Two Trees Laser Engraver Review: Comprehensive Analysis and User Experience

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Laser engraving technology has rapidly evolved to offer diverse functionalities and ease of use in home workshops and small businesses. Among the plethora of options available, Two Trees has made a notable impact with its laser engravers, specifically the TS2 and TTS-55 models. These machines have garnered interest for their balance of high power and accuracy, expanding the possibilities for creators to work on a variety of materials.

The TS2, distinguished for its 10W diode laser, and the TTS-55, a more affordable variant with a 5W laser, both boast significant engraving sizes and are capable of handling various engraving and cutting techniques. The versatile nature of these machines does not compromise their user-friendly nature; both models are praised for their straightforward setup and compatibility with intuitive software, making them accessible even to those new to laser engraving. 

Moreover, these Two Trees models are often mentioned for their competitive pricing, which presents them as valuable options in the market.

Continue to read our in-depth Two Trees Laser Engraver review for a closer look at their performance, features, and value proposition.

Key Takeaways

  • Two Trees laser engravers provide a balance of power, precision, and accessibility.
  • The TS2 and TTS-55 models cater to different needs and budgets while maintaining quality.
  • Comprehensive analysis of these models includes setup, performance, and practical tips.

Specifications and Design

Two Trees Laser Engravers have garnered attention for their robust features and adaptable design. The TS2 and TTS-55 models, differing in power and engraving capabilities, cater to various user needs from hobbyists to more demanding crafters.

Unique Features of Two Trees Laser Engravers

These Two Trees models boast 445nm wavelength diode lasers, with varying power levels leading to different engraving capacities. The TS2 stands out with a 10W laser, suitable for larger and more intense projects, while the TTS-55 features a more modest 5W laser, adequate for lighter work. 

Both models handle a range of engraving modes such as image carving, text carving, scanning carving, and contour carving, providing versatility to the user. This versatility encourages users to play around with different creative possibilities. Files can be loaded in several formats like SVG, NC, BMP, JPG, PNG, and GCODE, with connectivity offered via microSD card, USB-C, and Wi-Fi.

Despite these capabilities, the TTS-55 does not include an interface, which the TS2 compensates with a user-friendly screen. Both machines have safeguards such as a protective shield over the laser module and cooling fans, but they share an open frame design, which does not include a protective outer casing or cutting platform.

Materials Compatibility and Laser Power

Two Trees laser engravers can work on a variety of materials like:

  • Wood
  • Acrylic
  • Stainless Steel
  • Glass (with limited effect)
  • Aluminum (with pre-treatment)

Their open frame structure, made of extruded aluminum, houses stepper motors which facilitate the X and Y axis movement through belts, ensuring smooth and stable engraving progress. The TS2’s sizable engraving area spans 450x450mm, and the TTS-55 offers a 300x300mm surface, both with impressive 10000mm/min engraving speed and a fine 0.1mm engraving accuracy.

The design of both the TS2 and TTS-55 lends itself to smooth operation, yielding clear and dark burns, especially considering their accessible price tags. Despite their many advantages, the assembly process can be intricate, especially for the TTS-55, which lacks a display or control buttons. Users must account for smoke emissions during use, emphasizing the need for laser safety glasses and adequate ventilation. The machines’ extensive footprints necessitate a generous working space.

To harness the potential of the TS2 and TTS-55 safely and effectively, it’s vital to assemble with precision, laying the groundwork on a fireproof base with a cutting mat for material protection. Proper laser safety precautions are mandatory, with focus and alignment checks before initiating engraving tasks. 

Setup and Software

Setting up the Two Trees laser engraver is a clear procedure anchored in connecting the hardware and installing the appropriate software, a critical process for effective laser engraving.

Preparing for First Use

To ensure a smooth initial setup, users must carefully follow these steps:

  1. Connect the Power Supply: Plug the laser engraver into a suitable power outlet, ensuring compatibility with your region’s voltage requirements—whether it’s US 110V, UK 230V, EU 230V, or AU 230V plugs.
  2. USB Cable Connection: Attach the provided USB cable from the engraver to the computer.
  3. Driver Installation: Install necessary drivers on the computer to recognize the laser engraver.
  4. Design File: Users can either import a pre-existing design file or create a new one within their chosen software.
  5. Adjust Settings: Before engraving, configure the laser settings such as speed and power according to the material.
  6. Preview and Position: Utilize the software’s preview feature to place the laser correctly on the material.
  7. Begin the Process: Start the engraving or cutting operation and supervise the machine’s progress.

Software Options and Configuration

The Two Trees laser engravers are compatible with various software solutions, each with unique features:

  • LaserGRBL: This is a no-cost, open-source software designed for Windows users, offering G-code generation and image processing capabilities.
  • LightBurn: A versatile, subscription-based software that is accessible across multiple platforms including Windows, Mac, and Linux. LightBurn supports vector graphic manipulation and intricate editing functions.
  • Two Trees App: An application enabling remote laser control and monitoring for added convenience, suitable for users on-the-go.
  • Screen Operation: (Specific to the TS2 model) This feature allows for operation and adjustments directly through an interface on the engraver itself.

To maximize the potential of these software options, users should:

  • Select proper design file formats and resolutions.
  • Tailor the engravings based on material specifications by altering speed, power, and the number of passes.
  • Take advantage of the preview and positioning tools to reduce errors.
  • Preserve custom settings and designs for subsequent projects to streamline the workflow.

Engraving and Cutting Tips

Effective engraving and cutting with laser engravers such as the Two Trees models require understanding and adjusting various settings and handling a range of materials with precision. This section will outline the crucial steps and considerations for optimizing these processes for high-quality results.

Optimizing Engraving Settings

To ensure peak performance during the engraving process, users must fine-tune the settings to suit the specific material. For instance, wooden surfaces such as plywood or bamboo may need different speed and wavelength settings compared to more delicate materials like leather. Higher speed settings can produce a less pronounced engrave on wood, while a slower speed can deepen the etch. Creating a balance between quality and accuracy often requires adjusting these settings:

  • Wood (e.g., plywood, bamboo): Moderate to high speed; lower power for lighter etch, higher power for deeper engrave.
  • Leather: Low to moderate speed; power settings vary widely based on leather thickness and desired finish.

For techniques like image carving or text carving, using a consistent speed ensures uniformity across the engraving surface, enhancing the overall visual impact of the design. Advanced techniques like scanning carving and contour carving necessitate extra precision in settings to reflect detailed artwork accurately.

Best Practices for Cutting Various Materials

The cutting capability of a laser engraver revolves around the correct balance of speed, power, and material thickness. Users should approach different materials such as acrylic, glass, stainless steel, or chevron with tailored settings to ensure clean cuts and prevent material damage. When cutting shapes or intricate patterns, lower speeds can improve precision, while increased power can ensure a complete cut, especially on thicker mediums.

Materials and recommended settings for cutting:

  • Cardboard, thin wood, leather: Higher speed; medium power.
  • Acrylic, plexiglass: Lower speed; high power for a polished edge.

To enhance the quality and efficiency of the cutting process, consider these practical tips:

  • Apply masking tape over the cutting area to reduce residue from smoke.
  • Measure material thickness accurately with a caliper to set the correct focus distance.
  • Perform trials on a test piece to pinpoint optimal settings.

Here are examples of successful applications:

  • Personalized gifts: Engraving photos or texts on bamboo or leather surfaces.
  • Decorative crafts: Cutting intricate chevron or acrylic patterns for signage or decorations.

Performance and Comparison

When examining the Two Trees Laser Engravers, we intricate on their efficiency in various materials and their standing in the competitive landscape. We probe into the devices’ engraving accuracy, speed, and overall performance while considering their price and the value they offer.

Evaluating Two Trees Laser Engravers

The Two Trees TS2 and TTS-55 have demonstrated commendable performance in the realm of laser engraving. The TS2, with its adeptness, can cut through 8mm plywood and achieve high-fidelity engravings on materials such as stainless steel. Its proficiency yields clear and dark burns with minimal charring, highlighting its precision and consistent quality. Conversely, the TTS-55 boasts the capability to easily cut 8mm light plywood and engrave with efficiency on wood, leather, cardboard, acrylic, and more.

Key benchmarks for these engravers include:

  • Power and Accuracy: Both machines exhibit high-powered lasers that maintain engraving accuracy.
  • Speed and Stability: They accomplish tasks at a swift pace without compromising stability.
  • Versatility and Compatibility: A variety of materials can be processed, showcasing these machines’ flexible applications.
  • Ease of Use and Maintenance: Users find the setup straightforward with user-friendly software integration.
  • Price and Value: They are priced competitively, offering substantial value for their capabilities.

Despite their robustness, they necessitate additional safety measures such as protective glasses and effective ventilation due to their emission of smoke. A fireproof base and cutting mat are also recommended for operation.

Comparison with Competing Brands

Comparing the Two Trees models with other market counterparts, we see a variance in capability and investment value. Brands such as NEJE, Wainlux, and Comgrow provide altered propositions:

  • NEJE laser engraver: This machine is smaller and more affordable but offers lower power and precision, though higher portability.
  • Wainlux laser engraver: It stands out with more features and power but comes at a steeper price and greater complexity.
  • Comgrow laser engraver: Offers high power and accuracy but is less versatile than the Two Trees models.

Breaking down the pros and cons of the Two Trees models:


  • High power and accuracy
  • Large engraving area
  • Ability to work with a range of materials and techniques
  • Straightforward setup and software interface
  • Competitive pricing


  • Lack of protective casing and cutting platform
  • Significant smoke production during operation
  • Essential protective eyewear and proper ventilation needed
  • Considerable footprint
  • Assembly can be intricate

Recommendations for potential users include hobbyists and professionals seeking a potent yet budget-friendly machine. These individuals should be prepared to invest in necessary protective equipment and have adequate space to accommodate these machines.


The Two Trees laser engravers, the TTS-55 and TS2, provide a combination of affordability and functionality suitable for both hobbyists and small businesses. They are versatile machines capable of handling a broad range of engraving and cutting tasks. The TTS-55 is noted for its smooth movement and reasonable price point, while the TS2, being a premium model, offers greater power at a higher cost.

To utilize these machines efficiently and optimize their performance, users are recommended to invest in certain add-ons and prioritize safety. The laser engravers deliver high-quality results, justifying their value proposition, especially when compared to other lasers within a similar price range.

Prospective buyers should thoroughly consider their specific needs, work environment, safety requirements, and proficiency levels before committing to a purchase. Information on these models is plentiful, with detailed reviews and tests available through various outlets, including the Two Trees website and other external reviews.


  • Evaluate personal expertise and ability to invest time in learning the machine.
  • Assess workspace and adhere to safety guidelines for operation.
  • Compare features across similar models to ensure the best fit for requirements.
  • Investigate external reviews for comprehensive insights.

The Two Trees laser engravers stand out for their combination of cost-effectiveness and quality, presenting a persuasive option for those entering the sphere of laser engraving or seeking to expand their toolset.

Frequently Asked Questions

In selecting laser engravers and understanding their functionalities, potential users often have a plethora of inquiries. This section aims to address frequently asked questions specifically targeting the Two Trees laser engravers product line to inform decision-making.

What features should be prioritized when selecting the best 3D laser engraver for commercial use?

For commercial use, it is essential to prioritize engravers with higher laser power, robust construction, compatibility with various materials, precision in engraving, efficient cooling systems, and reliability for continuous operations. These features ensure productive output and longevity of the machine under rigorous industrial use.

How does a 10W laser engraver compare to higher wattage models in performance and application?

A 10W laser engraver, such as the Two Trees TS2, offers sufficient power for light to medium engraving tasks and can work on a variety of materials like wood and plastic. However, higher wattage models can cut deeper, work faster, and handle harder materials such as some metals, making them more suitable for industrial applications where performance is critical.

Which software is most compatible with Two Trees TS2 laser engraver for efficient operation?

The Two Trees TS2 laser engraver is generally compatible with LaserGRBL and LightBurn software. These programs are known for their user-friendly interface and advanced features that facilitate efficient planning and execution of engraving projects.

What are the key differences between Two Trees TTS-25 and TTS-55 laser engravers in terms of capabilities?

The Two Trees TTS-25 is designed for lighter engraving tasks with a less powerful laser module compared to the TTS-55, which is capable of more heavy-duty work and can accommodate a higher level of detail due to its increased power output. The TTS-55 is also likely to have a more robust build to support its enhanced capabilities.

Can you rely on the functionality of affordable laser engravers for professional applications?

Affordable laser engravers, such as those from Two Trees, can be reliable for professional use, depending on the nature of the application. They are suitable for small businesses or start-ups that require precision and efficiency on a smaller scale. However, for larger scale industrial applications, more powerful and costly machines may be necessary.

What are the main considerations when reviewing the performance of a Two Trees TS2 20W laser engraver?

When reviewing the performance of the Two Trees TS2 20W lasergravierer, considerations include the engraving speed, quality of the finished product, types of materials it can handle, user interface, software compatibility, ease of setup and use, and the durability of the machine. These factors will collectively influence the engraver’s suitab

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