3D Printing Training

From first steps to professional application

We offer practical and modern 3D printing training programs tailored for:

• 👧 children and youth

• 🏫 schools and educational institutions

• 🏭 companies and professional teams

Training is structured into three levels – from beginners to professionals, with a strong focus on hands-on practice and real results.

Why 3D Printing?

3D printing develops:

• creativity and spatial thinking

• engineering and logical thinking

• problem-solving skills

• digital and STEM competencies

For companies, it means:

• faster prototyping

• lower part production costs

• more flexible manufacturing

Training Levels

Level 1 – Beginner (Fundamentals)

Goal: Learn the basic principles of 3D printing and independently produce first prints.

Topics covered:

• What is 3D printing and where it is used

• 3D printer structure and safety

• Overview of printing technologies (FDM, SLA, SLS)

• Materials (PLA, PETG, ABS)

• Using ready-made 3D models

• Print preparation (slicer basics)

• First print and common mistakes

Outcome: Participants can independently prepare and print a simple 3D object.

Level 2 – Intermediate (Practical Skills)

Goal: Improve print quality and learn the basics of 3D modeling.

Topics covered:

• Advanced print settings

• Improving print quality

• Printer maintenance and calibration

• Introduction to 3D modeling (Tinkercad / Fusion 360)

• Functional part design

• Print defect analysis

• Post-processing techniques

Outcome: Participants can design and print high-quality, functional parts.

Level 3 – Professional (Industry & Business)

Goal: Prepare participants for professional or commercial use of 3D printing.

Topics covered:

• Industrial printing technologies (SLA, SLS)

• Engineering materials (Nylon, TPU, Carbon Fiber)

• Design for Additive Manufacturing (DfAM)

• Strength and load principles

• Quality control

• Small-batch and serial production

• Automation and printer farms

• Cost and ROI analysis

• Intellectual property considerations

Outcome: Participants can apply 3D printing at a professional or industrial level.

Target Groups

👧 Children and Youth

• Age: approx. 9–18 years

• Focus on creativity, STEM, and hands-on learning

• Safe and supportive environment

• Project-based approach

Outcome: Increased interest in technology and engineering.

🏫 Schools and Educational Institutions

• Can be integrated into mathematics, design, IT, and physics

• Group-based learning

• Final projects and presentations

• Suitable for STEM and extracurricular programs

Outcome: Students develop practical digital and engineering skills.

🏭 Companies

• Manufacturing, engineering, design, service industries

• Training from beginner to advanced level

• Work on real company-specific tasks

• Focus on efficiency and cost reduction

Outcome: 3D printing becomes a practical business tool.

Training Format

• ⏱ Intensive 1–2 day courses or long-term programs

• 👥 Small groups (3–6 participants)

• 🛠 Hands-on practical training

• 📍 On-site or at a training center

• 📄 Certificate upon completion

Additional Services

• Custom-tailored training programs

• Pre-implementation consulting for 3D printing

• Setup of in-house 3D printing labs

• ROI and cost analysis

• Educational materials for schools and companies

Contact Us

Want to know which program is right for you or your company?

📩 Contact us and we will prepare a personalized offer.