FDM 3D Printer
Fused Deposition Modeling (FDM) uses a nozzle to extrude and melt materials, building 3D objects layer by layer. FDM typically requires no post-processing, making objects generally ready for use after printing. The range of materials available is extensive, from thermoplastics to industrial fibers and even food, contributing to FDM's widespread use in various applications.
FDM is currently considered the most popular 3D printing technology. In recent years, many brands have launched a variety of high-speed FDM 3D printers, making them highly competitive. The printing speed of FDM printing technology is far higher than before, and the overall speed is also relatively superior to SLA printing technology.
Multi-color for Beginner
No assembly required
2024 Latest, Coming Soon.
Bambu Lab
A1 FDM 3D Printer
．Multi-Color Printing with AMS LITE
．Full-auto Calibration
．1-Clip Quick Swap Nozzle
．Active Flow Rate Compensation
．Maker World 3D Model Platform
AMS LITE
Multi-color Printing
Auto Calibration
No manual adjustment
Flow Rate Compensation
Smooth at every corner
Full-Auto Calibration
The Bambu Lab A1 handles various calibrations automatically, meticulously adjusting the Z-offset, bed level, vibration resonance, and nozzle pressure for EVERY print job.
The all-new AMS Lite makes multi-color 3D printing accessible to everyone with its elegant and reliable design.
AMS LITE
Multi-Color Printing for Everyone
Comprehensive Filament Monitoring
Everyone knows that a clogged nozzle or a tangled spool of filament can ruin an entire print. Traditional filament run-out sensors can only address a limited number of failure scenarios. To address this, the A1 and AMS Lite feature a comprehensive filament monitoring system. This system includes a filament tension sensor on the toolhead, a filament position sensor before the extruder, and a nozzle pressure sensor between the extruder and the nozzle. Additionally, the AMS Lite is equipped with a filament odometer. These sensors, combined with advanced algorithms, can promptly detect potential issues such as filament tangling and breakage, as well as extruder skipping, safeguarding the quality of each print.
Active Flow Rate Compensation
Print Smooth at Every Corner
The A1 revolutionizes flow control in 3D printing by using a high-resolution, high-frequency eddy current sensor to measure nozzle pressure. Our algorithm actively compensates the flow rate based on these readings, ensuring accurate extrusion.
RFID Sync
While AMS Lite is compatible with most filament brands on the market, it uses RFID to detect Bambu Filament with RFID tags and automatically apply the best-suited settings. You can also monitor filament usage remotely.
Introducing MakerWorld, the next-gen 3D model platform that lets you print directly from the Bambu Handy App with just one click. You can also continue to manage your printers anytime, anywhere using Bambu Studio and the Bambu Handy App.
MakerWorld
1-Click Away From Printing
High-speed Precision
Featuring full-metal rails, a rigid frame, a nozzle pressure sensor, accelerometers, a powerful MCU, and an advanced motion control system, the A1 can print a high-quality Benchy in just 14 minutes using any type of PLA filament.
Intuitive UI
As Easy As Your Smart Phone
The A1's simplified touchscreen UI guides you through every step, making 3D printing accessible even for beginners.
Product Specifications
Bambu Lab A1 FDM 3D Printer
Bambu Lab AMS LITE
Purge Wiper
Spool Holder
Build Plate
Accessory Box
Build Volume | 256*256*256 mm |
Max Printing Speed | 500 mm/s |
Max Build Plate Temp | 100°C |
Max Hot End Temp | 300°C |
Nozzle Diameter | 0.4mm (0.2/0.6/0.8mm Optional) |
Supported Filament | PLA, PETG, TPU, PVA |
Product Dimension | (A1) 385*410*430 mm；(AMS LITE) 397*208*342 mm |
Product Weight | (A1) 8.3 kg / 18.5 lbs；(AMS LITE) 1.6 kg / 3.5 lbs |
Looking for a ready-to-use 3D printer?
Choose the Bambu Lab A1 mini!
While similar in function to the Bambu Lab A1, the A1 mini offers a smaller build volume (180*180*180mm). However, its pre-assembled design, factory calibration, and levelling eliminate the setup required by other 3D printers. Simply unpack the A1 mini, plug it in, power it on, and wait approximately 20 minutes for initialisation. No manual adjustments are needed—start your first 3D print immediately!
Bambu Lab
X-1 Carbon FDM 3D Printer
．Up to 16 Multi Color/Material Printing
．Advanced Structural Design
．Dual Auto Bed Leveling
．Intelligent Detection System
Bambu Lab
Auto Material System (AMS)
Bambu Lab's Automatic Material System (AMS) supports up to 16 rolls of filament, enabling users to print with up to 16 different colors and/or materials simultaneously. This eliminates the need for multiple print runs and significantly improves 3D printing versatility and efficiency.
．The edge sealing design, combined with a desiccant, provides double protection to keep 3D printing filament dry.
．You can choose easily peelable or soluble support filaments for simple and easy removal.
Airtight
Humidity Sensor
Parallel 4*4
2-Stage Feeding
Filament Buffer
Advanced Structural Design
Achieved Fast Printing Speed
500 mm/s
Velocity
20,000 mm/s2
Acceleration
32 mm3/s
Flow
Ultra Lightweight
Carbon Rail
Welded Steel
Core Chassis
Excellent Thermal Control Technology
Unlock Advanced Printing Materials
60°C
Chamber
300°C
Metal Hotend
12W
Cooling Fan
120°C
Hotbed
50HRC
Steel Nozzle
Carbon Fiber
High strength, high temperature resistance, high wear resistance, suitable for structural parts.
Built-in Lidar
Dual Automatic Leveling System
Micro lidar, with micron-level accuracy, detects nozzle height, calibrates feed flow rate, and performs intelligent first layer scanning. The dual automatic leveling system uses two sets of independent sensors and an algorithm to measure nozzle height relative to the bed. Lidar and analog force sensors crosscheck for enhanced bed leveling accuracy.
．Intelligent First Layer Detection ensures smooth printing, reducing the risk of subsequent deviations.
．"Spaghetti" Detection issues warnings for printing abnormalities, enabling timely intervention and minimizing wasted time.
Chamber Camera
Provides remote livestreaming, time-lapse recording, and process documentation for troubleshooting.
Product Specifications
Bambu Lab X1-Carbon FDM 3D Printer
Bambu Lab AMS
Build Plate
Bambu Filament
Bambu Lab X1-Carbon Accessory Box
Build Volume | 256*256*256 mm |
Max Printing Speed | 500 mm/s |
Max Build Plate Temp | 110°C@220V；120°C@110V |
Max Hot End Temp | 300°C |
Nozzle Diameter | 0.4mm (0.2/0.6/0.8mm Optional) |
Supported Filament | PLA, PETG, TPU, ABS, ASA, PVA, PET, PA, PC, Carbon/Glass Fiber Reinforced Polymer, etc. |
Product Dimension | (X1-Carbon) 389*389*457 mm；(AMS) 368*283*224 mm |
Product Weight | (X1-Carbon) 14.13 kg / 31 lbs；(AMS) 2.5 kg / 5.5 lbs |
Bambu Lab X1E
Enhanced Connectivity and
Off-Cloud Operation
The Bambu Lab X1E offers similar functionality to the X1C, with key improvements in network connectivity and cloud service independence. The X1E adds an Ethernet port for stable, secure wired connections, ideal for complex signal environments. It also supports WPA2-Enterprise wireless connections (EAP-PEAP/EAP-TLS/EAP-TTLS) and features a physical network switch to independently disable wireless and Ethernet access, meeting stringent security requirements for institutions like universities, businesses, and government agencies. Moreover, X1E can operate normally without connecting to cloud services, and most functions can be controlled and transmitted through the local network.
QIDI Tech
X-Max 3 FDM 3D Printer
．Print Speed up to 600mm/s
．Large Printing Size 325*325*315mm
．Max 65℃ Active Chamber Heating
．All Metal Frame with Hardened Steel Nozzle
Temp Controlled Chamber & Drying Box
The QIDI Tech X-Max 3 FDM 3D Printer features a heated chamber that can reach and maintain temperatures up to 65°C. This allows users to adjust the chamber temperature based on the specific requirements of different 3D printing filaments. The stable high temperature inside the chamber ensures even filament layering, preventing layer separation and warping of the bottom layer. This capability even allows for reliable printing of professional-grade, high-performance thermoplastic materials, such as carbon fiber.
Activated carbon air filters can be effectively remove odors & potentially harmful substance such as those released by ABS
The drying box protects filaments from moisture, & reducing defects caused by mois-ture absorption.
No Layer Separation & No Warping
The higher the temperature in the heated chamber, the wider the material range that can be printed. The heated chamber also ensures uniform part construction, minimizing internal stresses.
Warping
No Warping
Resonance Compensation
Corrugated
Perfect
Stable Printing Performance & Suitable for Long-term Use
The QIDI Tech X-Max 3 is a fast, large-area FDM 3D printer designed for both professionals and beginners. Its sturdy structure ensures stable and flat printing, and it is durable with low maintenance requirements.
All-metal Frame
Ultra-stable, reinforced with metal crossbeams.
Hardness Steel Linear Hollow Optical Axis
- 60% lower error deflection.
- Highly durable, frequent maintenance is not required and lasting a lifetime.
CoreXY Structure
- Reduced motion inertia, improved speed.
- Equipped TMC2209 silent drive for less noise.
Excellent User Experience
Equipped with its own slicing software - QiDiSlicer, it can easily converts designs into 3D printing files and allows real-time remote monitoring via WiFi. An optional camera provides live printing progress viewing. Error detection enables immediate printer stoppage, minimizing material waste.
Product Specifications
Build Volume | 325*325*315 mm |
Max Printing Speed | ≤ 600 mm/s |
Max Build Plate Temp | ≤ 120°C |
Max Hot End Temp | 350°C |
Nozzle Diameter | 0.4mm (0.2/0.6/0.8mm Optional) |
Supported Filament | PLA, ABS, ASA, PETG, TPU, PC, UltraPA, Nylon, etc. |
Product Dimension | 553*553*601 mm |
Product Weight | 30.2 kg / 66.5 lbs |
Bambu Lab
P1S FDM 3D Printer
．Enclosed-body for High Temp Filament
．Well-polished Hardware & Software
．Up to 16-color Printing with AMS
．Up to 20,000mm/s2 Acceleration
High Speed Printing
Sophisticated algorithms, vibration compensation, and pressure advance functions contribute to smooth and detailed prints. Despite rapid printing speeds, up to 500 mm per second with acceleration from 0 to 500 mm per second in just 0.025 seconds, print quality remains high.
Expand 3D Printing Possibilities
The fully sealed body supports professional high-temperature filaments, encouraging users to explore diverse materials, unleash their creativity, and create unique designs.
Multi-Color Printing
Connect to the Bambu Lab Automatic Feeding System (AMS) for multi-color printing. Stacking 4 AMS devices enables up to 16-color printing.
Right Out of Box
The Bambu Lab P1S 3D printer sets up in just 15 minutes. Simply click print, and the printer handles automatic leveling, vibration compensation, and other calibrations, ensuring worry-free, high-quality 3D printing.
Advanced Features
Precise control of extrusion and retraction for superior print quality.
Filament Sensor
Ensures uninterrupted prints by detecting filament depletion.
Direct-drive Extruder
Durable and long-lasting for countless prints.
All-metal Hotend
Product Specifications
Build Volume | 256*256*256 mm |
Max Printing Speed | 500 mm/s |
Max Build Plate Temp | 100°C |
Max Hot End Temp | 300°C |
Nozzle Diameter | 0.4mm (0.2/0.6/0.8mm Optional) |
Supported Filament | PLA, PETG, TPU, PVA, PET, ABS, ASA, PA, PC, etc. |
Product Dimension | (P1S) 389*389*458 mm；(AMS) 368*283*224 mm |
Product Weight | (P1S) 12.95 kg / 28.5 lbs；(AMS) 2.5 kg / 5.5 lbs |
QIDI Tech
Q1 Pro FDM 3D Printer
．Full-auto Calibration
．Maximum 350°C Nozzle Temp
．Max 60℃ Active Chamber Heating
．Comprehensive Filament Detection System
．Equipped with Camera & Mobile App
Independent Dual Z Motors
The printing panel automatically calibrates to a horizontal position when tilted, ensuring stable printing performance and increased print accuracy.
Temperature Control
A temperature-controlled chamber is essential for enhanced printing quality. Its precise temperature control reduces bottom layer warping and improves inter-layer adhesion, particularly beneficial for materials like ABS, PA, and PC that are prone to deformation.
Warping
No Chamber Heating
Perfect
Chamber Heating
Ceramic Plate Heating Hot End
The metal nozzle's maximum temperature of 350°C supports professional high-temperature filaments like PAHT-CF, PET-CF, PA12-CF, ABS-GF25, and PC/ABS-FR, enabling the creation of high-end mechanical products.
Auto Bed-Leveling
The QIDI Tech Q1 Pro 3D Printer features fully automated bed calibration and leveling, eliminating manual intervention. Multiple sensors and systems work in tandem to ensure a perfectly flat first layer, enhancing overall printing stability.
*Leveling cards are no longer required.
Comprehensive Filament Detection System
1）Filament Runout Detection
2）Filament Tangle Detection
High Speed, Precise & Stable
The QIDI Tech Q1 Pro 3D printer utilizes a TMC2240 driver for reduced power consumption and heat generation. SpreadCycle technology minimizes vibration, and lightweight CoreXY enables rapid acceleration of 20,000 mm/s² and printing speeds up to 600 mm/s while maintaining high-precision print quality.
Real-time Monitoring System
The 1080P high-definition camera enables remote real-time monitoring of printing conditions anytime, anywhere. Time-lapse photography functionality allows you to record and share your 3D printing process.
Mobile App
The QIDI Link mobile app enables remote control of the QIDI Tech Q1 Pro 3D printer. It allows for immediate termination of printing in case of abnormalities, minimizing filament waste.
Product Specifications
Build Volume | 245*245*240 mm |
Max Printing Speed | 600 mm/s |
Max Build Plate Temp | ≤ 120°C |
Max Hot End Temp | ≤ 350°C |
Nozzle Diameter | 0.4mm (0.2/0.6/0.8mm Optional) |
Supported Filament | PLA, ABS, ASA, PETG, TPU,PA, PC, Carbon/Glass Fiber Reinforced Polymer, etc. |
Product Dimension | 477*467*489 mm |
Product Weight | 17 kg / 37.5 lbs |