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This guide uses the LONGER RAY5 10W to demonstrate how to laser engrave on white porcelain. By applying color paper to enhance energy absorption, adjusting LightBurn settings (1000mm/min, 100% power), and carefully cleaning after engraving, users can achieve sharp, detailed results. Fine-tuning material preparation and engraving speed ensures optimal engraving quality on ceramic surfaces.
Batch engraving anodized aluminum business cards has never been easier or more precise. With the LONGER Nano Series laser engraving machine, creative professionals and business owners can produce sleek, customized cards that leave a lasting impression. This guide walks through the complete process—from setup and positioning to design import and laser parameter adjustment—ensuring efficient and professional-grade results every time.
LONGER’s Nano Series laser engravers combine precision and safety with features like real-time temperature monitoring, tilt detection, and flame-retardant shielding. This article details how these safety systems work together to deliver a secure and reliable engraving experience for creators at all levels.
When engraving with the Longer Ray5 10W, smoke buildup can cloud the protective lens, reducing laser power. This guide shows you how to replace the protective lens to restore performance. Regular replacement or cleaning ensures efficient cuts and extends the life of your laser. If the lens is damaged or remains blurry after cleaning, a new one can be purchased directly from the official LONGER website.
LONGER officially releases LaserBurn 1.2.0—its smart engraving software now supporting Nano Duo, Nano Pro, Nano, and B1 series. Featuring AI-powered functions like auto-positioning, real-time preview, text-to-image design, and batch sync, this update transforms how creators work. The Ray5 series will join soon with future firmware support. With smarter control, advanced design tools, and flexible connectivity, LaserBurn 1.2.0 marks the next step in LONGER’s evolving ecosystem for laser engraving.
LightBurn Framing Mode is essential for accurate laser engraving with Longer machines like Nano, B1, and Ray5. It lets users preview the engraving area before starting the job, minimizing material waste and errors. This guide walks you through enabling Framing Mode in LightBurn—just activate the laser fire button, set framing power to 2%, and you're ready to frame with precision. Perfect your setup and avoid costly mistakes with this simple yet crucial step in the engraving process.
Longer laser engravers like Ray5 and B1 series can create brilliant multicolor engravings on metal, starting from just 10W of power. Using LightBurn's Material Test, users can easily identify the best settings to unlock vibrant shades. Even with lower-power lasers, up to 90 distinct colors are possible, making metal engraving both creative and accessible. Learn how to test, tweak, and master color engraving with your Longer machine.
Proper cooling is critical for maintaining laser performance and preventing damage to your laser module. The Longer B1 cooling fan continuously removes heat generated during engraving and cutting operations. Over time, smoke and dust can accumulate inside the fan, reducing airflow and cooling efficiency. In some cases, prolonged use may cause the fan to stop working entirely, making cleaning or replacement necessary.
The Longer B1 fan recovery and replacement process restores cooling performance for the laser module used in Longer B1 series laser engravers. It involves cleaning accumulated dust and smoke debris from the fan or replacing a damaged fan with the correct specifications.
The cooling fan serves an important role inside the laser module:
This maintenance procedure is intended for:
What it does
Cleaning removes smoke residue and wood dust from the fan and laser module.
Why it matters
Dust buildup restricts airflow and reduces cooling performance.
User benefit
According to Longer's maintenance information, smoke and wood particles produced during engraving naturally enter the fan system over time and can eventually affect cooling performance.
What it does
Replacing a failed fan restores proper airflow.
Why it matters
A non-functioning cooling fan can allow heat to accumulate.
User benefit
Longer notes that a fan that stops functioning should be replaced as soon as possible to avoid laser module damage.
What it does
Allows users to restore normal operating conditions through periodic cleaning.
Why it matters
Regular maintenance can help keep the machine running properly.
User benefit
What it does
The original procedure specifies fan requirements for replacement.
Why it matters
Using the wrong replacement component may affect cooling performance.
User benefit
Replacement specification:
The procedure applies to:
The laser module can engrave and cut various material types.
During processing, some materials may generate substantial smoke and dust.
Examples include:
Follow official product specifications for material compatibility.
Users may require fan cleaning or replacement for several practical reasons.
Proper cooling supports consistent laser operation.
Dust accumulation can gradually affect performance.
Poor cooling may contribute to excessive heat buildup.
Routine maintenance may help reduce stress on components.
Examples include:
The following procedure preserves the original process described by Longer.
Action
Why it matters
This provides safe access to internal components.
Expected result
Laser module becomes ready for maintenance.
Action
Unscrew the four screws from the laser module cover and remove the cover.
Why it matters
This allows access to the internal fan.
Expected result
Internal fan becomes visible.
Action
Why it matters
Prevents damage during maintenance.
Expected result
Fan is separated from the module.
Action
If cleaning:
If replacing:
Use:
Why it matters
Restores proper airflow.
Expected result
Fan returns to operational condition.
Action
Why it matters
Restores machine operation.
Expected result
System becomes ready for testing.
Action
Carry out ignition and engraving tests.
Why it matters
Confirms successful maintenance.
Expected result
Machine operates correctly.
| Question/Issue | Explanation | Recommendation |
|---|---|---|
| Fan becomes noisy | Dust accumulation may affect operation | Clean fan thoroughly |
| Cooling seems weak | Smoke and debris may restrict airflow | Inspect laser module |
| Fan stopped spinning | Prolonged use may lead to failure | Replace fan immediately |
| Laser module becomes hot | Cooling performance may be reduced | Check fan condition |
| Unsure which fan to buy | Replacement specifications are defined | Use 60 mm × 60 mm, 24V, 0.40A |
No. The source procedure specifically applies to:
Cleaning restores cooling effectiveness, which helps maintain stable laser operation.
The original procedure only mentions disconnecting and reconnecting existing components.
Follow official product specifications.
The source does not specify a replacement interval. Replacement is necessary if the fan becomes damaged or stops functioning.
Users can follow the documented procedure carefully. Handle internal components gently during disassembly.
Replacement fan specification:
Smoke and wood dust generated during engraving can enter the cooling system over time.
The Longer B1 fan replacement and recovery process addresses an important maintenance need: preserving proper laser module cooling. Dust and smoke accumulation can gradually reduce cooling performance, while a failed fan can potentially lead to overheating issues.
Users who frequently engrave materials that produce smoke or debris should consider regular inspection and maintenance. Key reminders include:
Maintaining proper airflow helps support reliable operation of Longer B1 20W, 30W, and 40W laser engravers.
Longer Ray5 is an innovative and powerful laser engraver, available in 5w, 10w, 20w and now even 30w versions. Depending on the type of laser module with which it is equipped, Longer Ray5 can perform various types of processing on various materials, but one feature is always in common, namely the absolute accuracy in the execution of the processes.
Sometimes, however, strange effects can occur, similar to those present in the image below; in these cases, it is necessary to fine-tune your machine, so as to obtain maximum performance.
Usually, this problem is due to a poor installation of the belts and eccentric wheels, so it is necessary to proceed with a more accurate installation.
First, completely disconnect all the connectors of the Longer Ray5, then remove the connection cable.
Once this is done, squeeze the belt as shown in the figure. The belt must be hard, resistant to pressure. If, on the other hand, it is soft, then it is necessary to put it under tension.
In order to tension the belt, unscrew the T-nut as shown in the figure, then pull the belt with your hand. Keeping the strap under tension with your hand, continue to pull and simultaneously screw the T-nut tightly to secure the strap in place.
Repeat the belt tension operation in the same way for the other side of the Longer Ray5 frame.
Finally, make sure that the sync wheel is perfectly in line with the belt. To do this, unscrew the Sync Wheel latch as shown in the figure, then put the Sync Wheel in line and secure the latch.
At this point, check the wheel eccentrics as well. The wheels equipped with an eccentric nut are the lower ones. With your finger, try to rotate the wheel; If but wheel slip, you need to tighten the eccentric nut of the wheel.
Gradually tighten the eccentric nut of the wheel, gradually checking that the wheel no longer slips. Do not tighten the eccentric nut too much, but stop as soon as the wheel no longer slips.
Do these for both the left and right sides of Longer Ray5.
At this point, the installation has been successfully completed for the Y-axis of Longer Ray5. However, you also need to check the status of the X-axis, which is the axis that moves the laser module.
Following the steps above, first check the X-axis belt, tightening it if necessary. After that, also check the eccentric nut of the wheel, as shown above.
Once the tuning has been successfully completed for both the Y-axis and the X-axis, Longer Ray5 will have correctly acquired its reliability and accuracy, and therefore it will be possible to obtain precise and dimensionally correct engravings and cuts for a long time.
Periodically, always check the belts and eccentric nuts, so as to keep the reliability of Longer Ray5 constant over time.
Installing a camera on your laser engraver can significantly improve positioning accuracy and workflow efficiency. This Longer camera installation guide walks through the installation process in a beginner-friendly format so you can properly set up and use your camera system without confusion.
Whether you are engraving wood, acrylic, leather, or custom projects, proper camera installation helps reduce alignment errors and saves setup time.
A properly installed laser engraver camera helps improve material positioning and job alignment. Follow the original Longer camera installation process exactly, including mounting location, connection methods, and software configuration steps.
Do not change settings or procedures from official instructions. Correct positioning and calibration directly affect engraving accuracy.
This tutorial explains:
Many users manually align materials before engraving. This can be slow and may cause:
Adding a camera system provides a live workspace view that can help with:
For users running small businesses, this becomes even more valuable because reducing setup time can improve productivity.
Prepare the following before installation:
Hardware
Software
Workspace Requirements
If any required information is missing:
Follow official machine specifications or instructions.
Before beginning installation:
⚠️ Turn off the machine before connecting hardware.
⚠️ Avoid placing cables where moving machine components can interfere.
⚠️ Do not force connectors into ports.
⚠️ Ensure the camera lens remains clean during installation.
⚠️ Avoid changing any original software settings not mentioned in official instructions.
⚠️ Keep installation hardware organized to avoid missing parts.
Action:
Unpack the camera kit and verify all included components.
Check:
Expected Result:
All required items are present and undamaged.
Important Notes:
Missing components can interrupt installation later.
Action:
Identify the specified mounting location according to the original installation instructions.
Expected Result:
The camera location provides a clear view of the engraving workspace.
Important Notes:
Camera placement directly affects:
Do not modify mounting locations unless instructed.
Action:
Attach the camera bracket according to official instructions.
Secure all fasteners properly.
Expected Result:
The bracket remains stable without movement.
Important Notes:
Avoid over-tightening screws because this may damage components.
Action:
Attach the camera to the installed bracket.
Ensure the camera orientation matches official instructions.
Expected Result:
The camera sits securely and faces the working area correctly.
Important Notes:
Incorrect orientation may affect later calibration.
Action:
Connect the supplied cables according to the installation guide.
Route wires neatly.
Expected Result:
All cables are securely connected.
Important Notes:
Avoid:
Action:
Power on the machine and launch the required software.
Verify that the software recognizes the camera.
Expected Result:
The camera feed becomes available.
Important Notes:
If the camera is not detected:
Action:
Complete required software configuration according to official procedures.
Expected Result:
Camera functionality becomes available for workspace viewing.
Important Notes:
Do not alter menu names, settings values, or configuration procedures.
You may also find these related guides useful:
For machine setup and workflow improvement:
| Problem | Requirements | Solution |
|---|---|---|
| Camera not detected | Check hardware connection | Reconnect cables and restart software |
| Camera image appears blurry | Clean lens | Remove dust and debris carefully |
| Camera view misaligned | Verify mounting position | Recheck installation position |
| Camera image unstable | Check bracket installation | Tighten hardware correctly |
| Software does not recognize camera | Verify compatibility | Follow official machine specifications or instructions |
Dust buildup can reduce image quality and affect alignment precision.
Changing light conditions may affect workspace visibility.
Machine vibration during long use can loosen fasteners.
Neat cable routing reduces accidental disconnection risks.
Run a small test job before beginning important engraving work.
A: Follow the original installation process step by step. Do not change mounting positions, settings, or procedures.
A: Common causes include dust on the lens, incorrect focus, or improper installation positioning.
A: Only use the mounting location specified in official instructions.
A: Check cable connections and verify that all hardware is installed correctly.
A: A properly configured camera can improve positioning efficiency and reduce alignment errors.
A: A camera is optional but can improve workflow speed and positioning convenience.
A: The best results come from correct mounting, stable hardware installation, and following official setup instructions.
Completing the Longer camera installation guide correctly helps create a smoother and more efficient engraving workflow. Proper mounting, secure connections, and following the official setup sequence are critical for achieving reliable results.
After installation, test the camera with small engraving projects and verify that positioning behaves as expected.
For more laser tutorials, troubleshooting resources, and machine guides, explore additional resources from Longer support and training materials.
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