TWO TREES TS2 Laser Engraver User Manual

Laser Engraver TS2

TS2 Laser Engraver

User Manual

Dear customer,
Thank you for purchasing our product. Please read the following instructions carefully before first use and keep this user manual for future reference. Pay particular attention to the safety instructions. If you have any questions or comments about the device, please contact the customer line.

✉ www.alza.co.uk/kontakt
✆ +44 (0)203 514 4411
Importer Alza.cz a.s., Jankovcova 1522/53, Holešovice, 170 00 Praha 7, www.alza.cz

Safety Measures

Kindly adhere to the provided instructions, as any misuse carries inherent risks.

1. Refrain from gazing directly at the laser to avert potential eye damage.
2. Avoid direct contact while the machine is operational.
3. To shield your table from burns, consider placing a metal plate under the engraved or cut object.
4. Steer clear of flammable substances or gases.
5. Keep the device out of reach of children and pregnant individuals.
6. Refrain from disassembling the laser unit without proper guidance.
7. Refrain from employing the laser on materials that can reflect light.
8. Don protective goggles when removing the laser cover.
9. Power off the device when not in use.

Safety Instructions

Caution: The laser engraving machine must not be used to directly engrave or cut materials that reflect light, as this could result in harm.
This product is designed for fast engraving and is not suitable for industrial cutting.
Additionally, note that the laser head is a consumable item.
Avoid direct contact with the laser head using your hands. It’s recommended to wear protective goggles.
Exercise care to prevent static damage to the laser diode, as it’s a delicate component. (While this product features electrostatic protection design, there remains a slight risk of damage.)

Diagram

1. X-axis Stepper Motor
2. Z-axis Stepper Motor
3. Laser Module
4. Control Box
5. Flash Buzzer
6. Emergency Stop Button
7. Z-axis Focusing Probe
8. X-axis Tensioner
9. Y-axis Stepper Motor

1. Y-axis Tensioner
2. X-axis Drag Chain
3. Y-axis End stop/Limit Switch
4. Z-axis Manual Focusing Lifter Knob
5. X-axis End stop/Limit Switch
6. Y-axis Drag Chain
7. Flame Detector Module
8. Y-axis Lead Rod

Packaging

Specifications

(optional)
Engraving Materials| Wood, Plastic, Paper, Leather, Bamboo, Sponge Paper, Alumina, Stainless Steel, Chevron, Acrylic, Glass, etc.
Engraving Mode| Image carving, Text craving, Scanning carving, Contour carving, Pixel carving

Assembly Guide

1.1 Installing the Frames
Assembling the Front Frame, Back Frame, and Y-axis Left Frame

• Front Frame: 1 piece
• Back Frame: 1 piece
• Y-axis Left Frame: 1 piece
• M5×25 Screw Bolt: 3 pieces

Ensure careful alignment with the frame’s buckle position.

Note: Prior to fastening the screw bolts, ensure to correctly position the Timing belt within the pulley groove and align the profile with the buckle position.

1.2 Mounting the Y-axis Left Frame Timing Belt and Idler Pulley

• M4×16 Screw Bolt: 2 pieces

Note: Remember to position the Timing belt within the pulley groove before proceeding to install the idler pulley.

1.3 Y-axis Left Tensioner Adjustment

Note: Over-tightening the tensioner could cause pulley obstruction, while excessive looseness can negatively impact engraving outcomes.

1.4 Y-axis Right Frame Installation

• Y-axis Right Frame: 1 piece
• M5×25 Screw Bolts: 3 pieces

1.5 Y-axis Right Timing Belt and Idler Pulley Installation

• M4×16 Screw Bolts: 2 pieces

Note: Before installing the idler pulley, ensure that the timing belt is properly positioned within the pulley groove.

1.6 Adjustment of Y-axis Right Tensioner

Note: Over-tightening the tensioner could cause pulley obstruction, while excessive looseness can negatively impact engraving outcomes.

2.1 X-axis Crossbeam Parts Installation

• X-axis Cross Beam Parts: 1 piece
• M5×40 Screw Bolts: 2 pieces
• M5×20 Screw Bolts:1 piece
• M4×16 Screw Bolts: 1 piece

Important: During installation, ensure the X-axis crossbeam is parallel to the front crossbeam (utilize ruler marks on both sides as reference). Deviation from this alignment could hinder Yaxis movement and engraving quality.

2.2 Laser Module Installation

• Laser Module: 1 piece
• M3×6 Screws: 4 pieces

2.3 Protective Cover Installation

• Laser Protective Cover: 1 piece
• M3×8 Screws: 2 pieces

3.1 X-axis Drag Chain Installation

• X-axis Cable Carriage Parts: 1 piece
• M3×6 Screws: 4 pieces

4.1 Y-axis Drag Chain Installation

• Y-axis Drag Chain Holder: 1 piece
• M3×4 Screws: 2 pieces

4.2 Drag Chain Installation

• Y-axis Drag Chain Parts: 1 piece
• M3×6 Screws: 2 pieces
• M4×10 Screws: 2 pieces

5 X-axis Stepper Motor Installation

• M3×6 Screws: 4 pieces
• X-axis Stepper Motor: 1 piece

Note:

1. Gently place the timing belt into the pulley groove on the stepper motor.
2. Verify that the circuit connector is oriented correctly, as shown in the image above.

6 X-axis Tensioner Adjustment

Note: Ensure the timing belt is appropriately tensioned to prevent any displacement during engraving.

Wiring Instructions

Cable Marking Explanation

• X-axis End stop Switch Cable
• X (4-PIN) → X-axis Stepper Motor Cable
• Y (3PIN) → Y-axis End stop Switch Cable
• Y (4-PIN) → Y-axis Stepper Motor Cable
• Z (2-PIN) → Z-axis End stop Switch Cable
• Z (4-PIN) → Z-axis Stepper Motor Cable
• A (2-PIN) → Laser Signal Cable
• E (3-PIN) → Flame Detector Signal Cable
• 1 (2-PIN) → Laser Fan Line
  Note: The term “PIN” denotes the number of pins in the cable connector.

Wiring Diagram

Caution: Prior to powering on the machine, ensure that all wiring is accurately connected.

GRBL Guide

Software Download Process
Laser GRBL stands as a prominent DIY laser engraving software. You can acquire it from the Laser GRBL website: http://lasergrbl.com/download/ (Alternatively, the manufacturer may provide the installation package on the TF card or a USB flash disk).
Laser GRBL is user-friendly; however, it exclusively supports the Windows operating system (Win XP/Win 7/Win 8/XP/Win 10). For Mac users, the option of Light Burn exists, an impressive engraving software albeit not free. It is worth noting that Light Burn also extends its compatibility to the Windows system.
Note: During the engraving process, the engraving machine must maintain a connection with the computer, and the engraving machine’s software should not be turned off.

Software Installation
Initiate the software installation by double-clicking the software installation package. Follow the “Next” prompts until the installation procedure is finalized.

Language Selection
Navigate to the top menu and choose “Language” to designate your preferred language.

Loading an Engraving File
Sequentially click on “File” and “Open File,” as illustrated in figure 8.1. Subsequently, choose the image you intend to engrave. LaserGRBL accommodates file formats such as NC, BMP, JPG, and PNG.

Adjusting Picture Parameter, Engraving Mode and Engraving Quality

1. Laser GRBL empowers the adjustment of attributes like sharpness, brightness, contrast, and highlights for the selected image. During this adjustment, a preview window displays the effects, allowing you to fine-tune them to your preference.

2. When selecting the engraving mode, options typically include “Line-to-line Tracking” and “1Bit Shaking.” “1Bit Shaking” is particularly suited for engraving grayscale images. For cutting purposes, opt for “Vector Diagram” or “Center Line.”

3. Engraving quality pertains to the laser scanning’s line width. This parameter hinges on the engraving machine’s laser spot size.
   Note: The recommended range for engraving quality is between 12 and 15. Diverse materials react differently to laser exposure, hence the specific value relies on the exact engraving material.

4. At the lower part of the preview window, features such as rotation, mirroring, and cutting of the image are available. Once the aforementioned settings are in place, proceed to the next step to configure engraving speed, energy, and size.

Configuring Engraving Parameters: Speed, Energy, and Size

1. The recommended engraving speed stands at 1000, a value refined through repeated experimentation. Naturally, you can adjust this speed higher or lower based on your preference. Opting for a faster speed will save time but might compromise the engraving quality, while a slower speed yields the opposite effect.
2. In the laser mode, two instructions are available: M3 and M4. For “bit jitter” mode engraving, it’s advisable to use the M4 instruction, while the M3 instruction suits other scenarios. If your laser supports only M3, verify whether the laser mode is configured in GRBL settings. For detailed guidance on GRBL configuration, refer to Laser GRBL’s official instructions.
3. Selection of engraving energy should align with the specific material being used.
4. To finalize, adjust the size parameter and then activate the process by clicking the “Create” button, completing the setup for all engraving parameters.

Saving the GCODE File
Access the top menu of the software interface and click “File.” From the dropdown menu, choose “Save.” Afterwards, transfer the saved .nc file onto the TF card. Insert the TF card into the engraver to employ the file for your engraving task.
For the addition of preview codes to G code files, employ the “MKS Laser Tool” software within the TF card.

Computer Connection

1. Establishing Connection

• Connect the machine to a computer equipped with the Laser GRBL software using a USB data cable.
• Power on the machine.
• Launch Laser GRBL on the computer.

2. Configuration Steps

• Choose the specific port number and set the baud rate to 115200 (Refer to Figure A.10).
• Click on the lightning icon. Successful connection is indicated when the lightning icon changes to a red “X,” and the directional indicator is illuminated (See Figure A.11).

Typically, manual selection of the COM port isn’t necessary. This is unless multiple serial port devices are linked to the computer. If needed, locate the machine’s port in the device manager of the Windows system (as depicted in Figure A.09). Alternatively, you can simply try the displayed port numbers one by one to establish connection.

Troubleshooting Port Detection Issues
If you’re unable to locate the appropriate port under “Ports,” you might need to try the following methods:
Method 1: Click on “Tools” in the menu to install the CH340 driver (Note: This option might not be available in certain software versions).
Method 2: Copy the “CH340ser.exe” file from the TF Card (USB flash disk) to your computer and proceed with installation.

Important Instructions for Laser Head Maintenance and Lens Cleaning

1. After a period of laser head usage, it’s important to clean the lens positioned below the laser head’s light outlet. This maintenance ensures consistent cutting performance.
2. Lens cleaning should only be performed when the machine is powered off to avoid laser related risks.
3. Post-lens cleaning, allow the lens to air-dry naturally for approximately 3-5 minutes before powering on. This precaution prevents potential lens breakage due to residual moisture upon activation.
4. For further guidance, scan the QR code in the manual to access video tutorials.

Materials Reference

Engraving

Cutting

Important Note:

• When the energy value is set to 500, the laser intensity corresponds to 50% of the total power.
• Setting the energy value to 1000 establishes a laser intensity-to-power proportion of 100%. Higher energy values permit increased speed settings.
• The provided parameters serve as reference points. Material characteristics may vary; thus, it’s advised to adapt parameter values based on specific conditions.

Initial Machine Testing and Safety Precautions

1. Initial Setup and Connection
   • Power on the machine and establish a connection with the computer.

2. Movement Verification
   • Perform a movement test: Utilize the software to control the machine’s upward, downward, leftward, and rightward motions.
   • Confirm the correct movement directions (Refer to Figure A01) and validate accurate movement distances (See Figure A02).

3. Laser Emission Check
   • Test laser emission: Import a custom icon into the software and activate the light function (low intensity).
   • Wear protective eyewear to observe whether the laser module emits blue light (Refer to Figure A03).

4. TF Card File Testing
   • Caution: Laser emissions can generate heat and glare, posing potential harm. Adhere to instructions carefully to avoid injury.

Z-Axis Automated Focusing Mechanism
The automated focusing mechanism ensures optimal engraving precision through a series of coordinated movements.

Operational Explanation:

• The laser module lifter initiates a downward movement.
• Upon the probe touching the engraving surface, the Z-axis limit switch activates.
• In response, the laser module elevates to the pre-defined lifting height.
• Software settings dictate the lifting height, thereby allowing the machine to autonomously complete the focusing process.

Precision Achieved:

• Elevating the laser module by 7mm (configured lifting height of 7mm) establishes a focal length of 50mm. This carefully controlled focal distance guarantees precise and consistent engraving results.

LaserGRBL Software

• Accurate Serial Number and Baud Rate (115200) Selection and Establishment of Connection

Notes: The fixed engraving height of 7 mm serves as a baseline parameter. If the object to be cut is 4 mm thick, the laser head’s focal length needs to account for half of the object’s thickness. To adjust for this, input “7 (engraving height) – 2 (object center position) = 5 mm” and input “$42=5” for cutting parameters. Similarly, you can set various cutting parameters for different material thicknesses.

Light burn Software

Notes: The fixed engraving height of 7 mm serves as a baseline parameter. If the object to be cut is 4 mm thick, the laser head’s focal length needs to account for half of the object’s thickness. To adjust for this, input “7 (engraving height) – 2 (object center position) = 5 mm” and input “$42=5” for cutting parameters. Similarly, you can set various cutting parameters for different material thicknesses.

App User Guide

Setting Up Wi-Fi Connection
Introduction to MKS Laser Tool Functions (Installation file available in TF card or USB flash disk from manufacturer):

• Facilitates Wi-Fi connection for the machine.
• Adds position preview code to Gcode files exported from Laser GRBL.
• Enables motherboard firmware flashing.

Software Installation

• Double-click the installation file and follow the prompts, clicking “Next” until the installation concludes.

1. Connecting the Machine to Wi-Fi
1.1 Connect Computer and Machine: Use a USB data cable to link the computer and the machine.
1.2 Accessing the WiFi Configuration Tool: Launch the recently installed “MKS Laser Tool” software and click “WiFi Configuration Tool” to enter the settings page.
1.3 Establishing Connection: Choose the appropriate COM port number and click “Connect.”
1.4 Entering WiFi Name: Input the account name in the “WiFi Name” field.
1.5 Providing WiFi Password: Type in the Wi-Fi password in the “WiFi Pass” field.
1.6 Connecting to Wi-Fi: Click “Connect WiFi” to connect the machine to Wi-Fi.
1.7 Obtaining IP Address: Click “Get IP” to acquire the IP address.
1.8 Mobile APP Control: Control and operate the machine via the mobile APP using the obtained IP address.

Note: In case of a “failed” message, ensure the correct COM port number is selected, the USB cable is connected, or consider re-installing the CH340ER program.
For optimal results, the computer and mobile phone should share the same Wi-Fi signal. Using a mobile phone hotspot is recommended.

2 Adding Position Preview Code for G code:
2.1 Launching MKS NC Tool: Click “MKS NC Tool” to open the software.
2.2 Editing and Saving Files: Select the file you wish to edit, click “Change,” and save the modified file.

Note: This feature enhances the engraver’s reading speed for outer contour scanning.

3 Flashing Motherboard Firmware: (Exercise Caution – Only Flash as Needed)
3.1 Launching MKS ESP32 Download Tool: Open the “MKS ESP32 Download Tool” software.
3.2 File Selection: Choose the file for flashing (in .bin format).
3.3 Input Parameters: Enter values for SPI SPEED, FLASH SIZE, COM port, and BAUD as illustrated in Image 2 (COM port number varies based on your computer).
3.4 Initiating Flashing: Click “Start” to commence the flashing process.

Setting App Connection

Look up and locate “MKS Laser” on the app store or online shop, or obtain the software via a TF card. Open the “MKSLaser” mobile app and access the connection page. Enter the IP address acquired from the previous tutorial, then press “Connect” to access the  main/front page.

Web User Guide

1. Establish a Wi-Fi connection on the touch screen.
2. Access the next interface by selecting “Tools” on the main screen.
3. Navigate to the selection interface by clicking on “Wi-Fi”.
4. Choose the desired Wi-Fi network, input the password, and press “Connect”.
5. Once the connection is established, an assigned IP address will be provided.

Tip: Use the acquired IP for WEB/APP connections. Simply input the address in your browser to access the WEB control interface.
Note: Ensure that the Wi-Fi utilized on the computer or screen matches. Employing a mobile hotspot is recommended.

Light Burn Overview

Light Burn stands as an adept engraving software, uniquely blending convenience with robust capabilities. Accessible via its official website at https://LightBurnsoftware.com/, this software can also be obtained from the manufacturer through a TF card or USB flash disk.

Introduction:
Light Burn serves as an encompassing solution for layout, editing, and control within the realm of laser engraving machines. Through Light Burn, you gain the ability to:

• Seamlessly import artwork spanning various prevalent vector graphics and image formats (including Al, PDF, SVG, DXF, PLT, PNG, JPG, GIF, BMP).
• Harness a suite of potent editing functions that empower your manipulation of intended graphics for engraving.

This native application caters to Windows, Mac OS, and Linux platforms, ensuring a comprehensive accessibility. However, for its continuous utilization, activation with a key is imperative, initially granting a 30-day trial period for exploration.
Note: Throughout the engraving process, it’s crucial to maintain a connection between the engraving machine and the computer. Furthermore, the engraving machine’s software must remain active, underscoring the importance of not closing it during operations.

Motherboard Diagram

Warranty Conditions

A new product purchased in the Alza.cz sales network is guaranteed for 2 years. If you need repair or other services during the warranty period, contact the product seller directly, you must provide the original proof of purchase with the date of purchase.

The following are considered to be a conflict with the warranty conditions, for which the claimed claim may not be recognized:

• Using the product for any purpose other than that for which the product is intended or failing to follow the instructions for maintenance, operation, and service of the product.
• Damage to the product by a natural disaster, the intervention of an unauthorized person or mechanically through the fault of the buyer (e.g., during transport, cleaning by inappropriate means, etc.).
• Natural wear and aging of consumables or components during use (such as batteries, etc.).
• Exposure to adverse external influences, such as sunlight and other radiation or electromagnetic fields, fluid intrusion, object intrusion, mains overvoltage, electrostatic discharge voltage (including lightning), faulty supply or input voltage and inappropriate polarity of this voltage, chemical processes such as used power supplies, etc.
• If anyone has made modifications, modifications, alterations to the design or adaptation to change or extend the functions of the product compared to the purchased design or use of non-original components.

EU Declaration of Conformity

This equipment is in compliance with the essential requirements and other relevant provisions of EU directives.

WEEE

This product must not be disposed of as normal household waste in accordance with the EU Directive on Waste Electrical and Electronic Equipment (WEEE – 2012/19 / EU). Instead, it shall be returned to the place of purchase or handed over to a public collection point for the recyclable waste. By ensuring this product is disposed of correctly, you will help prevent potential negative consequences for the environment and human health, which could otherwise be caused by inappropriate waste handling of this product. Contact your local authority or the nearest collection point for further details. Improper disposal of this type of waste may result in fines in accordance with national regulations.

References

• Alza.cz – rychlý a pohodlný nákup odkudkoliv | Alza.cz
• Download – LaserGRBL
• Alza | Alza.co.uk
• Alza.cz – rychlý a pohodlný nákup odkudkoliv | Alza.cz
• Alza.cz
• alza.de
• alza.hu
• alza.sk
• LightBurn Software

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