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3D Printing – Bambu Lab H2D Pro

3D Printing – Bambu Lab H2D Pro

What is 3D Printing? 

3D printing makes it easy to turn digital ideas into physical objects. The Bambu Lab H2D Pro, available in the Seton Hall University Innovation Hub, is a powerful yet beginner-friendly 3D printer that uses additive manufacturing to build objects layer by layer from a digital design. This process allows users to quickly create prototypes, models, tools, and custom parts. 

Designed for both entry-level and advanced users, the H2D Pro supports common materials such as PLA and PETG, as well as higher-temperature specialty filaments. Its smart features, reliable hardware, and dual-nozzle system make it an ideal platform for learning, experimentation, and creative production across disciplines. 

To begin a 3D printing project, complete the 3D Print Request Form (University login required).

Submit a 3D Print Request

Note: All submissions are reviewed by the Maker Studio team to confirm materials, setup and feasibility. For assistance with file preparation, planning or material selection, contact shumakerstudio@shu.edu.

Who Can Use the 3D Printers? 

3D printing services in the Innovation Hub are available to: 

  •  Seton Hall students 

  •  Seton Hall faculty, staff, and administrators 

Cost of 3D Printing 

3D printing costs are based on material usage: 

  • All standard prints use PLA filament, recommended for most projects due to its reliability, ease of printing and clean results.
    Cost: $0.05 per gram

  • Specialty Filaments: Available for projects requiring unique finishes or added durability (e.g., ABS, glow-in-the-dark, silk, metallic, PETG).
    Cost: $0.15 per gram

  • Premium Specialty Filaments: Designed for advanced performance needs such as flexibility, strength or lightweight applications (e.g., TPU, carbon fiber, Aero).
    Cost: $0.25 per gram

Final pricing is determined after your file is reviewed and approved. You will receive an email with your invoice and payment instructions. All print jobs must be paid in full before production begins. 

Training Requirements 

Before submitting a 3D print request, users must review and acknowledge Seton Hall’s 3D printing guidelines. Acknowledgement of these policies is required prior to submission. 

Get Started with 3D Printing 

3D printing allows users to move from idea to object quickly, encouraging experimentation, iteration, and hands-on learning. 

Digital Design to Physical Object 

Every print begins with a digital 3D model that is either: 

  • Created from scratch using 3D design software, or 

  • Downloaded from online repositories such as MakerWorld or Thingiverse 

Before printing, the model must be prepared using slicing software, which converts the design into instructions the printer can follow layer by layer. At Seton Hall, this is done using Bambu Studio. 

Downloading & Using Bambu Studio  

Bambu Studio is the official slicing software for the Bambu Lab H2D Pro. It allows users to prepare models, select materials, estimate print time and cost, and generate printable files. 

  1. Download Bambu Studio
    Visit https://bambulab.com/en/download and install the software for Windows or macOS. 

  2. Import Your Model
    Open Bambu Studio and import your .STL file. Adjust size, orientation, or position as needed. 

  3. Choose Print Settings
    Select material type and adjust basic settings such as layer height, infill, and supports. The software will automatically check for common issues. 

  4. Prepare the File
    Slice the model and review estimated print time, material usage, and cost. 

Once prepared, the file is ready to be submitted through the Seton Hall 3D Print Web Intake Form. 

Prefer not to slice your file? No problem. Simply submit your raw STL file through the 3D Print Web Intake Form, and the Innovation Hub team will handle the slicing for you.

Submitting Your 3D Print for Production 

  1. Complete the 3D Print Web Intake Form
    Submit your file, acknowledge the 3D printing guidelines, and provide the details needed to begin your print. 

  2. Pay for the Print through Marketplace
    After approval, submit payment through Seton Hall University Marketplace. 

  3. Watch for the Completion Notification
    Monitor your Seton Hall email for a message when your print is finished. 

  4. Pick Up Your Print
    Retrieve your completed print from the Innovation Hub lockers using the provided instructions. 

  5. Post-Processing
    Remove supports if needed and complete any light cleanup, sanding, or assembly. 

Print Review & Approval Process 

  • All files are reviewed by Maker Studio staff for safety and printability 

  • Please allow up to 48 business hours for review 

  • Users will be contacted if changes are required 

  • Approved prints are assigned to an available printer 

Print Pickup Policy 

  • You will be notified by email when your print is ready 

  • Prints must be picked up within 7 business days 

  • Items not collected will be recycled 

  • No refunds are issued for prints not picked up on time 

What You Cannot Print 

To maintain a safe and respectful environment, the following items are not permitted: 

  • Weapons or weapon-like objects (including cosplay weapons) 

  • Drug paraphernalia 

  • Obscene, harmful, or hateful items 

  • Commercial products 

  • Copyrighted or trademarked designs without permission 

Print Settings & Limits 

To ensure fair access: 

  • Maximum infill: 20% 

  • Print limit: No more than five (5) copies of the same item 

  • Filament & color: Prints use the PLA color currently loaded in the machine 

Requests for specialty filaments or specific colors require prior approval. The Maker Studio reserves the right to modify or deny prints that do not meet guidelines. 

Special Projects 

For large, advanced, or academic projects requiring specialty materials or extended print times, please the maker studio team.  

Campus Use & Educational Benefits 

3D printing supports learning across many academic areas at Seton Hall University by allowing students to transform ideas into physical objects. By bridging digital design with hands-on fabrication, 3D printing helps make abstract concepts tangible and encourages experimentation, iteration, and innovation. 

Academic & Instructional Use 

  • Engineering & STEM
    Students can create functional prototypes, mechanical components, and scientific models to test form, fit, and function. 3D printing supports coursework in engineering, physics, and technology by enabling rapid prototyping and applied problem-solving. 

  • Art & Design
    3D printing allows students to explore sculptural forms, product concepts, and visual experimentation. Designers can iterate on ideas quickly, test scale and proportion, and combine digital tools with physical making. 

  • Business & Entrepreneurship
    Students can produce product mockups, packaging concepts, and pitch prototypes to support entrepreneurial projects. Physical prototypes help communicate ideas more clearly during presentations and competitions. 

Skill Development 

  • Creativity, Critical Thinking, & Problem-Solving
    The iterative nature of 3D printing encourages students to test ideas, analyze results, and refine designs through trial and error. 

  • Interdisciplinary Collaboration & Research
    Projects often bring together students from multiple disciplines, fostering collaboration and supporting research initiatives across campus. 

  • Career Preparation with Emerging Technologies
    Experience with 3D printing builds technical literacy and prepares students for careers in engineering, design, healthcare, research, and other fields that rely on modern fabrication technologies. 

Design & Print Resources 

Design Your Own Models