Unboxing the Bambu Lab R1: A Complete Experience with the 55W CO2 Laser Cutter and Engraver
Bambu Lab has entered the desktop laser cutting and engraving market with the R1, which combines automatic calibration, software integration, and a wide range of expansion accessories.
Bambu Lab R1 is the brand's first dedicated laser cutting and engraving machine. It offers a spacious work area in a relatively compact body and expands processing possibilities through various accessories.
The R1 features a 55W CO2 laser for cutting and engraving materials such as wood, acrylic, and leather, and can also engrave glass surfaces with the appropriate settings.
Compared to the Bambu Lab H2 series 3D printers, which come with optional 10W or 40W diode laser modules, the R1 is a standalone device focused on laser processing, offering different options in terms of work area, material applications, and expansion accessories.
What is the Bambu Lab R1?
The R1 is a device designed by Bambu Lab specifically for laser cutting and engraving, not a hybrid model combining 3D printing and laser processing.
Although it lacks 3D printing functionality, its dedicated CO2 laser system, larger work area, and automated design give the R1 a clear position in Bambu Lab's product line.
Unboxing and Installation: The Familiar Bambu Lab Automation Experience
The R1's body dimensions are approximately 940 × 560 × 200 mm, weighing approximately 33.5 kg.
If you have ever installed a Bambu Lab 3D printer, the R1's initial setup process should feel quite familiar.
The basic steps include removing the packaging, removing the fixing zip ties and foam, installing the necessary accessories, and finally calibrating the equipment.
Cooling System Setup
Before calibrating, you must first add the specified distilled water to the cooling water tank on the back of the R1 according to the original instructions.
The package includes antifreeze and instructions for use. Users should confirm the antifreeze addition requirements and ratio based on the lowest temperature the equipment may encounter at its location.
Note: For the type of coolant, addition ratio, and operating steps, please refer to the original manual. It is not recommended to replace the coolant with an unverified coolant on your own.
Automatic Calibration and Laser Alignment
The R1's calibration process covers motor encoder calibration, vibration compensation, motion accuracy calibration, and laser alignment.
When aligning the laser, you first need to install the included laser alignment sensor on the side of the tool head, then start the automatic alignment program from the equipment settings menu.
Next, the tool head will move according to the program and return to the initial position upon completion. Except for installing the sensor and starting the process, there is no need to manually adjust the optical path.
Body Configuration and Work Area
The R1's exhaust fan housing is located at the rear left of the machine, and the air outlet can be adjusted in different directions.
The body is equipped with an emergency stop button, project start and pause controls, a USB security key, and a USB-C port.
The work area is approximately 600 × 300 mm, and it provides a removable tray and workpiece support structure.
The top cover has a built-in overhead camera that can import material images into Bambu Suite, helping users align the processing position during the project preparation stage.
Bambu Lab R1 Laser Safety Design
Under the complete enclosed configuration specified by the manufacturer, the R1 is a Class 1 laser product.
Users can observe the cutting or engraving process through the top cover, and when the equipment detects that the top cover is open during processing, it will pause the operation.
The body is also equipped with an emergency stop button, and unauthorized operation can be restricted by removing the security key.
Laser safety reminder: The Class 1 classification only applies to the complete enclosed configuration specified by the manufacturer. If accessories such as a lift table or conveyor belt are installed that change the protection conditions, the equipment may operate under Class 4 conditions, and corresponding laser safety regulations must be followed, and protective eyewear compliant with the laser wavelength and protection level must be used.
Regardless of the equipment classification, proper smoke exhaust should be ensured, unknown or harmful materials should be avoided, and the operation should be monitored during processing.
Bambu Suite and MakerWorld: From Design to Processing
The main software operation method for the R1 is through Bambu Suite on a Mac or Windows computer, as well as Bambu Handy on a mobile phone.
Bambu Suite
Used to import and edit designs, set the processing type, adjust laser parameters, preview material positions, and send the project to the R1.
Bambu Handy
You can view project status, processing progress, and time information through your mobile phone, making it convenient for users to monitor the equipment remotely.
MakerWorld provides laser cutting and engraving project resources to explore, making it easier for users new to laser processing to find creative inspiration.
Actual Operation: Starting Laser Cutting with Your First Project
For laser cutting and engraving beginners, the tutorial process in Bambu Suite can lower the threshold for initial operation.
After binding the R1 to a Bambu account, users can follow the guidance to complete a small ruler project with different patterns, thereby understanding various laser processing settings.
R1 Standard Processing Workflow
Import and Edit Design
Import the project into Bambu Suite, view the pattern, and make necessary edits.
Set Processing Type
Select line, fill, or cut according to the design requirements, and adjust the corresponding laser parameters.
Place Material and Prepare for Processing
Place the material in the R1, and use the preparation function in Suite to obtain the material position and related information.
Preview and Align
Check the relative position of the design and material through the overhead camera image, and adjust further as needed.
Send and Start Operation
After confirming the settings and safety conditions, send the project to the R1, close the top cover, and start processing.
Actual Cutting and Engraving Performance
In the processing experience of wood and acrylic boards, the R1 can present neat cut edges, and achieve clean engraving effects with appropriate settings.
Metal and glass surface engraving can also achieve different effects through suitable material processing and parameter settings, but the processing quality will still be affected by material type, surface condition, laser power, and speed.
Use Bambu Suite to Test Power and Speed
Bambu Suite provides a parameter testing tool, allowing users to set the laser power and processing speed range, and generate different line, fill, or image engraving tests.
For example, when processing 3 mm thick basswood, different power and speed combinations may result in significantly different engraving depths.
At the same speed, increasing the laser power may make the engraving marks deeper, or even cause the material to overburn.
Operating Suggestion: Every time you change the material type, thickness, or surface treatment method, it is recommended to conduct a small-scale test first, and then adjust the parameters according to the actual results. It is not suitable to directly apply the settings of other materials.
Laser Cutting and 3D Printing: Different Production Efficiencies
One advantage of laser cutting is that it can quickly process flat materials into the desired shape.
In the unboxing experience, the introductory small ruler can be completed in a short time, and boxes made of wood or acrylic boards may also only require a few minutes of processing time.
In comparison, if you use 3D printing to make a complete 3D object of similar size, it usually takes a longer forming time.
However, laser cutting and 3D printing are suitable for different design forms, and should be selected according to the project structure, material requirements, and processing method.
Practical Expansion Accessories for Bambu Lab R1
In addition to the standard work area, the R1 can also process materials of different sizes and shapes through expansion accessories.
Long Material Kit
Allows longer materials to pass through the work area, supporting the processing needs of long materials up to approximately 3,000 mm, suitable for long wooden boards and other compatible materials.
Rotary Kit
Suitable for some cylindrical objects, such as stainless steel cups, glass cups, etc., and can be engraved through the rotary accessory settings in Bambu Suite.
When using long materials, lift tables, or rotary expansion accessories, you should confirm the accessory compatibility, material fixing method, and equipment safety protection requirements.
Is the Bambu Lab R1 Worth Buying?
The appeal of the R1 is not just the 55W CO2 laser itself, but also the operating experience brought by automatic calibration, software integration, material positioning, and expansion accessories.
For laser processing beginners, the tutorials in Bambu Suite and project resources on MakerWorld can help users quickly familiarize themselves with the basic cutting and engraving process.
For users with existing laser processing experience, the R1 provides a relatively complete dedicated equipment workflow, and can expand the processing scope with accessories.
Which Users Should Consider the R1?
- Creators who want to get started with CO2 laser cutting and engraving.
- Users who frequently make wood, acrylic, and other material projects.
- Workshops that need a larger work area and long material processing capability.
- Users who value automatic calibration, software integration, and operating efficiency.
- Teams who want to expand cylindrical object engraving applications such as cups through rotary accessories.
Review Conclusion: If you want to purchase a device focused on laser cutting and engraving, with a complete software workflow and expansion flexibility, the Bambu Lab R1 is a choice worth considering.
Bambu Lab R1 Warranty and Repair Instructions
3DMart provides Bambu Lab related after-sales and repair services. The actual warranty period, plan content, and applicable scope are subject to the order at the time of purchase and 3DMart's latest warranty regulations.
Enhanced Warranty Plan Service Content
If you purchase the applicable enhanced warranty plan, the service content may include:
- Equipment round-trip shipping service.
- Equipment inspection service.
- Equipment repair service.
- 3DMart arranges to collect the equipment, have an engineer inspect and repair it, and send it back after completion.
The warranty plan and applicable content are subject to the actual purchased plan. If the equipment shows an abnormality, please first conduct an inspection and application according to 3DMart's after-sales process.
If the equipment shows an abnormality, please first refer to the 3DMart Warranty Product Repair Application Process , or contact the service team through the 3DMart Technical Support Application Page .
For operation and purchasing questions, you can also send an email to client@3dmart.com.tw .