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More on the way, please allow 1 week for shipping
Elevate your 3D printing experience with the Bambu Lab X1C, the ultimate prosumer-grade 3D printer designed for unmatched precision, blazing speed, and multi-material versatility. Engineered with cutting-edge CoreXY technology and advanced AI features, the X1C empowers creators, engineers, and hobbyists to bring their ideas to life with professional-grade results. Whether you're printing intricate prototypes, vibrant multi-color models, or durable carbon fiber parts, the Bambu X1C delivers exceptional performance right out of the box.
Lightning-Fast CoreXY Performance: Achieve print speeds up to 500 mm/s with an impressive 20,000 mm/s² acceleration, making the X1C one of the fastest consumer 3D printers available. Print complex designs in record time without sacrificing quality.
Multi-Color and Multi-Material Printing: With the Automatic Material System (AMS), seamlessly print with up to 16 colors or materials in a single project, including PLA, PETG, TPU, ABS, PA, PC, and carbon/glass fiber-reinforced polymers. Perfect for vibrant, functional, or composite creations.
AI-Powered Precision: The 7μm Micro Lidar and dual auto bed leveling (using lidar and analog force sensors) ensure flawless first layers and consistent prints. AI-driven spaghetti detection prevents failed prints, saving time and materials.
Advanced Material Compatibility: Equipped with a hardened steel nozzle, all-metal hotend (up to 300°C), and extra cooling, the X1C excels at printing high-performance materials like PA, PC, PET, TPU, and carbon fiber-reinforced filaments, ideal for engineering-grade projects.
Vibration and Extrusion Compensation: Proprietary algorithms ensure ultra-smooth prints, even at high speeds, delivering impeccable surface quality and dimensional accuracy.
User-Friendly Design: Pre-assembled for plug-and-play convenience, the X1C features a 5-inch touchscreen, Wi-Fi connectivity, and compatibility with Bambu Studio and Bambu Handy for seamless remote monitoring and control.
Eco-Friendly and Quiet: With a 50dB silent mode, activated carbon air filter, and up to 80% reduced carbon footprint, the X1C is designed for sustainable, workspace-friendly operation.
Spacious Build Volume: The 256 x 256 x 256 mm³ build area accommodates a wide range of projects, from small intricate designs to larger functional parts.
Advanced Materials Empower Advanced Projects: Bambu Lab X1C, equipped with extra cooling and a hardened nozzle and drive gear, unlocks a wider selection of materials, including PA, PC, PET, and TPU, and specializes in carbon fiber and glass fiber reinforced polymers.
The Bambu Lab X1C redefines 3D printing with its blend of speed, precision, and versatility. Its CoreXY motion system and carbon fiber rails ensure stability and rapid printing, while the magnetic spring steel PEI plate simplifies print removal. The integrated 1080p camera enables timelapse recording and real-time monitoring, making it ideal for both beginners and seasoned professionals. Whether you're creating cosplay props, engineering prototypes, or artistic multi-color models, the X1C delivers unparalleled results with minimal setup.
Bambu X1C Bundle Includes:
$0.00
The Bambu X1-Carbon is built for heavy-duty projects, excelling in printing strong, durable parts with Carbon and Glass Fiber Reinforced Filaments. Whether you're creating industrial prototypes, functional components, or high-strength models, it delivers precision and reliability. Designed for demanding applications, it ensures your prints withstand tough conditions without compromising quality.
Get ready to dream big and print bigger with the spacious 256 x 256 x 256mm build volume (just over 10x10x10 inches!)—perfect for crafting stunning, large-scale creations without compromise. Paired with lightning-fast print speeds of up to 500mm/s, you’ll enjoy stunningly detailed 3D prints in record time—because beauty shouldn’t have to wait! Plus, with advanced precision technology, every layer is crafted with meticulous accuracy, ensuring your projects are as flawless as your imagination.
The Bambu AMS (Automatic Material System) brings advanced multi-material and multi-color printing capabilities to your 3D printing projects. This innovative system ensures filament stays dry and ready for use, minimizing print defects caused by moisture. With features like filament runout detection, winding management, and backup functionality, the AMS provides seamless material switching and consistent performance, making it easier to achieve high-quality, vibrant, and complex 3D prints.
The Bambu Lab X1-Carbon is designed for makers who demand precision and versatility in their 3D printing projects. With extra cooling, a hardened nozzle, and a reinforced drive gear, the X1C handles a wide range of advanced materials, including PA, PC, PET, and TPU. It excels in printing carbon fiber and glass fiber-reinforced polymers, making it ideal for high-strength, engineering-grade applications. Whether for functional prototypes or durable end-use parts, the X1-Carbon empowers creators to push the boundaries of their designs.
The Bambu Lab X1-Carbon features dual automated bed leveling for superior print reliability, utilizing two independent sensor sets and an advanced algorithm to precisely measure nozzle height relative to the bed. With both lidar and analog force sensors, it ensures accurate leveling through built-in redundancy. The X1-Carbon delivers smooth, uninterrupted printing, even during long overnight jobs, thanks to Vibration and Extrusion Compensation for consistent quality and AI Failure Detection to reduce downtime. Its "Spaghetti Detection" system prevents failed prints from escalating, while the Bambu Micro Lidar sensor dynamically adjusts nozzle height, controls flow rate, and inspects the first layer—allowing you to print with confidence while focusing on other tasks.
The Bambu X1-Carbon 3D printer offers seamless WiFi connectivity, enabling remote printing and full control over your print jobs from anywhere. With real-time monitoring via the webcam LiveView, users can check on overnight prints, adjust settings like bed and nozzle temperature, and even pause or stop prints as needed. Additionally, firmware updates can be managed over the network, and the printer supports both Auto and LAN-only network modes for flexible connectivity.
| Feature | X1E | X1C |
|---|---|---|
| Wi-Fi |
Frequency Range: 2400 MHz - 2483.5 MHz WPA2-Enterprise: EAP-PEAP EAP-TLS |
Frequency Range: 2400 MHz - 2483.5 MHz WPA2-Enterprise: No |
| Ethernet |
Socket: RJ45 Speed: 100 Mbps | Full Duplex |
Socket: N/A Speed: N/A |
| Supported Filaments |
PLA, PETG, TPU, PVA, BVOH: Optimal ABS, ASA, PC, PA, PET: Superior Carbon Fiber Reinforced PLA, PETG, PA, PET, PC, ABS, ASA: Superior PPA-CF/GF, PPS, PPS-CF/GF: Ideal |
PLA, PETG, TPU, PVA, BVOH: Optimal ABS, ASA, PC, PA, PET: Ideal Carbon Fiber Reinforced PLA, PETG, PA, PET, PC, ABS, ASA: Ideal PPA-CF/GF, PPS, PPS-CF/GF: Compatible |
| Heating |
Active Chamber Heating: Yes Maximum Chamber Control Temperature: 60°C |
Active Chamber Heating: No Maximum Chamber Control Temperature: N/A |
| Air Purification |
Pre-filter grade: G3 HEPA filter grade: H12 Activated Carbon Filter type: Coconut Shell Granulated VOC Filtration: Optimal Particulate Matter Filtration: Yes |
Pre-filter grade: None HEPA filter grade: None Activated Carbon Filter type: Coal Based Pellets VOC Filtration: Capable Particulate Matter Filtration: No |
| Network Control |
Ethernet: Yes Wireless Networks: Wi-Fi Network Kill Switch: Wi-Fi & Ethernet Removable Network Module: Yes 802.1X Network Access Control: Yes |
Ethernet: No Wireless Networks: Wi-Fi Network Kill Switch: No Removable Network Module: No 802.1X Network Access Control: No |
| Toolhead |
Hot End: All-Metal Nozzle: Hardened Steel Max Hot End Temperature: 320°C |
Hot End: All-Metal Nozzle: Hardened Steel Max Hot End Temperature: 300°C |
| Speed |
Max Speed of Toolhead: 500 mm/s Max Acceleration of Toolhead: 20000 mm/s² |
Max Speed of Toolhead: 500 mm/s Max Acceleration of Toolhead: 20000 mm/s² |
| Sensors |
Bambu Micro Lidar: Yes Chamber Monitoring Camera: 1920*1080 Included |
Bambu Micro Lidar: Yes Chamber Monitoring Camera: 1920*1080 Included |
| Physical Dimensions |
Dimensions: 383*383*457 mm³ Net Weight: 15 kg |
Dimensions: 383*383*457 mm³ Net Weight: 14.13 kg |
| Software Update Support |
Guaranteed Bugfixes and Feature Updates until: October 10, 2028 Guaranteed Security Patch Updates until: October 10, 2030 |
Guaranteed Bugfixes and Feature Updates until: May 31, 2027 Guaranteed Security Patch Updates until: May 31, 2029 |
PLA filament is a popular and eco-friendly material for 3D printing, derived from renewable resources like corn starch or sugarcane. It is easy to work with, offering low warping and the ability to produce detailed, high-quality prints, making it ideal for beginners and hobbyists. Commonly used for creating prototypes, decorative items, and educational models, PLA's biodegradable nature also makes it a sustainable choice for various applications.
Specialty PLA filaments, such as wood-textured, marble-textured, sparkle, metallic, silk, and silk dual-tone options, open up a world of creative possibilities in 3D printing. These filaments provide unique finishes and visual effects, from natural wood grain or stone-like patterns to shimmering metallic or glossy, vibrant silk appearances. Ideal for artistic projects, decorative pieces, and premium prototypes, specialty PLA filaments combine ease of use with stunning aesthetics, allowing makers to elevate their creations.
Carbon fiber reinforced filament is a high-performance material for 3D printing, combining the strength and stiffness of carbon fibers with the versatility of base thermoplastics like PLA, PETG, or ASA. This filament produces lightweight, durable, and rigid parts, making it ideal for aerospace, automotive, and prototyping applications. Its benefits include reduced warping, improved dimensional stability, and enhanced mechanical properties, perfect for functional and load-bearing components.
PETG filament is a versatile material for 3D printing, combining the strength of ABS with the ease of use of PLA. It offers excellent durability, impact resistance, and chemical resistance, making it ideal for functional prototypes, mechanical parts, and outdoor applications. Additionally, PETG's low shrinkage and good layer adhesion ensure smooth, reliable prints suitable for both beginners and professionals.
ASA and ABS are popular 3D printing filaments known for their durability and versatility. ASA offers excellent weather resistance, making it ideal for outdoor applications, while ABS is prized for its strength and heat resistance, often used in functional prototypes and mechanical parts. Both filaments are suitable for producing robust, high-quality prints in engineering and consumer goods.
PC (Polycarbonate) and TPU (Thermoplastic Polyurethane) filaments are versatile materials for 3D printing. PC filament is known for its exceptional strength, heat resistance, and transparency, making it ideal for engineering prototypes, functional parts, and lighting components. TPU filament is flexible and highly durable, offering benefits like elasticity and impact resistance, which are perfect for creating phone cases, seals, and wearable items.
PA (polyamide, commonly known as nylon) and PET (polyethylene terephthalate) filaments are versatile materials for 3D printing. PA offers high strength, flexibility, and resistance to wear, making it ideal for engineering parts, gears, and functional prototypes. PET, known for its ease of printing, chemical resistance, and food safety (in its PETG form), is commonly used for creating durable household items, containers, and mechanical components. Both filaments excel in producing strong, reliable parts for various applications.
Support filament for 3D printers is a specialized material used to create temporary structures that support overhanging or complex parts during the printing process. It allows for greater design freedom, enabling the creation of intricate geometries that would otherwise be impossible to print. Once the print is complete, support material can be easily removed, often by dissolving in water or a specific solvent, leaving a smooth and precise final product.
