beds, making them a cost-effective choice for many users.
The xTool P2’s bed size of 26 inches by 14 inches is significantly larger than that of the Glowforge Pro, making it ideal for large laser cutting projects. The gantry transmission system uses belt drive for X and Y axes, and lead screw for Z axis, ensuring smooth and accurate movement across all axes.
Here’s a laser engraving bed comparison between te xTool P2 & others
| Laser Cutter Model | Engraving Bed Type | Engraving Bed Size (Width x Length) |
|---|---|---|
| xTool P2 | Anodized Slat Bed | 20.8″ x 11.8″ (530mm x 300mm) |
| OMTech Polar 50W | Honeycomb Bed | 19.7″ x 11.8″ (500mm x 300mm) |
| Glowforge Pro | Honeycomb Bed | 20″ x 18″ (508mm x 457mm) |
| Dremel LC40 | Honeycomb Bed | 20″ x 12″ (508mm x 305mm) |
| Boss Laser LS-1416 | Honeycomb Bed | 14″ x 16″ (356mm x 406mm) |
The xTool P2 features an anodized aluminum slat bed with a working area of 20.8″ x 11.8″ (530mm x 300mm). The slat bed design provides durability, easy cleaning, and fewer material contact points compared to honeycomb beds. The larger width of the xTool P2 engraving bed allows for processing of wider materials, making it a versatile choice for various projects.
Overall, the xTool P2 55W CO2 laser cutter is a versatile and reliable machine, designed to meet the demands of professional laser engravers. Its internal strength, metal equipment strength, flexibility of gantry movement, and slate bed design make it a top choice for those in need of high-quality laser cutting and engraving.
Camera
The xTool P2 55W CO2 laser is equipped with two high-quality 16 MP cameras that serve various purposes. One camera is strategically placed near the top lid to capture wide-angle fish-eye photos, while the other is situated near the laser head in the gantry to take precise closure pictures. The two cameras work in conjunction to provide users with a comprehensive view of the laser engraving process.
Compared to the Glowforge Pro’s 5 MP camera, the xTool P2’s cameras offer users a higher resolution and sharper image quality. This allows users to capture fine details and achieve precise cuts and engravings, resulting in high-quality finished products.
Moreover, the placement of a powerful camera near the laser head directly contributes to the laser beam calibration during engraving over an uneven surface. The camera’s high resolution and precise image capture capabilities help the laser head to detect surface variations and adjust accordingly, ensuring accurate and consistent engraving depth and quality.
In summary, the inclusion of two 16 MP cameras in the xTool P2 55W CO2 laser provides users with a range of benefits, including high-quality image capture, precise cuts and engravings, and accurate calibration over uneven surfaces. These features set the xTool P2 apart from other laser engraving machines, such as the Glowforge Pro, which uses a lower resolution camera.
Rotary Attachment
The xTool P2 is compatible with xTool’s most popular rotary attachment which is known as RA2 Pro. which we have also seen with their D1 pro versions.
XTool’s RA2 Pro rotary attachment is a device that attaches to a laser engraving/cutting machine and allows it to engrave cylindrical objects with precision and accuracy. The RA2 Pro can handle objects with diameters ranging from 10mm to 200mm and lengths up to 550mm.
Here are experiments that we did with xTool P2 and result was amazing!
The functionality of the RA2 Pro is based on its rotation mechanism, which enables the laser to move along the cylindrical object while it rotates, allowing for a consistent and precise engraving result. The device is compatible with various laser engraving/cutting machines, and it can be easily attached and detached from the machine without any additional tools.
The advantages of using XTool’s RA2 Pro rotary attachment include:
- Precision and accuracy: The RA2 Pro’s rotation mechanism ensures a precise and accurate engraving result, even on uneven or irregular surfaces.
- Versatility: The RA2 Pro can handle a wide range of cylindrical objects with different diameters and lengths, making it a versatile tool for engraving/cutting various objects such as glasses, bottles, pens, and more.
- Time-saving: The RA2 Pro enables a faster engraving/cutting process, as it eliminates the need for manual rotation and ensures a consistent and uniform result.
- Cost-effective: The RA2 Pro is a cost-effective alternative to purchasing a dedicated rotary engraving/cutting machine, as it can be easily attached to an existing laser engraving/cutting machine.
- User-friendly: The RA2 Pro is easy to install and use, and it comes with a user manual and online tutorials to guide users through the setup and operation process.
XTool’s RA2 Pro rotary attachment is a useful tool for anyone in need of a reliable and efficient solution for engraving/cutting cylindrical objects.
Upgradability
One of the key features that sets the xTool P2 apart from other laser engravers, such as the Glowforge Pro and Gweike Cloud, is its ability to expand the bed size using the Motorized Pass-Through extension and Riser. The xTool P2 comes with a large bed size of 26″×14″ (680360mm), with a processing area of 23.6”×12.1” (600308mm). However, with the addition of the Motorized Pass-Through extension, the bed size can be increased to infinity, depending on the designs and available space.
The Riser, on the other hand, increases the height of the laser cutter, allowing for the processing of thicker materials. Together, the Riser and Motorized Pass-Through extension offer users flexibility and versatility in their laser cutting and engraving projects.
It is worth noting that these additional features come with an extra cost. However, investing in the Riser and Motorized Pass-Through extension can result in a quicker return on investment, as users can take on larger projects and process thicker materials, resulting in higher profit margins.
In conclusion, the xTool P2’s ability to expand its bed size using the Motorized Pass-Through extension and Riser sets it apart from other laser engravers on the market. While there is an additional cost associated with these features, they offer users flexibility and versatility, allowing them to take on larger projects and process thicker materials.
Curved Engraving
The xTool P2 55W CO2 laser cutter is a game-changer in the laser engraving industry, being the first machine capable of engraving uneven or curved material with a precision of 0.001 and a cutting speed of 600mm/second, with a resolution of 1000 DPI. This capability is made possible by the attached 16 MP camera, which helps set up the focus and recalibrate the focus when traveling through the curvatures.
This is a significant advancement in laser engraving technology, as no other laser engraver to date can accomplish curved engraving at this level of precision and speed. The xTool P2 has taken an early mover advantage by introducing this feature, providing users with unparalleled flexibility in their engraving projects.
In contrast, other popular laser engravers such as Glowforge Pro, Gweike, and OMTech Polar cannot perform curved engraving at the actual parameter, making the xTool P2 a clear leader in this field.
However, curved engraving with a CO2 laser does present some challenges. One of the biggest challenges is ensuring a consistent and accurate focus on the curved surface. The xTool P2’s 16 MP camera helps to address this issue by allowing for precise focus adjustments as the laser travels through the curvature. Additionally, the material must be held securely in place to avoid movement during the engraving process, which could result in uneven engraving depth or even damage to the material.
Overall, the xTool P2 55W CO2 laser cutter’s ability to perform curved engraving at high precision and speed sets it apart from other laser engravers on the market. While there are challenges to curved engraving with a CO2 laser, the xTool P2’s 16 MP camera and advanced technology address these issues, providing users with unprecedented flexibility and versatility in their engraving projects
Steps of curved engraving
Performing laser engraving on a curved surface using the xTool P2 can seem daunting at first, but the process is straightforward once you get the hang of it. Thanks to the advanced capabilities of this tool, you can engrave with precision on surfaces that aren’t flat. Here’s a step-by-step guide on how to achieve this:
- Start by removing the slats from the laser cutter, providing a clear space for your curved material. Place your object in the laser cutter, ensuring it’s positioned correctly for the design you plan to engrave.
- Close the lid of the xTool P2 and select the ‘Curve Measure’ option on the interface. This important step allows the machine to scan and analyze the curvature of your material.
- The P2 will emit a small red light beam. Use this as your guide to manually select the curve spots on your material. This process helps the machine to create a 3D model of your object, providing a foundation for the subsequent engraving process.
- Take the time to carefully mark all vertices on the curve. The precision of the curve engraving is largely dependent on these markers. The more accurately these are placed, the better the resulting engraving will be.
- Next, import your design into the workspace indicated by the laser software. This is where you’ll be able to adjust and align your design with the mapped vertices of your material.
- Adjust the engraving speed setting. For curved surfaces, it’s recommended to set the speed higher than 30mm/s. This ensures the laser has ample time to accurately adjust and focus on the changing surface. However, the softwire doesn’t warn if the speed is set below 30 mm/s which needs to be addressed with a small bug fixing update.
- With all parameters set and your design in place, hit ‘Preview’ to double-check everything, and then ‘Process’ to start your engraving.
What makes the xTool P2 stand out is its application of 3D modeling technologies, which enable it to interpret and adapt to the shape of your curved object. This advanced capability, coupled with the tool’s precision-focused laser beam, allows the xTool P2 to deliver superior engraving results, even on the most complex surfaces. With a bit of practice, you’ll be able to produce stunning, professional-grade curved engravings, enhancing the versatility of your creations.
Batch Processing
The xTool P2 55W CO2 laser cutter boasts a unique and impressive feature that sets it apart from other laser engravers on the market. It can not only perform batch processing, but it also eliminates the need for users to manually place objects in a specific pattern. Users can simply place their items for batch processing inside the machine, and the xTool P2’s artificial intelligence will automatically detect the correct shape of the engravable items and place the design accurately.
This feature is a significant breakthrough in laser engraving technology as it saves users a significant amount of time and effort. Prior to the xTool P2, users had to manually place each item in a specific pattern, which could be time-consuming and challenging. With this feature, users can simply load their items into the machine and allow the xTool P2 to take care of the rest.
However, implementing this feature presented some challenges for the xTool P2 team. One of the biggest challenges was developing an artificial intelligence system that could accurately detect the shapes of different objects and apply designs accordingly. This required extensive testing and calibration to ensure that the system could accurately and consistently place designs on various objects.
Nevertheless, the xTool P2 has successfully overcome these challenges and provides users with unparalleled convenience and efficiency in their engraving projects. With this feature, users can significantly increase their productivity and focus on other aspects of their business.
In conclusion, the xTool P2 55W CO2 laser cutter’s ability to perform batch processing and automatically place designs on engravable items is a significant breakthrough in laser engraving technology. While there were challenges in developing this feature, the xTool P2 has successfully addressed them, providing users with unprecedented convenience and efficiency. This feature makes the xTool P2 a premium choice over other laser engravers such as Glowforge and Gweike.
Air Assist & Water Chiller
The xTool P2 laser cutter is equipped with two essential mechanisms that significantly contribute to the precision, accuracy, speed, and overburning materials of the laser cutting and engraving process. These mechanisms are the air assist and internal water cooling system, which are especially useful when working with a CO2 laser cutter like the xTool P2.
Air assist is a feature that blows a stream of compressed air around the laser beam as it cuts through the material. This stream of air serves to cool the material being cut, preventing it from overheating and catching fire. The air assist also helps to remove debris and particles from the cutting area, preventing them from accumulating and interfering with the cutting process. The adjustable range of the xTool P2 air assist, from 15-150Kpa (2.175 – 21.75 psi), ensures that the air pressure is optimized for different materials, providing the best cutting and engraving results.
The internal water cooling system of the xTool P2 is designed to remove heat generated during the laser cutting process. This system circulates water through the laser tube, absorbing heat from the tube, and dissipating it through the radiator. The water capacity of 1.4L (0.37gal) ensures that the water is cooled sufficiently to prevent overheating, which can damage the laser tube and affect the cutting quality. The water cooling system also helps to stabilize the laser beam, ensuring consistent cutting and engraving performance.
The combination of air assist and water cooling mechanisms on the xTool P2 laser cutter offers several advantages in the laser cutting and engraving process. These advantages include:
- Improved precision and accuracy: The air assist and water cooling systems prevent the material from warping or melting, ensuring precise and accurate cuts.
- Faster cutting speeds: With the air assist and water cooling systems, the xTool P2 can operate at higher cutting speeds without compromising the cutting quality.
- Reduced over burning of materials: The air assist helps to prevent excessive heat buildup, reducing the risk of overburning materials, which can affect the quality of the finished product.
- Longer lifespan of the laser tube: The water cooling system helps to keep the laser tube cool, preventing overheating, which can damage the tube and reduce its lifespan.
In conclusion, the air assist and internal water cooling system on the xTool P2 laser cutter are critical features that contribute significantly to the precision, accuracy, speed, and overburning materials of the laser cutting and engraving process. These mechanisms are especially useful when working with a CO2 laser cutter, ensuring consistent and high-quality results.
Safety & Security
The xTool P2 laser cutter is a remarkable machine that prioritizes safety and security. It comes with a host of features that make it safe for use at home, school, or office. The enclosed design, along with the light filtering lid, ensures that there is no smoke or light leakage. This feature is particularly useful for people with respiratory issues or allergies. The automatic lock feature ensures that the machine is only operational when the lid is locked in place, making it safe for families with kids or pets.
In addition, the xTool P2 laser cutter has an emergency stop button that immediately shuts down the machine in case of an emergency. This feature is a lifesaver and can prevent accidents from occurring. The hydraulic support feature ensures that the lid stays in place at a 70-degree angle, preventing it from falling and causing harm to the user. This feature adds an extra layer of protection, especially for those who are new to laser cutting technology.
Fire safety is also a top priority for xTool P2. The machine is compatible with xTool’s fire safety set, which can detect the flame, trigger the alarm, and extinguish the fire to ensure a safe workspace. This feature gives customers peace of mind, knowing that their workspace is protected from fires.
Finally, the xTool P2 laser cutter has a multiple-warning system that alerts users to the over-temperature of the motherboard and cooling system, lack of cooling water, and more. This feature ensures that the machine is functioning correctly, preventing any potential hazards.
Overall, the xTool P2 laser cutter is an excellent investment for anyone who values safety and security. Its multiple safety features make it an extremely safe machine that can be used in any workspace. Customers can rest easy knowing that they are protected from potential hazards, allowing them to focus on their work and creativity.
Laser Cutting Ability
The xTool P2 laser cutter and engraver is a powerful and versatile machine that can handle a wide range of materials with precision and speed.
With a laser power of 55W CO2 and a maximum engraving speed of 600mm/s, this machine can cut through various materials such as:
- Acrylic: Acrylic is a popular material for laser cutting due to its versatility, durability, and affordability. The xTool P2 can easily cut acrylic sheets up to 20 mm thick with 0.01 precision and accuracy.
- Wood: The xTool P2 can cut through various types of wood, including plywood, MDF, and solid wood. With its precision of 0.01mm, this machine can create intricate designs and patterns on wood surfaces.
- Leather: The xTool P2 can cut through leather with ease, making it ideal for creating custom leather products such as wallets, belts, and bags. Here’s a list of other leather engravers.
- Paper: This machine can also cut through paper with precision, allowing you to create intricate designs and patterns on paper for various applications.
- Fabric: The xTool P2 can cut through various types of fabrics such as cotton, silk, and polyester, making it ideal for creating custom clothing, home décor, and accessories. Here’s a few more laser engravers specialized in fabric engraving.
With the xTool P2, you can unleash your creativity and bring your designs to life on various materials. Whether you’re a hobbyist, a small business owner, or a professional, the xTool P2 is a powerful and versatile machine that can help you achieve your creative goals.
Here are a few experiments that we did with xTool P2:
Laser Engraving Ability
We have had the opportunity to test the xTool P2 55W CO2 laser cutter & engraver, and I am excited to share my experiences with you. In this write-up, I will describe the experiments I conducted using the xTool P2 and provide evidence of the laser engraving capabilities of this machine. I hope this will help you better understand what can be laser engraved with this requirement and inspire you to create your own unique designs.
To test the engraving capabilities of the xTool P2, I used a variety of materials, including wood, acrylic, and leather. I designed various patterns and images using the xTool Creative Space software and imported them into LightBurn for cutting and engraving. I experimented with different laser power and speed settings to achieve the desired results.
We were impressed with the xTool P2’s ability to engrave intricate designs with great precision. The laser cutter produced sharp and clean lines, and the engraved images were highly detailed. Here are some of the materials I tested and the results I achieved:
- Wood: I engraved a detailed image of a wolf on a piece of birch plywood using a power setting of 50% and a speed of 200 mm/s. The engraving was deep and crisp, and the details of the wolf’s fur were clearly visible.
- Acrylic: I engraved a logo on a piece of clear acrylic using a power setting of 40% and a speed of 150 mm/s. The engraving was precise, and the logo was sharp and easily recognizable.
- Leather: I engraved a custom design on a leather notebook cover using a power setting of 30% and a speed of 100 mm/s. The engraving was clean and precise, and the design had a nice contrast against the leather.
The xTool P2 is a versatile laser cutter and engraver that can be used to create a wide range of designs on various materials. The machine’s high precision and fast engraving speed make it a great tool for creating detailed designs on wood, acrylic, leather, and other materials. With the right settings and design, the xTool P2 can produce high-quality engravings that are both beautiful and durable.
Here are some engraving experiments that we did with the xTool P2:
Wood Cutting & Engraving
Wood is a popular material for laser cutting and engraving due to its versatility and natural beauty. I tested the xTool P2 55W CO2 laser cutter & engraver to see how it performed with cutting and engraving various types of wood. In this write-up, I will describe my experiences and provide evidence of the laser cutting and engraving capabilities of this machine.
Here’s a test done over 3mm basswood plate.
I used different types of wood for testing, including birch plywood, maple, and walnut. I designed various patterns and shapes using the xTool Creative Space software and imported them into LightBurn for cutting and engraving. I experimented with different laser power and speed settings to achieve the desired results.
The xTool P2 performed exceptionally well with cutting and engraving wood. The laser cutter produced clean and precise cuts, and the engraved images were highly detailed. Here are some of the materials I tested and the results I achieved:
- Birch Plywood: I cut a small box out of 1/8″ birch plywood using a power setting of 50% and a speed of 10 mm/s. The cut was smooth and clean, and the edges were free from burn marks. I also engraved a design on the lid of the box using a power setting of 30% and a speed of 100 mm/s. The engraving was deep and crisp, and the details of the design were clearly visible.
- Maple: I cut a maple leaf shape out of 1/4″ maple using a power setting of 60% and a speed of 20 mm/s. The cut was precise, and the edges were smooth and clean. I also engraved a design on the maple leaf using a power setting of 40% and a speed of 200 mm/s. The engraving was highly detailed, and the design had a nice contrast against the light-colored maple wood.
- Walnut: I cut a small sign out of 1/2″ walnut using a power setting of 80% and a speed of 5 mm/s. The cut was clean and precise, and the edges had a nice dark finish. I also engraved a design on the walnut sign using a power setting of 60% and a speed of 150 mm/s. The engraving was deep and highly detailed, and the contrast against the dark-colored walnut wood was striking.
Here’s another wood cutting & experiments done with the xTool P2:
The xTool P2 is a highly capable laser cutter and engraver that can be used to cut and engrave a variety of woods. The machine’s high precision and fast cutting speed make it a great tool for creating intricate designs on wood. With the right settings and design, the xTool P2 can produce high-quality cuts and engravings that are both beautiful and durable.
How to handle shadow?
When it comes to laser cutting, particularly with materials like wood, there are several best practices to consider for optimum results. One significant tip pertains to the use of masking tape during the cutting process.
Applying masking tape over the area to be cut significantly reduces the shadows generated by smoke from the laser head. Smoke, a common byproduct of laser cutting, tends to leave unsightly marks or ‘shadows’ on the material surface. By using masking tape, you create a barrier that protects the wood, maintaining its original color and texture, thus enhancing the aesthetic quality of your final product.
In addition to the masking tape technique, fine-tuning the settings of your laser cutter in LightBurn is another crucial step towards achieving cleaner cuts. LightBurn, as a powerful software, allows you to control multiple aspects of your laser cutter. Adjusting settings such as ‘power’, ‘speed’, ‘line interval’, and ‘scan angle’ can dramatically reduce laser cutting marks, contributing to a smoother, more polished finish. For example, lowering the power setting can prevent the laser from burning too deeply into the wood, which often causes dark marks. Similarly, tweaking the speed at which the laser moves can also help in preventing excessive burning, especially in thinner, more delicate woods.
Lastly, don’t forget to frequently clean the laser head to ensure its optimal performance. Over time, dust and residue can accumulate on the lens, potentially compromising the laser’s effectiveness and precision. Regular cleaning can help prevent these issues and maintain the quality of your cuts. These steps, combined with the impressive performance of the xTool P2, can enable you to consistently achieve high-quality, professional-grade results with your wood cutting projects.
Experimenting Acrylic
In evaluating the xTool P2, a robust 55W CO2 laser cutter, its exemplary prowess in acrylic cutting is a standout attribute. The P2’s distinctive combination of laser precision at 0.001 and a top speed of 600mm/s is an impressive feat, facilitating precision and efficiency that DIY enthusiasts and crafters will find remarkable. During our testing process, we found a power setting of 50 ideal for cutting 8mm acrylic sheets. Simultaneously, the 40 power setting effortlessly performed at a rate of 10mm per second, showcasing the P2’s adaptability to different task requirements. If a pristine finish is your end goal, we strongly recommend using the 60 power setting, which brilliantly enhances the aesthetic quality of the end product without compromising speed or accuracy.
As a pro tip to fellow laser DIY enthusiasts and crafters, it’s important to take note of a few key factors when cutting acrylic. First, always adjust the power settings based on the thickness and quality of your acrylic sheet. For instance, an acrylic sheet with a thickness of 10mm may require a different power setting compared to a 4mm sheet to achieve an equally clean cut.
Furthermore, when cutting intricate designs or fine details, a slower speed combined with lower power settings often gives better results. Conversely, for larger, less detailed cuts, you may opt for higher speed and power.
Lastly, remember to clean your acrylic sheet before starting the cutting process to ensure optimal results. Mastering these settings will not only improve the quality of your cuts but will also enhance your xTool P2’s longevity. The xTool P2’s versatility in accommodating these adjustments easily positions it as an indispensable tool in any craftsperson’s arsenal.
Software Compatibility
xTool p2 is compatible with both the xTool Creative Space & the Lightbrun. here is a comparison between xTool Creative Space control software and LightBurn
xTool Creative Space Control Software:
Positive sides:
- User-friendly interface, easy to navigate and understand even for beginners.
- Provides a wide range of design tools and options for creating custom designs.
- Offers easy file management and organization.
- Supports multiple file formats, including DXF, BMP, AI, and SVG.
- Comes pre-loaded with a library of design templates and shapes.
- Allows for easy connectivity with the xTool P2 laser cutter & engraver.
Negative sides:
- Limited editing capabilities for imported designs.
- Can be slow and unresponsive at times, especially when working with larger files.
- Some users have reported bugs and glitches.
LightBurn:
Positive sides:
- Intuitive user interface with powerful design tools and features.
- Allows for easy and advanced editing of imported designs.
- Supports multiple file formats, including DXF, AI, SVG, and PDF.
- Provides easy file management and organization.
- Supports advanced features such as camera alignment, rotary engraving, and nesting.
- Offers excellent customer support.
Negative sides:
- May take time to learn for beginners.
- Limited number of design templates and shapes compared to xTool Creative Space.
- Does not support some file formats, such as BMP.
Overall, both xTool Creative Space and LightBurn have their own advantages and disadvantages. xTool Creative Space is a great option for beginners or those who want a simple and easy-to-use design software, while LightBurn offers more advanced features and editing capabilities for those who want more control over their designs. Ultimately, the choice between the two depends on the user’s needs and preferences.
How to clean the Slats?
Keeping your xTool P2 Laser Cutter & Engraver clean and well-maintained is crucial for its performance and longevity. One of the essential maintenance tasks is cleaning the slats, which can accumulate debris and dust over time. Here’s a step-by-step guide on how to clean the slats of your xTool P2, based on the YouTube video you provided:
Step 1: Turn off and unplug the machine
Before you begin cleaning, make sure to turn off the xTool P2 and unplug it from the power source. This is a safety measure to prevent any accidental injuries or damage to the machine.
Step 2: Remove the working table
Gently lift and remove the working table from the xTool P2. This will provide you with easy access to the slats for cleaning.
Step 3: Inspect the slats
Check the slats for any debris or build-up. This could include dust, small pieces of material, or even residue from cutting or engraving.
Step 4: Use a brush to clean the slats
Use a soft-bristle brush to gently remove any dust or debris from the slats. Make sure to clean both the top and bottom surfaces of each slat. Be careful not to apply too much pressure, as this could potentially scratch or damage the slats.
Step 5: Vacuum the debris
Once you have brushed away the debris, use a vacuum cleaner with a brush attachment to remove any remaining dust particles. Ensure that the vacuum cleaner is set to a low suction power to avoid damaging the slats.
Step 6: Wipe the slats with a damp cloth
After vacuuming, use a damp cloth to wipe down the slats and remove any remaining residue. Make sure the cloth is only slightly damp and not soaking wet, as excessive moisture could damage the machine.
Step 7: Dry the slats
Before reassembling the machine, make sure the slats are completely dry. You can use a dry cloth or let them air dry for a few minutes.
Step 8: Reassemble the working table
Once the slats are dry, carefully place the working table back into the xTool P2. Make sure it is properly aligned and securely in place.
Step 9: Plug in and turn on the machine
After reassembling the machine, plug it back into the power source and turn it on. Perform a test cut or engraving to ensure everything is functioning correctly.
Additional Tips:
– Clean the slats regularly, depending on the frequency of use and the materials you work with. More frequent cleaning may be necessary if you work with materials that produce more debris or residue.
– Always wear safety goggles and gloves when performing maintenance tasks to protect yourself from potential injuries.
– Consult the xTool P2 user manual for any specific cleaning or maintenance recommendations provided by the manufacturer.
How to avoid over burning during laser engraving?
Over burning is a common issue when using a CO2 laser engraver. It occurs when the laser burns too deeply or too long on the material, causing damage or an undesirable finish. Here are some tips on how to avoid over burning while using a CO2 laser engraver:
1. Adjust power settings: One of the primary causes of over burning is excessive laser power. To avoid this, start with lower power settings and gradually increase them until you achieve the desired result. Test the settings on a scrap piece of material before engraving your final workpiece.
2. Adjust speed settings: The speed at which the laser moves across the material can also contribute to over burning. Slower speeds may cause the laser to dwell too long on a single spot, resulting in over burning. Experiment with different speed settings to find the optimal balance between speed and engraving quality.
3. Use the appropriate lens: Different lenses have different focal lengths, which can affect the intensity of the laser on the material. Make sure to use the appropriate lens for your engraving project to minimize the risk of over burning.
4. Fine-tune the focal point: Adjust the height of the laser head to ensure that the focal point is precisely on the surface of the material. If the focal point is too high or too low, it can result in uneven engraving and over burning.
5. Optimize the raster settings: Raster engraving involves the laser moving back and forth across the material, turning on and off to create the engraved image. Adjusting the raster settings, such as the resolution (dots per inch or DPI) and scanning gap, can help minimize over burning by ensuring that the laser doesn’t overlap too much between passes.
6. Use masking materials: Applying a masking material, such as masking tape or a specialized laser masking film, can help protect the surface of the material from over burning. The masking material absorbs excess heat, reducing the likelihood of over burning the actual workpiece.
7. Test and iterate: Always perform test runs on scrap material or a small section of your workpiece to fine-tune your settings. This helps ensure that you achieve the desired result without over burning the material.
By carefully adjusting your laser engraver’s settings and following these tips, you can minimize the risk of over burning and achieve high-quality engraving results. Remember, experimentation and testing are essential to finding the right balance between power, speed, and other settings for your specific material and project.
xTool P2 Vs Glowforge
If you’re in the market for a premium laser cutter, you may have come across two popular options: the xTool P2 and the Glowforge Pro. Both machines offer high-quality laser cutting and engraving capabilities, but they differ in several key areas. The xTool P2 is a newer entrant in the CO2 laser industry, but it has quickly gained a following thanks to its innovative features and versatility. The Glowforge Pro, on the other hand, is a premium brand that specializes in CO2 lasers, but it comes with a higher price tag. In this comparison, we’ll take a closer look at the xTool P2 and the Glowforge Pro, highlighting their key features, differences, and benefits, to help you make an informed decision on which machine is right for you.
| Feature | xTool P2 | Glowforge Pro |
| Laser Power | 55W CO2 | 45W CO2 |
| Work Area | 26.7” × 14.1” | 279mm deep / 495mm wide |
| Pass-Through Cutting | Yes (Motorized) | No |
| Rotary Axis | RA2 Pro | No |
| Software Compatibility | xTool Creative Space & LightBurn | Glowforge software only |
| Cameras | Two 16-megapixel cameras | One wide-angle camera and one macro camera |
| Maximum Engraving Speed | 600 mm/s | Not specified |
| Precision | 0.01 mm | Accurate within 0.004" (0.1mm) |
| Materials | Wood, fabric, leather, paper, cardboard, plexiglass, Delrin, mylar, rubber, cork, sandpaper, food, etc. (Cutting and Engraving), Glass, marble, rubber stamps, stone, ceramic tile, anodized aluminum, titanium, etc. (Engraving Only) | Wood, fabric, leather, paper, cardboard, plexiglass, Delrin, mylar, rubber, cork, sandpaper, food, etc. (Cutting and Engraving), Glass, marble, rubber stamps, stone, ceramic tile, anodized aluminum, titanium, etc. (Engraving Only) |
| Dimension | 39.4″ × 25.1″ × 10.6″ | 965 x 527 x 210mm |
| Maximum Material Height | 50mm | Maximum material height with tray: 13mm |
| Expected Life | +- 8000 Hours | Not specified |
| Water chiller | 1.4 Litre | Not specified |
| Air Assist | 2.175 - 21.75 psi | Internal air assist with no external compressor hookup required |
| Interface Compatibility | Mac, PC, Linux, mobile devices | Mac, PC, Linux, mobile devices |
| File Compatibility | JPG, PNG, SVG, PDF, and more | Not specified |
| Fixed Alignment | Factory calibrated optical system | Enclosed optical path with cleanable and replaceable windows protects the laser optics |
| Sealed Optics | Enclosed optical path with cleanable and replaceable windows protects the laser optics | Enclosed optical path with cleanable and replaceable windows protects the laser optics |
| Case | High modulus injection molded plastic | High modulus injection molded plastic |
| Linear System | Belt drive (X, Y) and lead screw (Z) | Custom extruded aluminum linear rails with a belt driven v-wheel carrier |
let me provide an in-depth comparison between the xTool P2 and the Glowforge Pro and highlight the key differentiating factors.
The xTool P2 and the Glowforge Pro are both premium laser cutters, but they differ in several key ways.
- Laser Power: The xTool P2 boasts a higher laser power of 55W CO2 compared to the Glowforge Pro’s 45W. This higher power enables the xTool P2 to cut through thicker materials more quickly and with more precision. The additional power also allows the xTool P2 to engrave deeper into materials, resulting in more detailed designs.
- Work Area: The xTool P2 has a larger work area of 26.7” × 14.1” compared to the Glowforge Pro’s cutting area of 279mm deep / 495mm wide. This larger work area enables users to work on larger projects and accommodate bigger materials. The xTool P2’s larger work area also allows users to work on multiple projects simultaneously, increasing productivity.
- Pass-Through Cutting: The xTool P2 allows for pass-through cutting and engraving with a motorized mechanism. This feature enables users to work on materials that are longer than the machine’s cutting area. The Glowforge Pro, on the other hand, does not have this feature. Therefore, users can only work with materials that fit within the machine’s cutting area, limiting the size of projects they can work on.
- Rotary Axis: The xTool P2 comes with a rotary axis (RA2 Pro), which enables users to engrave cylindrical objects such as glasses and bottles. The Glowforge Pro does not come with this feature, which limits users’ ability to engrave cylindrical objects.
- Software Compatibility: The xTool P2 is compatible with both xTool Creative Space and LightBurn software, giving users more flexibility in their design and cutting process. The Glowforge Pro, on the other hand, is dependent on its own online software. This dependency limits users to using only the Glowforge software and may not be compatible with other third-party software such as LightBurn.
- Cameras: The xTool P2 comes with two 16-megapixel cameras, whereas the Glowforge Pro only has one wide-angle camera. Having two cameras on the xTool P2 provides better visibility and accuracy when aligning materials for cutting and engraving. It also enables users to view their material from different angles, resulting in more precise cuts and designs.
We have also surveyed Glowforge users and they showed strong desire over the xTool P2. Here’s the Glowforge forum that discusses on the xTool P2.
In summary, the xTool P2’s higher laser power, larger work area, pass-through cutting, rotary axis, and software compatibility with LightBurn provide users with more versatility and flexibility when it comes to designing and cutting projects. Therefore, the xTool P2 would be a recommended choice over the Glowforge Pro. Additionally, the lack of a rotary axis and motorized pass-through on the Glowforge Pro limits users’ ability to engrave cylindrical objects and work on longer materials.
xTool – How it made the difference
xTool is a leading innovator in the laser engraving industry, specializing in both diode lasers and, more recently, CO2 lasers. The company has established itself as a pioneer in the diode laser industry, consistently bringing new innovations to the market each year. With its reputation for delivering high-quality products and its commitment to excellence, xTool has become a trusted name in the industry.
One of the reasons for xTool’s success is its focus on research and development. The company has invested heavily in developing new technologies and advancing its existing products. This has allowed xTool to stay ahead of the competition and bring new, innovative products to market.
The xTool P2, the company’s first CO2 laser, is a testament to its dedication to innovation. Despite being a new entrant in the CO2 laser industry, xTool has already made waves with the P2, which boasts a 55W CO2 laser and several unique features such as pass-through cutting and a rotary axis. The P2 has quickly become a popular choice among hobbyists, small businesses, and professionals looking for a high-quality CO2 laser that offers exceptional results and versatility.
While the P2 may be xTool’s first CO2 laser, the company’s experience in the laser engraving industry and its commitment to research and development make it a trusted choice for those looking for a reliable and high-quality CO2 laser. Whether you’re a hobbyist, a small business owner, or a professional, xTool’s dedication to innovation and excellence make it a brand that you can trust.
How to start a laser engraving business?
Starting a laser engraving business requires careful planning, research, and investment. The first step is to research the market and identify the demand for laser engraving services in your area. Next, you’ll need to invest in a high-quality laser engraving machine, such as the xTool P2, along with necessary equipment such as ventilation systems, safety gear, and materials to engrave. It’s also important to establish a business plan, set pricing, and create a marketing strategy to attract customers. Building a portfolio of your work and establishing partnerships with local businesses can also help grow your business. With dedication and hard work, starting a laser engraving business can be a rewarding and profitable venture.
Let’s Conclude
After a thorough comparison between the xTool P2 and the Glowforge Pro, it’s clear that the xTool P2 offers several advantages over its counterpart. With its higher laser power, larger work area, rotary axis, pass-through cutting, and software compatibility with LightBurn, the xTool P2 provides more versatility and flexibility when it comes to designing and cutting projects. Additionally, the xTool P2’s innovative features and comparatively lower price point make it a smart investment for hobbyists, small businesses, and professionals alike. Overall, if you’re looking for a high-quality laser cutter that delivers exceptional results and offers more versatility, we recommend choosing the xTool P2.
