Bambu Lab R1 Launches With a 55W CO2 Laser and Automatic Alignment

Bambu Lab has released the R1, its first dedicated laser engraver and cutter. The enclosed desktop machine uses a 55 W CO₂ laser over a 600 × 300 mm work area and carries over the camera systems, motion control and guided setup that have become familiar on the company's 3D printers.

The R1 is not a printer with an interchangeable laser head. It is a standalone laser cutter built around automatic optical alignment, camera-assisted job placement and accessories for long or cylindrical workpieces. Bambu Lab rates engraving speed at up to 1,000 mm/s, with acceleration of 20,000 mm/s².

A 55 W CO2 Laser Over 600 × 300 mm

The standard work area measures 600 × 300 mm. Bambu Lab lists wood, acrylic, leather, fabric, paper, EVA foam and shell among the materials the R1 can cut and engrave. Glass, ceramic and coated metal are listed for engraving only; bare metal is not supported for direct engraving.

Cutting depth depends on the focusing lens. With the standard short-focus lens, Bambu Lab rates the R1 for up to 15 mm black-walnut plywood or 20 mm acrylic in one pass. For the optional medium-focus lens, the store's spec table lists 18 mm plywood, while Bambu Lab's lens guide rates it at 15 mm. The optional long-focus lens reaches 18 mm in both and cuts faster than the medium lens at the same thickness. All three lenses keep the 20 mm acrylic rating. These are manufacturer test figures, and the product notes specify that its references to wood mean plywood.

The laser head includes air assist rated at 30 L/min at 30 kPa. At the other end of the motion system, Bambu Lab claims absolute accuracy below 0.1 mm across 600 mm when the optional Vision Encoder is fitted.

Automatic Alignment Replaces Mirror Adjustment

CO₂ laser cutters normally require their optical path to be checked and the mirrors adjusted so the beam reaches the lens in the correct position. The R1 automates that process. Its supplied Laser Alignment Sensor mounts on the toolhead, measures the beam and corrects the optical path in about one minute, according to Bambu Lab.

Bambu Lab's alignment sensor measures the beam at the toolhead before the machine corrects the optical path.

Job placement is handled by what Bambu Lab calls TriSense: two cameras, two lasers and two encoders working together. The company specifies positioning accuracy below 0.2 mm. A toolhead camera is used for small objects and for tracing printed or drawn outlines, while automatic ranging measures the surface height, including on clear acrylic and glass.

The R1 also applies vibration compensation after direction changes and adjusts laser output as the head accelerates. Bambu Lab says this keeps engraving depth consistent at higher speeds. Material recognition can load power and speed settings automatically, although this part of the workflow is limited to Bambu Lab's own materials.

The Conveyor Extends the Work Area to Three Metres

An optional automatic conveyor expands the processing area from 600 × 300 mm to 600 × 3,000 mm by feeding long stock through the machine. Bambu Lab positions the accessory for shelving, furniture parts and other projects that would not fit inside the standard enclosure.

The optional conveyor feeds boards through the R1 for jobs up to three metres long.

The conveyor requires the optional riser base, which also creates clearance for taller workpieces. A rotary attachment mounts to the same raised setup for engraving bottles, cups and other cylindrical objects. At launch, Bambu Lab supports cylindrical processing; support for more complex revolved shapes is listed as a future firmware update.

The Enclosure Is Class 1 Until It Is Opened Up

In its standard enclosed configuration, the R1 is rated as a Class 1 laser product under IEC 60825-1. The lid is interlocked so opening it stops the laser, and the machine includes flame detection and a physical emergency-stop button. A crossflow ventilation system draws fresh air across the work area and sends smoke to the exhaust outlet.

That classification changes when the machine is used with the riser base or automatic conveyor. Both create openings in the enclosure, turning the R1 into a Class 4 installation. Bambu Lab says those configurations are intended for trained professional users and require CO₂ laser-safety eyewear. The rotary attachment needs the riser base as well, so cylindrical engraving also runs in the Class 4 setup. That matters for anyone planning long-material or rotary work.

The R1 ships with an exhaust fan and hose. Bambu Lab also offers the E1 Pro air purifier as a separate accessory, using several filter stages and activated carbon to capture smoke, fine particles and odors before returning air to the room.

Packages and Availability

The first R1 teaser appeared on August 13, and a second one confirmed a CO₂ laser and the launch date on September 14. Pre-orders opened on September 22, with shipping planned to start in October.

As of November 2, 2026, Bambu Lab's EU store sells the R1 in three packages. The prices include German VAT, which is recalculated for the delivery country at checkout, and shipping is extra.

The first two packages are on pre-order, while the rotary bundle is listed as coming in December. The Vision Encoder is not part of any package; the supplied alignment sensor handles the optical path without it. In the US, the R1 launched at $2,499 before tax, with shipping included.

A Laser Cutter Built Around Bambu's Workflow

The R1's main departure from a conventional desktop CO₂ cutter is not the laser power or bed size on its own. It is the effort to move alignment, focusing, material setup and job placement into a guided workflow. The machine has its own touchscreen for job progress, optical calibration and system status, with Bambu Suite providing the design and processing workflow.

Several of the headline capabilities rely on optional hardware. The riser base, conveyor and rotary attachment come in the bundles above, while the medium- and long-focus lenses, Vision Encoder and E1 Pro purifier are separate purchases. The complete configuration will therefore depend on whether the machine is being used for flat sheet work, long stock or cylindrical engraving.

The launch gives Bambu Lab a dedicated laser platform rather than another multi-function printer. The specifications put the R1 firmly in the desktop CO₂ category; the more consequential claim is that routine setup can be reduced to the kind of camera-led process Bambu Lab users already know. Cutting depth, positioning accuracy and smoke control will need to be assessed in production workflows once machines reach users.

Sources

• Bambu Lab's R1 store page, for specifications, cutting limits, accessories, safety notes and official product media
• Bambu Lab's R1 product page, for the launch presentation and automatic-alignment overview
• Bambu Lab's R1 launch announcement, with the US price and pre-order start
• Bambu Lab's focusing-lens guide for the R1
• Bambu Lab's September 14 teaser with the CO₂ laser and launch date
• Bambu Lab's first R1 teaser from August 13