- Stock: In Stock
- Product code: 6977905740062
- Weight Brutto: 23.00kg
The Creality Falcon2 Pro S 22W is a fully enclosed diode laser engraver designed for precision workshops, craft studios, and educational environments — featuring a 355 × 390 mm working area, a hardware-switchable dual-mode laser head (22 W Precise / 40 W Normal), Class 1 FDA laser safety certification, a triple-switch enclosure protection system, and an intelligent tri-sensor alarm suite in a compact 664 × 570 × 328 mm desktop chassis.
| Engraving Area | 355 × 390 mm |
|---|---|
| Optical Power (Precise / Normal) | 22 W / 40 W |
| Laser Safety Class | Class 1 (FDA) |
| Machine Dimensions | 664 × 570 × 328 mm |
The front view below shows the Falcon2 Pro S in its standard configuration: the rigid aluminium-alloy body, the curved red-tinted acrylic safety enclosure, the FALCON front-panel branding, and the compact right-side control cluster housing directional navigation keys, a status indicator, and the red emergency-stop button — all accessible without opening the work chamber.
Fully Enclosed Body: Triple-Switch Safety Architecture
Open-frame laser cutters place the entire safety burden on the operator. The Falcon2 Pro S takes a different approach: a sealed aluminium chassis topped by a curved red-tinted acrylic lid that contains laser radiation, smoke, and sparks within the work chamber. Three independent safety switches act as sequential gatekeepers before any laser emission is permitted.
The system comprises a keyed safety lock that prevents unauthorised access, a prominently positioned emergency stop button for instant power interruption, and a power switch for routine daily operation. Open the enclosure mid-job and the machine triggers Error 24, halting the laser automatically — no manual intervention required. This layered architecture is precisely what earns the Falcon2 Pro S its Class 1 FDA laser safety classification, equivalent to the category occupied by household laser printers, where no protective eyewear is required under normal enclosed operation conditions.
Dual-Mode Laser Head: 22 W Precise vs. 40 W Normal
The laser module ships in 22 W Precise mode by default. A long press of the Reset button on the module switches to 40 W Normal mode. These are distinct optical configurations, not merely power level adjustments.
- Precise (22 W): Optimised for fine engraving detail, minimal kerf width, and delicate materials such as leather, thin fabric, and basswood sheets up to 3 mm.
- Normal (40 W): Higher throughput for deeper single-pass cuts in thicker acrylic, plywood, dense rubber, and bamboo — with noticeably faster travel speeds.
The 445 ± 15 nm blue diode wavelength delivers strong energy absorption across organic and semi-organic materials. Autofocus is handled entirely by the Z-axis probe: long-press the Z button on the front panel, the module descends until the probe contacts the material surface, and the correct focal distance locks in automatically. Manual fine-tuning is available in 0.5 mm increments after double-clicking the Z button to enter fixed-focus mode.
Tri-Sensor Alarm Suite: Fire, Air, and Lens Monitoring
Three dedicated sensors mounted on the laser module provide real-time operational feedback through a traffic-light LED system — green for clear, orange for warning, red for stop — and each sensor is capable of triggering an automatic machine halt.
- FIRE sensor: Detects active combustion at the material surface. Red = flame confirmed, stop immediately; Orange = fire risk, verify parameters; Green = no flame detected.
- AIR sensor: Monitors air-assist flow through the silicone tube. Red flashing = no flow (lens contamination risk); Orange steady = low flow (engraving mode); Green steady = full flow (cutting mode).
- LENS sensor: Assesses lens contamination in real time. Red = serious fouling, stop and clean; Orange = minor fouling, schedule cleaning; Green = lens clear.
The machine body also integrates a built-in temperature and humidity sensor that monitors ambient conditions throughout the session. If the environment drifts outside the 5 °C–35 °C safe operating range, the machine shuts down automatically — protecting both the equipment and the workpiece without requiring any manual action.
Integrated Air Assist Pump and Rear Exhaust System
Every Falcon2 Pro S ships with a dedicated built-in air assist pump as standard — not an optional add-on. An adjustable knob on the left side of the frame governs airflow volume, routing compressed air through the silicone tube to the laser nozzle. This continuous airflow clears combustion gases from the cutting zone, extends lens service life, and produces cleaner cut edges on both wood and acrylic. The rear exhaust port accepts the included pipe and clamp for direct connection to an external smoke purifier, as demonstrated in the workshop setup photograph below.
Two Workflow Modes: Online via FDS or Offline via TF Card
The Falcon2 Pro S runs in two fully independent workflow modes. Online mode connects the machine via USB Type-C to a Windows or macOS workstation running Falcon Design Space (FDS) — Creality's native software that includes a design case library, a camera-assisted alignment tool, and a material parameter recommendation table. Offline mode reads G-Code files directly from the TF card slot, enabling autonomous operation without a tethered computer.
Third-party software is natively supported. Both LightBurn and LaserGRBL communicate over the same USB Type-C connection, with all GRBL base parameters user-configurable. The onboard USB camera, paired with the FDS camera calibration function, enables software-guided frame alignment before engraving — reducing material waste when positioning jobs on expensive stock. Firmware updates are handled by copying a BIN file to the TF card root directory; the machine updates automatically on the next power-on.
Technical Specifications of the Creality Falcon2 Pro S 22W
Machine Dimensions
| Product Name | Creality Falcon2 Pro S laser engraving machine |
|---|---|
| Device Dimensions (W × D × H) | 664 × 570 × 328 mm |
| Net Weight — 22 W configuration | 18.8 kg |
| Net Weight — 40 W configuration | 19.6 kg |
Laser & Optics
| Laser Source | Diode laser |
|---|---|
| Laser Wavelength | 445 ± 15 nm |
| Optical Power — Precise Mode | 22 W |
| Optical Power — Normal Mode | 40 W |
| Engraving Area | 355 × 390 mm |
| Laser Safety Class | Class 1 (FDA) |
| Focus Method | Z-axis autofocus probe; manual fine-adjustment in 0.5 mm increments |
Electrical
| Input Voltage | 100–240 V~ 50–60 Hz |
|---|---|
| Output Voltage — 22 W configuration | DC 24.0 V / 5.0 A |
| Output Voltage — 40 W configuration | DC 24.0 V / 10.0 A |
Software & Connectivity
| Supported Software | Falcon Design Space (FDS), LightBurn, LaserGRBL |
|---|---|
| Operating System | Windows, macOS |
| Supported File Formats | JPEG, JPG, PNG, BMP, SVG, DXF |
| Online Connectivity | USB Type-C |
| Offline Operation | TF card slot (G-Code files in root directory) |
| Camera | USB camera (frame alignment and calibration) |
Safety & Environment
| Safety Certifications | FDA, CE, RoHS, FCC, PSE |
|---|---|
| Working Temperature | 5 °C–35 °C |
| Safety Switches | Safety lock + Emergency stop + Power switch (3 independent) |
| Active Alarm Sensors | Fire sensor, Air sensor, Lens sensor (tri-colour LED, auto-stop) |
| Environmental Sensors | Built-in temperature and humidity sensor (auto-shutdown) |
| Enclosure Protection | Auto-stop on open enclosure (Error 24) |
| Air Assist | Built-in pump with adjustable airflow knob (included) |
Supported Materials
| Engravable / Cuttable Materials | Cardboard, wood, bamboo, rubber, leather, fabric, acrylic, plastic |
|---|
Compliance Standards
| Applied Standards | EN 60204-1:2018, EN ISO 12100:2010, EN ISO 11553-1:2020, EN 60825-1:2014 |
|---|
What's in the Box
- Creality Falcon2 Pro S machine body (principal part)
- 22 W laser module
- Protective enclosure frame — aluminium strip A (fan) and strip B (light)
- Top and bottom support bars
- Transparent protective film and sheltering cover
- Light panel
- Board A and Board B
- Honeycomb panel
- Built-in air assist pump with silicone tube
- Exhaust pipe with clamp
- Power supply
- USB-C cable × 2
- USB-A to USB-C adapter
- Protective laser goggles
- Anti-static brush
- Calibration card
- Basswood test piece 400 × 400 × 3 mm
- Basswood test piece 150 × 150 × 2 mm
- Countersunk head screws × 10 and oval head screws × 26
- M4 Allen wrench and open-end wrench
- Assembly box: M1.5 / M2 / M2.5 / M3 Allen wrenches, tweezers, dust-free cloth, protective lens, Velcro straps × 3, keys × 2, TF card with card reader
- Creality sticker and user manual
How to Set Up the Creality Falcon2 Pro S for First Use
This procedure covers the essential steps to assemble, connect, and run the first engraving job on the Creality Falcon2 Pro S, following the official Quick Start guide included in the product manual.
Step 1: Assemble the Machine
Follow the illustrated assembly guide in the printed user manual or watch the Assembly Guidance Video on the TF card. Key steps include joining the aluminium strips, fitting the transparent film and sheltering cover into their tracks, mounting the laser module from top to bottom until it reaches the lowest point naturally, connecting module wires into their clips, installing the honeycomb panel, and attaching the exhaust pipe and silicone air tube.
Step 2: Install Falcon Design Space Software
Download Falcon Design Space (FDS) from craftseek.com or from the TF card data package. Install on a Windows or macOS computer. Connect the Falcon2 Pro S to the computer using the included USB Type-C cable. Alternatively, install LightBurn or LaserGRBL for advanced GRBL-level control.
Step 3: Run Camera Calibration
Before the first engraving job, open FDS and run the camera calibration function. Place the included calibration card on the honeycomb panel as instructed. This procedure aligns the on-screen workspace with the physical laser position and is essential for accurate job placement. Refer to the "Camera Calibration and Alignment" file on the TF card for detailed steps.
Step 4: Place Material and Autofocus
Place your material flat on the honeycomb panel with a laser-impermeable base plate (such as the included aluminium alloy plate) underneath. Long-press the Z button on the front panel. The laser module descends, the Z-axis probe contacts the material surface, and the correct focal distance locks automatically. To fine-adjust after autofocus, double-click Z to enter fixed-focus mode and use the directional keys for 0.5 mm increments.
Step 5: Preview Frame and Start Engraving
In FDS or via the front panel Frame button, run the frame preview to trace the outer boundary of your design above the material without firing the laser. Confirm the positioning, select your engraving parameters from the Parameter Recommendation Table on the TF card, then press Start. Never leave the machine unattended during operation.
Why does my engraving look lighter or have crooked edges compared to the design?
This is typically caused by incorrect power/speed parameters or loose mechanical components. First, consult the Parameter Recommendation Table on the TF card for your specific material. Then inspect the machine: verify all frame screws are tightened and the belt tension is correct. The laser module should slide smoothly along the X-axis profile under gravity, with no pulley slip and appropriate belt tightness. Adjust the belt manually if needed.
Can the Falcon2 Pro S engrave on reflective or transparent surfaces such as glass or ceramics?
Yes, but surface preparation is mandatory. Apply a non-reflective coating (such as a laser-marking compound or spray primer) to the surface before engraving. This prevents laser energy from reflecting back into the module and ensures a consistent, legible result. Never engrave on bare reflective surfaces without this treatment, as reflected energy can permanently damage the laser module.
How do I fine-tune the focal distance after autofocus completes?
After autofocusing, double-click the Z button on the front panel to enter Z-axis fixed-focus mode. The up direction key raises the module by 0.5 mm; the down key lowers it by 0.5 mm. Use these incremental adjustments to optimise the focal point for your material's specific surface condition or to intentionally defocus for a softer engraving texture effect.
What software is compatible with the Creality Falcon2 Pro S?
The Falcon2 Pro S natively supports three software options: Falcon Design Space (FDS) for a guided experience with a design case library and camera alignment; LightBurn for advanced vector cutting, greyscale imaging, and precise speed/power control; and LaserGRBL as a free open-source alternative. All three connect via USB Type-C on Windows and macOS. For offline use, any GRBL-compatible G-Code file stored in the TF card root directory will run without a computer connection.
Why Choose EXPERT3D?
EXPERT3D has specialised in advanced 3D technology and desktop fabrication equipment since 2012 — more than a decade of hands-on experience selecting, commissioning, and supporting professional-grade tools across research institutions, universities, design studios, and industrial R&D teams. We provide pre-sales technical consultation, delivery coordination across Spain and Europe, and post-sale support backed by direct manufacturer contacts. The Creality Falcon2 Pro S rewards proper initial setup: our team can assist with FDS configuration, LightBurn parameter calibration for your specific materials, and integration into existing workshop or classroom workflows. Contact us to discuss your application requirements and current stock availability.
