What is the Bambu Lab X1 Carbon Combo + PrintLab Education Bundle?

The Bambu Lab X1 Carbon Combo + PrintLab Education Bundle is a high-performance 3D printing solution offered by Additive Plus in Los Angeles, combining the speed and precision of the X1 Carbon 3D printer with the PrintLab online educational platform for teachers and students.

What are the key features of the X1 Carbon Combo 3D printer?

Key features include CoreXY motion system with 20,000 mm/s² acceleration, up to 16 multi-color printing, dual automatic bed leveling, 7μm lidar resolution, AI first layer inspection, and spaghetti detection. It supports a wide range of materials including PA, PC, PET, TPU, carbon fiber, and glass fiber reinforced polymers.

What materials can the X1 Carbon Combo print with?

The X1 Carbon Combo supports advanced materials such as PA, PC, PET, TPU, carbon fiber-reinforced, and glass fiber-reinforced filaments, enabling high-strength and complex 3D printing applications.

What is included in the Bambu Lab X1 Carbon Combo bundle?

The bundle includes the Bambu Lab X1 Carbon 3D printer, Automatic Material System (AMS), build plate, Bambu filament samples, accessory box, and a 1-year PrintLab Teacher License for educational use, supporting up to 35 students.

PrintLab is an online educational platform for teachers and STEM instructors, offering mini-courses, design projects, and global design challenges. It includes standards-aligned lesson plans, portfolio templates, assessment rubrics, and shareable resources for easy student access.

How does PrintLab support classroom learning?

PrintLab provides curriculum-aligned lesson plans, step-by-step instructions, portfolio templates, and assessment rubrics, making it easier for teachers to guide students through projects and track learning progress.

Can multiple colors and materials be printed at once?

Yes, the Bambu Lab Automatic Material System (AMS) allows multi-color and multi-material printing. Each AMS unit supports up to 4 colors, and additional AMS units can be added for more variety.

What is AI first layer inspection?

AI first layer inspection uses a lidar sensor to check the first layer of the print, ensuring proper adhesion and accuracy, reducing print failures, and allowing you to focus on other tasks while printing.

What is spaghetti detection?

Spaghetti detection is an AI-powered feature that monitors prints for filament tangling or failed layers, preventing material waste and printer damage.

What is the build volume of the X1 Carbon Combo?

The X1 Carbon Combo supports standard build volumes compatible with advanced desktop 3D printing for education and prototyping projects.

Is the X1 Carbon Combo suitable for schools?

Yes, the printer and PrintLab educational platform are designed for classroom use, makerspaces, and STEM programs, making 3D printing accessible to teachers and students in Los Angeles and beyond.

How many students can use the PrintLab license?

The 1-year PrintLab Teacher License included in the bundle supports one teacher and up to 35 students, providing access to mini-courses, projects, and challenges.

Can the bundle be used for STEM competitions?

Yes, PrintLab includes global design challenges where students can participate in competitions such as Make:able, using 3D printing to solve real-world problems.

Does the X1 Carbon Combo require manual bed leveling?

No, the X1 Carbon Combo features dual automatic bed leveling, ensuring accurate prints without manual adjustments.

What are the supported filament types?

Supported filament types include PA, PC, PET, TPU, carbon fiber-reinforced, and glass fiber-reinforced polymers, allowing for advanced and durable prints.

Does the printer support advanced materials?

Yes, the X1 Carbon Combo is equipped with extra cooling, a hardened nozzle, and a carburized drive gear to handle advanced materials like carbon fiber and glass fiber reinforced polymers.

Can multiple AMS units be added?

Yes, additional AMS units can be purchased to expand multi-color and multi-material printing capabilities.

Does the printer come with sample filaments?

Yes, the bundle includes random color Bambu Lab filament samples to get started with printing immediately.

Can the PrintLab license be used on multiple devices?

Yes, PrintLab resources can be accessed online from any device, with share links allowing students to join without creating individual accounts.

What support does Additive Plus provide for the X1 Carbon Combo?

Additive Plus offers expert consultation, installation guidance, training, technical support, and ongoing service for customers in Los Angeles and across the USA.

Is the printer safe for classroom use?

Yes, the X1 Carbon Combo is designed with AI monitoring, automatic bed leveling, and safety features to ensure reliable operation in educational settings.

What is the warranty for the printer?

Additive Plus provides warranty and support services for the X1 Carbon Combo, ensuring long-term reliability and access to replacement parts.

Can the printer be used for rapid prototyping?

Yes, the X1 Carbon Combo is ideal for rapid prototyping, product development, and creating high-quality functional prototypes.

Does the printer support multi-material prints?

Yes, with AMS units, users can print with multiple materials, including reinforced polymers and specialty filaments, for advanced applications.

What is the AI-assisted printing technology?

AI-assisted printing monitors first layers and detects print failures (spaghetti), ensuring high-quality prints and reducing material waste.

Can the X1 Carbon Combo be used for assistive technology projects?

Yes, PrintLab resources include project guides for assistive technology, allowing students to design and 3D print customized solutions.

How easy is setup for the X1 Carbon Combo?

The printer is user-friendly, with minimal assembly required. Additive Plus provides setup instructions and expert guidance for quick deployment in classrooms or labs.

Can the printer be used for STEM competitions?

Yes, the PrintLab platform includes global design challenges, allowing students to apply 3D printing skills to real-world problem-solving and competitions.

Is the printer compatible with Tinkercad and Fusion 360?

Yes, PrintLab mini-courses and project tutorials are compatible with Tinkercad and Fusion 360, enabling students to design and prepare files for 3D printing.

Can the X1 Carbon Combo handle carbon fiber filaments?

Yes, the printer is equipped to handle carbon fiber reinforced filaments, offering increased strength and stiffness for advanced 3D printed parts.

Does the bundle provide teaching resources for lesson planning?

Yes, PrintLab provides teacher instructions, lesson plans, portfolio templates, and assessment rubrics to support classroom 3D printing education.

Is this bundle available for purchase in Los Angeles?

Yes, the Bambu Lab X1 Carbon Combo + PrintLab Education Bundle is available through Additive Plus in Los Angeles, with support, training, and delivery options.

Bundle 3D Printers

Enhance your R&D capabilities with this all-in-one 3D printing bundle for sale. Combining AO METAL, ATO Lab Plus, and Camsizer X2, it offers precision metal printing, material testing, and particle analysis—perfect for research, prototyping, and small-scale production in industrial and scientific applications.

Bambu Lab X1 Carbon Combo + PrintLab Education Bundle

$2,048

This powerful combination merges the speed and precision.

Technology:
FFF
Materials:
Plastic Filaments

On backorder

Categories:
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Description
Details
Materials
Documents
Videos
Review

Description

FEATURES

What to Expect from the X1-Carbon Combo 3D Printer

Core XY with 20000 mm/s² acceleration
Up to 16 multi-color printing
Dual auto bed leveling
7μm lidar resolution
Spaghetti failure detection
AI inspected first layer
Full advanced features of X1 3D printers

Designed for Speed

CoreXY
Welded Chassis

32 mm3/s
Flow

20 m/s2

Acceleration

500 mm/s
Velocity

Advanced materials empower advanced projects

Bambu Lab X1 Carbon, equipped with extra cooling and a hardened nozzle and carburized drive gear, unlocks a wider selection of materials, including PA, PC, PET, and TPU, and specializes in carbon fiber and glass fiber reinforced polymers.

Colors & Beyond

With Bambu Lab Automatic Material System (AMS), you can now enjoy printing freely in multiple colors and materials. Each AMS unit supports up to 4 colors. Purchase additional AMS units for more colors.

AI-Powered Evolution

Dual automated bed leveling for doubly guaranteed prints

AI inspected first layer

Tired of waiting out that first layer? The lidar sensor can check your first layer so that you can get back to doing…anything else..

Spaghetti detection

Our AI keeps an eye out for Spaghetti monsters, so that you can sleep easy in the knowledge that your printer is safe from this scourge.

What's in the box

PrintLab Teacher License – 1 Year

For individual teachers and STEM instructors

PrintLab is an online platform of 3D printing resources for schools. Pick and choose from a growing library of 3D printing resources to make assistive technology, homeware, architectural models, sculptures and much more.

certification for 1 teacher

certification for 35 students

mini courses

design projects

design challenges

tools and tutorials library

standards-aligned lesson plans

portfolio templates

assessment rubrics

share 3 resources at a time

monthly additions

3 Categories of Resources

Mini Courses

Mini courses are based on informative video content or step-by-step tutorials. They help users to build foundational knowledge in 3D printing and technical skills in 3D design software using Tinkercad or Fusion 360 software (both free for personal use).

Projects

Projects guide users through each stage of the design process to make specific types of products in the fields of assistive technology, customized product design and STEM. They include a brief background information, 3D design tutorials, portfolio templates and instructions on implementing various design methods such as user interviews, brainstorms, idea sketches, product evaluations and more.

Challenges

Challenges are global design competitions (with prizes!) where users will solve a real-world problem with 3D printing. Challenge briefs are broad and open-ended, giving users complete freedom in both the product created and the design process undertaken. Our first challenge is Make:able – a yearly assistive technology design competition. Additional challenges will be launched in due course.

Using PrintLab at your Makerspace

Simply select a resource, generate a share link and send it to students to give them one-click access to the learning platform. No logins required! Additional features that save teachers time and stress include:

Standards-aligned lesson plans and teacher instructions with each resource
Portfolio templates that students can fill in to document their design process
Assessment rubrics to grade portfolios

Share Links

Select a resource, generate a share link and send it to students to give them one-click access to the learning platform. No logins required!

Teacher Resources

Each resource comes with a teacher instructions tab, which provides users with step-by-step lesson plan instructions. As users go through the resource sections, the teacher instructions update accordingly.

Our curriculum is aligned to the following standards: NGSS, ISTE, UK National Curriculum, New Zealand Curriculum and Australian Curriculum for Design and Technologies (v9). Resources come with both curriculum alignment documents
and editable assessment rubrics.

Portfolio Templates

As students move through each stage of a project, the learning platform guides them in filling in a Google Slides template to document their design process – resulting in a beautiful and professional portfolio of work that can be assessed using the included rubric. The portfolio is optional and you are free to advise students to document their work in alternative ways.

Method Toolkit

The Design Method Toolkit is designed to be used while working on projects or challenges. It provides students with a range of step-by-step problem-solving and design activities that can be used at each stage of the design process – whether it’s to research topics, generate ideas, design prototypes, evaluate solutions or present work.