Bambu Lab X1 Series
Bambu Lab X1 Series
- 16 Multi Color
- 7 μm Lidar Resolution
- CoreXY 20 m/s² Acceleration
- Dual Auto Bed Leveling
- 16Multi Color
- 7 μmLidar Resolution
- 20 m/s²CoreXY
- Dual-ABLAuto Bed Leveling
Prologue:We hated 3D printingas much as we loved It.
We set 5 goals before we set off on this journey 22 months ago:
- No more Bed-Slingers
- No more bloodshed during support removal
- Sleep soundly during over-night prints
- Bring color back into the community
- Stiff PA-CF parts for my Nerf blaster
Chapter 1:Colors & Beyond
Color, the ultimate expression of emotions, is brought to you by Bambu Lab's Automatic Material System (AMS). You can now enjoy printing freely in multiple colors and materials, a 3D Printing Maestro.
Airtight
Humidity Sensor
Parallel 4*4
2-Stage Feeding
Filament Buffer
by Bambu Lab
Neuschwanstein Castle
by ossum
Ossum Rear Axle Mk III
by Toymakr3d
Kaiju
by Thing-O-Fun
Differential Gear
by Malolo
Raspberry Pi 4 Case & Stands
by Catiav5ftw
Jet Engine
Removing supports has never been easier.
Bambu Lab X1 can use snap-away support material or dissolvable filament to minimize the pain of removing supports.
Advanced processes enable advanced materials.
Breaking free from low temperature and easy print PLA and PETG, the X1 unlocks more demanding material by utilizing advanced parts and sophisticated thermal control.
All-Metal Hotend
300℃
Hardened Steel Nozzle
50 HRC
Hotbed
120℃
Chamber Temperature
60℃
Auxiliary Part Cooling Fan
12W
All-Metal Hotend
300℃
Hardened Steel Nozzle
50 HRC
Hotbed
120℃
Chamber Temperature
60℃
Auxiliary Part Cooling Fan
12W
by akira3dp0, barspin, BCN3D
Super rigid but abrasive
carbon fiber filament
PA-CF
Tough and self-lubricating
but highly hydroscopic PA
PA
Highly temperature resistant
but easily warped PC
PC
by 3Dsets
Multiple polymers for multiple
applications in one project
Polymers
Advanced materials empower advanced projects.
PA-CF
Super rigid but abrasive
carbon fiber filament
PA
Tough and self-lubricating
but highly hydroscopic PA
PC
Highly temperature resistant
but easily warped PC
Polymers
Multiple polymers for multiple
applications in one project
Chapter 2:AI-Powered Evolution
Micro lidar
IMU
2Tops NPU
quad core ARM
A Lidar that measures
depth in micrometers.
Bambu Micro Lidar brings micrometer level precision into 3D printing. The system probes the nozzle height, calibrates the flow, and scans the first layer, so the possibilities are endless.
Dual automated bed leveling for doubly guaranteed prints.
Bambu Lab X1 utilizes two sets of independent sensors and an algorithm to measure the height of the nozzle relative to the bed. The lidar and analog force sensors crosscheck for an extra layer of redundancy in bed leveling.
AI inspected first layer.
Tired of waiting out that first layer? Bambu Lab X1 has got your back. The lidar sensor can check your first layer so that you can get back to doing…anything else.
Higher than the first layer height.
Lower than the first layer height.
Spaghetti detection.
Our AI keeps an eye out for Spaghetti monsters, so you can sleep easy in the knowledge that your printer is safe from this scourge.
A spaghetti failure is detected with confidence of 86%.
Chapter 3:Designed for Speed
CoreXY
Welded Chassis
32 mm3/s
Flow
20 m/s2
Acceleration
500 mm/s
Velocity
16 mins 30 s
Benchy
3 hours
Dragon
by Design28
70 hours
Kaiju: 85 x 26 x 42 cm
by toymakr3d
How did we get
such a speed boost?
Ultra Lightweight
Carbon Rail
40 W Ceramic
Heater
Powerful 12 W
Cooling Fan
Welded Steel
XY Chassis
Speed
means
a lot.
- Use one printer to replace several and have the same productivity.
- Less waiting time means fast iteration.
- Use 0.1 mm layer height by default without worrying about the print time.
- Less time means less carbon emission to keep the bed hot.
Chapter 4:Redefine Smooth
The secret behind the smoothness.
Active Vibration
Compensation (XY)
Precise Layer
Height (Z)
+
High Bandwidth
Flow Control (E)
+
Smoothness
=
Active Vibration
Compensation (XY)
Precise Layer
Height (Z)
High Bandwidth
Flow Control (E)
Smoothness
By the way, we can now cut print time in half while keeping layer height at 0.1 mm.
Chapter 5:A Printer for Everyone
Out of the box
The X1 is assembled, tuned, calibrated, and tested before being shipped to you, so you can enjoy printing right out of the box.
Print from anywhere with any device
You can send prints by Bambu Studio ，and you can control your printer anytime anywhere with Bambu Handy ,also we support SD card and local network to print the projects
It's time to embrace 3MF.
In the STL era, you had to manage model files, printing parameters, assembly instructions, license information, and model pictures in different places with different software. With natively supported 3MF being its default, the X1 saves you all this trouble, and you can now manage your whole project on one cloud.
Chapter 6:Eco-Friendly Printing in Mind
Eco-Friendly Printing
in Mind
80% Cut
Carbon Footprint
20%
Plastic Saved
50dB
In Silent Mode
VOCs Filter
Activated Carbon Filter Absorbs VOCs
Epilogue:The Beginning of a New Era
Do all those smart features completely eliminate tinkering and tuning?
No.
Is this printer as reliable as a photo copier?
No.
Is this the printer you guys dream of?
Not there yet.
But we are proud of X1!
We are still far from our final goal, but the X1 makes the first step, a very daring leap. We hope the X1 will be a milestone leading to a new era in 3D printing.
Tech specs of the X1 Series
| Technology | X1C | X1 | |
| Fused Deposition Modeling | |||
| Body | Shell | Aluminum & Glass | Plastic & Glass |
| Tool Head | Extruder Gears | Hardened Steel | Steel |
| Nozzle | Hardened Steel | Stainless Steel | |
| Cooling | Auxiliary Part Cooling Fan | Closed Loop Control | Optional |
| Air Filter | Activated Carbon Filter | Optional | |
| Supported Filament | PA, PC | Ideal | Capable |
| Carbon / Glass Fiber Reinforced Polymer | Ideal | Not Recommended | |
| Sensors | Chamber Monitoring Camera | 1920 × 1080 Included | Optional |
| Physical Dimensions | Net Weight | 14.13kg | 13.18kg |
Acknowledgement
We express our thanks to the 3D printing community. We have learned a lot about 3D printing from YouTube channels, Reddit discussions, and open source projects. We would like to thank Teaching Tech; his calibration page inspired us to implement the Lidar to do the all important calibrations automatically. We would also like to thank MirageC. If it had not been for his HevORT's stunning performance, we would not have set our target acceleration to 20 m/s^2 two years ago. Finally, we would like to thank the Voron team. We have done many feasibility analyses and evaluation experiments on a Voron 1.8 during the early days of this project.
Creative Commons licensed models are the cornerstones of desktop 3D printing. Countless times, we used these models to test our prototypes, to benchmark their performance, and now to promote features. We list all the attributions of all the models used in this web page below:
Kaiju: Toymakr3d
Ossum Rear Axle Mk III: Ossum
Differential Gear: Thing-O-Fun
Raspberry Pi 4 Case & Stands: Malolo
Jet Engine: Catiav5ftw
PA-CF: akira3dp0, barspin, BCN3D
Jeep: 3Dsets
Bust of Charles Darwin, c.1899: MAAS_Collection
Thanos: Eastman3D
Dragon: Design28
Benchy: Creative Tools
Ossum Rear Axle Mk III: Ossum
Differential Gear: Thing-O-Fun
Raspberry Pi 4 Case & Stands: Malolo
Jet Engine: Catiav5ftw
PA-CF: akira3dp0, barspin, BCN3D
Jeep: 3Dsets
Bust of Charles Darwin, c.1899: MAAS_Collection
Thanos: Eastman3D
Dragon: Design28
Benchy: Creative Tools
Community
Software
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