Ortur R2 – Smart Laser Engraver 20W + 1.3W IR (1064 nm)

Engineering for Real-World Engraving Workflows

Laser engraving at production speed requires more than raw wattage — it demands consistency across repeated jobs, reliable material detection, and a workflow that compresses the gap between idea and finished item. The Ortur R2 – Smart Laser Engraver 20W + 1.3W IR (1064 nm) addresses each of those requirements with hardware and software designed to work together.

The closed image below confirms the R2's Class 1 laser safety certification, which means the UV-blocking enclosure and interlock system meet international standards for enclosed laser operation.

0.01 mm XY Resolution — Why It Matters

A 0.01 mm positioning resolution means the laser spot can be placed within one-hundredth of a millimetre of its intended coordinate. At 20,000 mm/min, the NEMA17 stepper motors and rigid 70% aluminium alloy frame work together to prevent resonance-induced artefacts — a common failure mode at high speeds on lighter frames. The result: hairline text and photographic gradients remain legible even when the output is enlarged or magnified.

Dual-Module Architecture: Blue Diode + Infrared

The R2 ships with two swappable laser modules that cover fundamentally different material chemistries. The LU3-20A 20 W module emits at 445 ±5 nm (blue diode), which is absorbed efficiently by wood, dark acrylics, leather, and coated metals — enabling both engraving and cutting in a single pass where material thickness permits. The LR4-1A 1.3 W IR module emits at 1064 nm, the wavelength that bare metals, alloys, and metal oxides absorb most readily. Its 0.03 mm × 0.03 mm spot size produces sharp marks on gold, silver, stainless steel, and aluminium surfaces that the blue diode cannot address. Swapping between modules does not require recalibration of the machine frame.

The image below illustrates all three available module options — the 20 W cutting module, the 10 W fine-engraving module, and the 1.3 W 1064 nm metal-engraving module — confirming the R2's modular upgrade path.

Built-in HD Camera and Automatic Material Alignment

The overhead HD camera does two jobs. First, it renders a live preview of the work surface in the companion app, so designs can be positioned visually rather than by entering coordinates. Second, during batch runs it automatically detects each material's position and corrects alignment without operator input. This is the mechanism behind the R2's fast batch re-engraving capability: the machine stores the last eight tasks and uses the camera to reproduce them on new stock at the tap of a touchscreen button.

The following image demonstrates the HD camera's batch-production capability, showing simultaneous engraving of identical designs on multiple circular coasters.

Machine Dimensions and Working Envelope

At 470 mm × 400 mm × 214 mm and 10.5 kg net weight, the R2 occupies a standard desktop footprint. The image below shows the annotated outer dimensions alongside the 300 mm × 210 mm working area that applies with the IR and lower-power modules installed.

Flip-up Screen and Offline Operation

The integrated touchscreen panel adjusts on a hinge — similar in motion to a laptop display — allowing the viewing angle to be set for standing, seated, or low-work-surface operation. Offline mode means the R2 can run stored jobs directly from SD card or TF card without a connected computer, reducing cable clutter on a busy bench. The self-diagnosis routine scans motor drivers, laser output, and sensor states at startup, surfacing any fault before a job is committed to material.

The image below presents the R2's front profile with the orange UV-protective enclosure fully closed, showing the touchscreen display and top-mounted ventilation port.

Safety Architecture

The R2 carries six active safety mechanisms: positional protection that halts the laser if the head is out of bounds, exposure duration detection that enforces job-level burn time limits, a laser beam safety guard, sloping position protection triggered by the gyroscopic sensor, a host computer watchdog that kills the beam if the control signal is lost, and connectivity-level controls via Wi-Fi, Bluetooth, USB flash drive, and SD card reader. The flame detection system uses five thermal recognition points distributed across the enclosure; if three or more detect simultaneous temperature rise beyond the laser path during a cutting operation, the machine executes an immediate power-off.

The following collage highlights the R2's key capability overview — multi-target engraving, Class 1 safety compliance, interchangeable 1.3 W–20 W modules, HD camera, and curved-surface compatibility.

Companion App: Sketch, Photo Import, and Preset Library

The mobile application connects to the R2 over 2.4 GHz Wi-Fi and provides four creation pathways. Typed text can be rendered in 19+ artistic fonts and output in multiple languages. Imported photographs are processed through a crop-and-tone workflow before being converted to laser paths. Hand-drawn sketches made directly on the touchscreen are vectorised and queued as engrave jobs. A smart preset library maps material type and laser power to the machine's recommended speed and power settings automatically, eliminating manual parameter lookup. An in-app community gallery allows finished designs to be shared and discovered.

The image below shows the Ortur companion app's splash screen interface on a mobile device, illustrating the brand's integrated software ecosystem.

The Triangular Blade Work Surface

The R2 ships with four triangular blades as a cutting support surface. The video below — produced by Ortur — provides a direct comparison between the triangular blade system and a honeycomb panel, explaining the heat-dissipation and material-support trade-offs relevant to laser cutting workflows.

LR4-1A 1.3 W IR Module — Metal and Specialist Material Marking

The infrared module's 1064 nm wavelength is the standard for Nd:YAG and fibre laser metal processing, and it brings that capability to a desktop form factor. Its 0.03 mm × 0.03 mm spot size is significantly finer than the blue diode's focal point, making it suitable for fine jewellery marking, key-ring personalisation, and industrial part identification on bare metal surfaces. With a rated lifespan exceeding 10,000 H and a 40 mm focal length from lens to workpiece, the module suits sustained production use as well as one-off personalisation.

The image below shows a representative selection of outputs produced with the LR4-1A module on metal, plastic, leather, and ceramic substrates — including jewellery, key-chains, and personalised gift items.

The front profile view below illustrates the LR4-1A module's top connector port, side focus adjustment knob, and bottom lens aperture within its grey aluminium housing.

The following image shows the LR4-1A module from a direct front perspective, highlighting the connector port and focus knob arrangement.

The isometric angle below reveals the LR4-1A's ventilation slot array and heat-dissipation fin geometry on the module's upper surface — features that contribute to its >10,000 H operating life.

Cross-Machine Compatibility of the LR4-1A

Unlike the 20 W LU3-20A module, which is dedicated to the R2 chassis, the LR4-1A is compatible with eight Ortur machines: the R1, F10, OLM3, OLM2 PRO S2, OLM3 LE, OLM H10, and OLM2S2. This means one IR module can serve multiple machines in a workshop without purchasing a separate unit for each engraver.

The compatibility chart below maps the LR4-1A's connectivity to the full range of supported Ortur machines.

The following image shows the 1.3 W IR module engraving a butterfly design across multiple circular metal discs simultaneously, demonstrating batch metal-marking throughput.

The dimensioned view below confirms the LR4-1A module's physical footprint at 101 mm × 44 mm × 48 mm — compact enough to mount and demount in seconds without tools.

Tech Tip: When switching from the 20 W blue-diode module (focal length 46 mm) to the 1.3 W LR4-1A IR module (focal length 40 mm), always use the included Focus Plate to re-establish the correct working distance — even a 2 mm defocus error at 1064 nm will broaden the 0.03 mm spot and reduce contrast on bare metal surfaces markedly.

What's in the box

Standard Accessories

• R2 Laser Engraver ×1
• Power Cord ×1
• Power Adapter ×1
• Camera Calibration Board ×1
• Machine Key ×1
• Triangular Blade ×4
• YRR Adaptor Cable ×1
• USB Data Cable ×2
• Opening for Ventilation ×1
• Flat Head Tapping Screws ×4
• 3 mm Allen Wrench ×1
• Two-in-one Screwdriver ×1
• Wrench ×1
• Test Acrylic ×1
• Test Aluminium Sheet ×1
• Test Wood Chips ×4
• Brush ×1
• Zip Ties ×10
• Laser Goggles ×1
• Card Reader + TF Card ×1

LU3-20A 20 W Laser Module Kit

• LU3-20A 20 W Laser Module ×1
• Air Pump ×1
• Quick Coupling ×1
• Airflow Regulator ×1
• Air Hose ×1 (OD: 6 mm)
• Hand Screw ×1
• Lens Replacement Tool ×1
• Lens ×1

LR4-1A 1.3 W IR Laser Module Kit

• LR4-1A 1.3 W Laser Module ×1
• Laser Line ×1
• Focus Plate ×1
• Hand Screw ×1

The packing list diagram below provides a visual reference for all included accessories, tools, test materials, and optional laser module configurations supplied with the Ortur R2.

Buy the Ortur R2 – Smart Laser Engraver 20W + 1.3W IR (1064 nm) | Price & delivery in Spain

Order the Ortur R2 – Smart Laser Engraver 20W + 1.3W IR (1064 nm) directly from EXPERT3D, the specialist 3D technology and laser engraving store serving Valencia and all of Spain. We have supplied professional engravers, workshops, and creative studios across Spain since 2012 — our team can advise on module selection, compatible accessories (YRC1.0, YRR3.0, YRR2.0, OUR1.0, OSP1.0, OAP1.0), and post-purchase setup. Check our current price list for the R2 bundle, request a quote for multi-unit orders, and benefit from fast domestic delivery with official warranty coverage. As an official representative of Ortur, we guarantee the best price, authorised service, and official warranty on every unit sold.