What is the working area of the Creality Falcon T1?
Maximum planar engraving area: 175mm × 175mm;Maximum UV internal engraving area: 70mm × 70mm.
How many interchangeable/upgradable lasers does the Creality Falcon T1 series support? What are their laser type, wavelength, and spot size?
The Falcon T1 series supports 5 interchangeable/upgradable lasers with 30‑second quick swap. The laser type, wavelength, and spot size for each module are as follows:
Laser Module |
Laser Type |
Wavelength |
Spot Size |
Application Scenarios |
20W Blue Laser Module |
Diode Laser |
445nm±15nm |
0.12mm×0.14mm |
Wood, leather, paper, dark acrylic, etc. |
40W Blue Laser Module |
Diode Laser |
445nm±15nm |
0.14mm×0.18mm |
Thick wood board cutting, deep engraving on dark materials |
20W Infrared Laser Module |
Fiber Laser |
1064±5nm |
0.05mm |
Metal marking, high-precision engraving on dark materials |
60W MOPA Laser Module |
Fiber Laser |
1064±5nm |
0.05mm |
Metal color engraving, high-contrast marking |
5W UV Laser Module |
DPSS UV Laser |
355nm±2nm |
0.014mm |
Glass internal engraving, high-end precision processing |
What are the machine dimensions and power requirements of the Creality Falcon T1?
Machine dimensions: 463mm × 312mm × 509mm(Note: Z-axis can raise up to 150mm, so maximum height dimension is 463mm × 312mm × 539mm)
Input: 100–240V~ 50/60Hz 5.0A;Output: 24.0V ⎓ 15.0A 360.0W
What is the maximum engraving speed of the Creality Falcon T1?
Maximum engraving speed reaches 10,000 mm/s.
No response and no indicator lights after powering on?
First check if the power cable is securely plugged in and the outlet has normal power. Verify the emergency stop button is reset. If still unresponsive, check if the supply voltage matches and rule out switch or fuse issues. Contact after-sales for inspection if the problem persists.
Auto-focus light bar does not turn on or turns off after startup?
The machine uses camera vision plus a positioning red laser to measure material thickness. The internal light bar may interfere with auto-focus ranging, so the light is dimmed during auto-focus for accurate measurement. The light bar will automatically turn on once ranging is complete.
How to judge if the laser module is working properly?
Judgement can be made through startup self-test, laser test firing, and engraving results. The laser indicator lights normally at startup, test firing is uniform and stable, engraving/cutting depth and effect match parameter expectations, with no errors or abnormal noise — this indicates normal operation.
What is the flame detection trigger threshold for the engraver?
The T1 uses visual flame detection. An alarm is triggered when flame height is 5–8cm and detected continuously for 5–8 seconds.
Optimal operating ambient temperature for the laser:
The laser can operate at 5–35℃, with the optimal working temperature being 20–30℃.
Is eye protection mandatory? What are the requirements?
This machine is Class 1 laser with a light-blocking protective cover and lid-open-stop function to effectively prevent laser leakage from accidental opening. Even with full protection, eye protection is still recommended for an extra safety layer.
What precautions apply to machine placement (level, ventilation, fire safety)?
Place the machine on a flat, stable surface with no shaking during operation. Maintain good ventilation in the work area, keep away from flammables, and prepare fire extinguishing equipment. Avoid humid, dusty, or direct-sunlight environments to ensure safety and accuracy.
Which materials are strictly prohibited for laser engraving/cutting?
Flammable, explosive, chlorofluorocarbon-containing, toxic, or highly reflective materials are strictly prohibited, including but not limited to: PVC, vinyl, acrylic adhesives, foam plastics, celluloid, chlorine-containing plastics, mirrored/high-reflective materials. Processing these may produce toxic fumes, cause fire, or damage the machine.
Can I leave the machine unattended during operation?
Do not leave the machine during operation; a trained operator must be present at all times. Laser engraving involves high-temperature processing, and full supervision prevents safety hazards.
Can laser engraving/cutting damage the work platform?
How to avoid it?Yes, platform damage is possible. Especially when cutting or engraving thin materials (paper, wood, leather, thin plastics), the laser may penetrate and strike the platform, causing burns, dents, or structural damage.We recommend installing a hollow support under the platform so the laser passes through without hitting a solid surface. Use a knife-edge board for its gaps to protect the platform — always use a knife-edge board for cutting to reduce backside scorching of materials.
How to reduce smoke and dust impact on the machine?
An air purification system is strongly recommended. When engraving/cutting wood or especially acrylic, harmful gaseous pollutants and strong odors are released. A purifier protects your health and removes fumes.
Precautions for high-reflective materials (copper, aluminum, stainless steel, etc.)?
High-reflective materials can cause laser back-reflection that damages the machine and lens. Use dedicated parameters to reduce reflection risk. Never look directly at the processing area and ensure protective accessories are installed. Processing highly reflective mirrored surfaces is not recommended, to avoid laser backscatter damaging the laser module.
What materials can the Creality Falcon T1 Diode 20W/40W engrave and cut?
Engravable materials: paper, wood, leather, MDF, stainless steel, some dark opaque acrylic, bamboo, fabric, slate, etc.
Cuttable materials: paper, wood, leather, MDF, felt, some dark opaque acrylic, etc.
What materials can the Creality Falcon T1 Fiber 20W/MOPA 60W engrave and cut?
Engravable materials: stainless steel, aluminum, brass, silver, plastic, platinum, titanium, gold, laser photo paper, leather, dark acrylic, slate, etc.
Cuttable materials: brass, stainless steel, aluminum, laser photo paper, leather, etc.
What materials can the Creality Falcon T1 UV 5W engrave and cut?
Engravable materials: glass (clear & frosted), crystal, acrylic, wood, metal, leather, plastic, rubber, silicone, ceramic, etc.
Cuttable materials: plastics (PE, PP, EVA, PET, etc.), fabric, leather, paper, wood, etc.
Which materials are suitable for color engraving with the Creality Falcon T1 Fiber 20W and MOPA 60W?
Color engraving principle & tutorial:https://wiki.creality.com/en/laser-engraver/falcon-t1/t1-color-engraving-tutorial
Which glass is suitable for internal (3D) engraving with the Creality Falcon T1 UV 5W?
K9 glass offers the best compatibility and most stable, high-quality results, widely used for crystal ornaments. Laser internal engraving requires high-purity, high-transmittance glass with uniform internal structure.For ideal results, tempered glass, ordinary glass with bubbles or impurities are not recommended, as they may shatter during processing.
Can the Creality Falcon T1 UV 5W engrave inside a crystal ball?
Yes, but not directly — special process correction for spherical light paths is required.The curved surface causes irregular refraction and focal shift, preventing stable internal focusing.Method: Use a high-transmittance, non-toxic engraving oil/glycerin with refractive index close to glass. Submerge the crystal ball in a matching container filled with the liquid, using the liquid surface as a flat reference to compensate for spherical refraction and achieve precise internal focusing.
How to perform crystal internal engraving?
UV laser crystal internal engraving focuses high-energy UV light inside the crystal to create micro-explosions at the focal point, forming dot matrix patterns without surface damage.Use K9 crystal and select UV Internal Engraving mode in the FDS software.
Crystal internal engraving tutorial:https://wiki.creality.com/en/laser-engraver/falcon-t1/uv-internal-engraving
How to perform deep engraving?
Deep engraving supports vector and bitmap files. The laser processes the same area repeatedly to remove material layer by layer.The UV 5W module provides a fine spot and delicate texture, making it the first choice for deep engraving.
Select 3D Relief in the processing mode of the FDS software, and import a vector or bitmap image.
How to perform relief engraving?
A depth map reconstructs a 3D model and is sliced into layers. The laser creates gradual 3D texture based on grayscale levels.Mainly used with MOPA/Fiber modules on metal, stone, etc.In FDS software, select 3D Relief mode and import a depth map (or generate one using the AI filter).
3D relief tutorial:https://wiki.creality.com/en/laser-engraver/falcon-t1/3d-relief
How to engrave on curved or rounded materials?
Use a rotary attachment and select Curved Engraving mode in FDS software. Complete surface mapping for accurate engraving.
How to do batch engraving?
Use an automatic conveyor belt and select Batch Engraving mode in FDS software, paired with smart filling for continuous, precise batch processing.
How to process large-format materials?
Use an automatic conveyor belt and select Large-Format Engraving mode in FDS software.
What is the maximum Z-axis limit for UV 5W internal engraving on the Creality Falcon T1?Recommended maximum Z-axis processing limit: ≤ 100mm.
Engraving is too shallow, not visible, or barely marks the material?
Depending on the material, ensure correct focus before engraving, and set appropriate power, speed, and passes.
Uneven engraving depth or inconsistent laser output?
First verify material consistency. Then check if the field lens or galvo lens is dirty or damaged.
Jagged lines, distorted shapes, misalignment, or shifting?
Place the machine on a perfectly level surface and avoid vibration during processing.
Severe blackening, yellowing, or scorching at engraving edges?
Excessively high power or low speed leads to over-carbonization.
Non-metallic materials (wood, acrylic, paper) are flammable and prone to scorching.
Dirty lenses cause uneven spots and concentrated heat.Solutions: Lower power, increase speed, enable strong air extraction, clean the field lens and laser output port, use air assist for thin materials.
Incomplete cutting, failure to cut through, or rough edges?
Power too low or speed too high to penetrate the material.
Incorrect focus, with focal point not on the material surface.
Material thickness exceeds the rated cutting capacity.
Dirty field lens or output port reduces power and distorts the spot.Solutions: Re-calibrate focus, increase power or reduce speed based on thickness, secure material flatly, clean optical components, use multi-pass layer cutting if needed.
How to focus correctly?
Re-calibrate auto-focus whenever material thickness changes. Place the material at the center of the workbench and tap Auto Focus.
What are the effects of incorrect focusing?
Faint, blurry engraving or failure to cut through.
How to resolve auto-focus failure or error codes?
For error code troubleshooting:https://wiki.creality.com/en/laser-engraver/falcon-t1/t1-error-code
What is the maximum Z‑axis limit for internal engraving with the Creality Falcon T1 UV 5W?
Recommended maximum Z‑axis processing limit: ≤ 100 mm
What is the distance from the inner working bottom plate to the field lens on the Creality Falcon T1?
260 mm (when the Z‑axis is lowered to the lowest position)
How to store the machine when not in use long-term?
Store in a dry, ventilated, cool area away from direct sunlight, humidity, high heat, and dust. Clean the body and workbench, disconnect power, and store accessories properly. For long-term storage, power on periodically to prevent moisture damage to internal components.
What happens if the field lens or laser output port is dirty?
How to clean them?Contamination degrades engraving/cutting quality and may damage the machine.Clean with a lint-free cloth dampened with alcohol and a rubber air blower. The laser and field lens are fragile and scratch easily — wipe in one consistent direction only.
How to correctly install or replace the field lens?
When installing/replacing, hold only the metal frame at all times. Never touch the lens surface with fingers or objects to avoid fingerprints, oil, or coating scratches.Installation: Align the field lens with the port and twist clockwise until secure. Remove the lens cap afterward.Removal: Twist counterclockwise to remove, then immediately replace the lens cap to prevent dust contamination.
What engraving software is supported?
Falcon Design Space (free): real-time control via USB cable or offline control via TF card
LaserGRBL (free): real-time control via USB cable
LightBurn (paid): real-time control via USB cable or offline control via TF cardLightBurn: 30-day free trial; license pricing on the official LightBurn website.
What file formats are supported?
Falcon Design Space:2D: png, jpg, jpeg, svg, dxf, etc.3D models: glb, obj, fbx, stl, plyNote: For full functions (AI color engraving, UV internal engraving, curved engraving, batch engraving), use Falcon Design Space. LB/GRBL support basic functions only.
LaserGRBL: png, jpg, jpeg, gif, svg, etc.
LightBurn: png, jpg, jpeg, gif, tif, tiff, tga, ai, pdf, sc, dxf, hpgl, plt, rd, svg, etc.
Where to download the software?
Falcon Design Space: https://wiki.creality.com/en/laser-engraver/software-manual
LaserGRBL: https://lasergrbl.com/usage/
LightBurn: https://lightburnsoftware.github.io/NewDocs/
What to do if installation fails or drivers are abnormal?
Use the original data cable and ensure a tight connection.
Connect to the port marked PC on the side of the machine.
Mac users: use a USB-A hub or USB-C to USB-A adapter.
Ensure the corresponding COM port is not occupied.
Restart the machine and software.
If the issue continues, record a short video of the connection process and send system info and software version to support.
How to fix unrecognized COM port on Windows 7?
Extract Drivers for Win7 from the included resources, open Device Manager, and install manually.
USB connection failed or computer cannot detect the machine?
Check and replace the original data cable to ensure it is functional.
Confirm the cable is firmly and correctly connected to the machine’s USB port.
Do not use USB docks, hubs, or extension cables — connect directly to a native computer port.
Restart the machine and computer, then retry; verify driver installation.
Unstable or frequently disconnected Wi-Fi?
Likely due to weak or unstable Wi‑Fi signal. Use a USB connection instead.
U disk reading failed or cannot import files?
Possible causes: damaged U disk, incorrect file format. Place files in the root directory of the U disk.
Cannot log in, machine does not run jobs, or no response when starting?
Check account credentials, reopen the login page, and refer to:https://wiki.creality.com/en/laser-engraver/Steps-to-fix-login-failure