Creality Falcon2 Pro S 40W – High-Power Laser Engraver and Cutter

The Creality Falcon2 Pro S is an enclosed 40 W diode laser engraver and cutter designed for home workshops, makerspaces, and small-batch production. It combines eight 5.5 W diode sources into a single 40 W output beam, covers a 355×390 mm working area, reaches 600 mm/s maximum engraving speed, and ships with FDA Class 1 safety certification, one-click auto-focus, a built-in positioning camera, and a triple-sensor monitoring system covering airflow, flame, and lens status.

The image below presents the Falcon2 Pro S in its full enclosed form — the deep-red light-filtering cover and clean aluminium chassis that define this machine's professional character on any workshop bench.

40 W Laser Module: Eight Diodes, One Precision Beam

Raw optical power determines what a laser engraver can actually cut. The Falcon2 Pro S achieves its 40 W output not with a single fragile source, but through advanced beam-combination technology that merges eight individual 5.5 W diode lasers into one concentrated focal point. The result is a beam dense enough to slice through 20 mm basswood in a single pass and process coloured acrylic without the colour-loss artefacts that lower-power modules leave behind. Three indicator LEDs — AIR, FIRE, LENS — sit on the module housing and report real-time status at a glance, while a Z-axis autofocus probe and a Type-C firmware port complete the hardware picture.

600 mm/s on an Aerospace-Grade Aluminium Frame

Speed without rigidity is noise. The Falcon2 Pro S pairs its 600 mm/s maximum engraving speed with a reinforced rail structure mounted on an aerospace-grade aluminium alloy frame. Where cheaper machines flex under rapid direction changes — producing wavy lines and blurred detail — the Falcon2 Pro S maintains geometric accuracy across the full XY plane even at peak velocity. Every machine leaves the factory after a full stress-test cycle: belt tension, pulley alignment, and rail parallelism are validated before shipment.

355×390 mm Working Area: Room for Batch Production

At 355×390 mm, the Falcon2 Pro S offers a materially larger bed than most enclosed desktop lasers. The practical consequence: you can lay out multiple small blanks — keyrings, coasters, jewellery tags — and engrave the entire batch in one unattended job. Larger single pieces such as A3-format signs or cutting boards fit without repositioning. The diagram below shows the full usable bed with its grid markings that help with material placement repeatability.

One-Click Auto-Focus and Automatic Cut-Through Detection

Correct focal distance is the single biggest variable in laser quality. A long press of the Z button triggers the motorised Z-axis probe, which touches the material surface and sets the exact focal length in seconds — no gauge blocks, no trial burns. Once focused, the Auto Cut-Through function monitors whether the beam has penetrated the workpiece on each pass: if a cut is incomplete, the machine automatically adds a supplementary pass, eliminating the manual inspection loop and near-zero material waste. The comparison below shows the difference between an incomplete and a confirmed cut-through.

Built-In Camera: Auto Positioning and Batch Filling

The integrated overhead camera transforms the way you place jobs. After loading a design in Falcon Design Space (FDS), the camera captures a live preview of the bed, and the software overlays your artwork at its exact physical location — no more estimating offsets by hand. The Batch Filling mode goes further: the camera identifies multiple identical blanks on the bed and automatically duplicates the engraving job across all of them, multiplying throughput without additional setup time.

FDA Class 1 Safety: Certified for Homes and Shared Workshops

Class 1 laser certification means that during normal, intended operation, no accessible laser radiation exceeds safe exposure limits — the enclosure does the protective work. The Falcon2 Pro S carries FDA, CE, RoHS, FCC, and PSE certifications and complies with EN 60825-1:2014, the international laser safety standard. This makes it one of the few 40 W desktop lasers legally suitable for use in school makerspaces, shared studios, and home workshops without mandatory PPE enforcement. The craftsman below is using the machine without goggles because the enclosure provides 360° radiation containment during operation.

Dual Light-Filtering Cover: Full Visibility, No Goggles Required

The curved lid uses a deep-red, high-transparency optical filter that blocks the hazardous 455 nm laser wavelength while transmitting visible light. Operators can monitor engraving progress through the cover at any time — watching burn depth, checking alignment, confirming cut progress — without any protective eyewear. The push-pull curved form factor also keeps the footprint compact: the lid slides back and stores within the machine's own depth, requiring no clearance overhead.

Triple Security Monitoring: AIR, FIRE, LENS

Three independent sensor circuits provide continuous watchdog protection throughout every job. The AIR sensor monitors whether the air-assist pump is delivering flow through the laser module — if airflow drops, it warns before smoke contaminates the optics. The FIRE sensor detects an open flame on the workpiece and triggers an immediate machine stop plus audible alarm; the indicator flashes red and the machine halts without operator input. The LENS sensor detects optical contamination on the focusing lens, alerting before accumulated residue causes focus drift or lens damage. All three functions are enabled by default and individually configurable. The sensor panel visible below shows the AIR, FIRE, and LENS indicators in their normal green state.

Active Ventilation and Optional Air Purification

The enclosure houses a high-static-pressure exhaust fan that evacuates combustion gases and fine particulate matter generated during laser processing. An exhaust pipe connects directly to external ducting, routing fumes out of the workspace. The fan assembly visible below uses a centrifugal design to maximise flow rate with minimal acoustic signature — a meaningful difference for home studio environments where CO₂ tube machines running identical extraction fans can be distractingly loud.

For operators who cannot duct to the outside — or who need cleaner air inside a shared room — the optional Creality Falcon air purifier connects directly to the machine's exhaust port. It filters both fine particulate and odour-causing VOCs through a multi-stage filtration stack before recirculating cleaned air back into the room, as shown in the image below.

Practical Design Details That Matter

Three small decisions distinguish a well-engineered machine from an assembled kit. First: a pull-out metal debris drawer sits beneath the honeycomb bed and catches all engraving residue — ash, char fragments, and sawdust. Cleaning is a thirty-second task: pull, pour, wipe. Second: the curved protective cover operates on a push-pull sliding mechanism that requires no vertical clearance, so the machine fits under shelving or in a studio alcove. Third: offline operation via TF card means the machine runs independently of a connected computer — generate the G-code in FDS, save it to the card, insert, and press start.

Falcon Design Space Software: Full Creative Control

The feature overview below captures the core capability matrix in a single diagram: auto-focus, auto supplementary cut-through, batch filling via camera, selectable 40 W / 22 W laser power, 600 mm/s speed, large processing area, safety compliance, and Falcon Design Space software — all present in a single enclosed desktop platform.

Falcon Design Space (FDS) accepts JPEG, PNG, BMP, SVG, and DXF file formats and connects directly from files generated in Canva, Photoshop, or Illustrator without intermediate conversion. The interface shown below walks through the complete workflow — device connection, camera calibration, image import, parameter selection, and job start — in a logical left-to-right sequence that requires no prior CAM experience. Beyond FDS, advanced users can route jobs through LightBurn or LaserGRBL, both of which are fully compatible with the machine's GRBL-based motion controller.

FDS also includes a dedicated image-editing toolset — brightness, contrast, dithering mode selection, and vector trace — so artwork can be prepared and adjusted directly inside the engraving application without switching to a separate graphics editor. The dual-screen comparison below demonstrates FDS running on both a full desktop monitor and a laptop, confirming compatibility with Windows and macOS environments.

What's in the Box

• Creality Falcon2 Pro S laser engraver (principal part + protective frame)
• 40 W laser module
• Honeycomb work panel
• Air-assist equipment + silicone tube + exhaust pipe + clamp
• Power supply
• USB-C cable ×2, USB-A to USB-C adapter
• TF card + card reader
• Basswood test pieces: 400×400×3 mm and 150×150×2 mm
• Laser safety goggles
• Allen wrenches (M1.5 / M2 / M2.5 / M3 / M4), open-end wrench, tweezers
• Dust-free cloth, anti-static brush, protective lens, velcro straps ×3
• Key ×2, calibration card, transparent film, light panel, sheltering cover
• User manual + Creality sticker

Why Choose EXPERT3D?

EXPERT3D has specialised in advanced 3D technology and laser fabrication equipment since 2012 — more than a decade of hands-on experience selecting, deploying, and supporting professional-grade platforms across research institutions, universities, design studios, and industrial R&D teams in Spain and across Europe. We provide pre-sales technical consultation, delivery coordination, and post-sale support backed by direct manufacturer contacts. The Creality Falcon2 Pro S is a technically complete system with multiple interdependent subsystems: our team can help you navigate configuration options, software setup, and integration into your existing production workflow. Contact us to discuss your specific application requirements and current availability.