Welcome to our seminar on basic knowledge of professional 3D printing. If you are new to 3D printing and are considering incorporating the technology into your manufacturing processes or product development, this workshop is just right for you.
In a workshop, participants will be taught the advantages, special features and most important aspects of the 3D printing process group by a practical expert . In addition to the theoretical basics, we convey the content with real examples and our experience as an engineering service provider for industry. In the workshop, we will show you the variety of 3D printing processes and materials using numerous real components. You can hold the components in your hands and get an idea of the possibilities of 3D printing for yourself . We accompany you on the exciting journey into the world of 3D printing.
Many companies already own a 3D printer, but often its potential remains untapped. These devices, such as those from Bambu Lab or Prusa, can be used to produce spare parts and operating equipment quickly and cost-effectively. Our workshop not only imparts theoretical knowledge but also puts it directly into practice – using a real component from your own operations. Your team will learn to identify a suitable component, design it according to the principles of 3D printing, optimize it for the chosen printing process, and then manufacture and post-process it.
Led by experienced designers, participants receive practical tips and tricks – no prior knowledge of design or 3D printing is required. The workshop is tailored to your company's specific needs. A preliminary meeting clarifies requirements, the team, and specific goals. One month after the workshop, our experts are available to answer your questions and support you in the sustainable integration of 3D printing into your processes.
The result is trained employees who can use 3D printing specifically for their maintenance and have implemented a first, directly usable component from their own company .

Concrete rather than just theoretical
Genuine spare part - directly applicable
Live in your own company
The entire process on site - with your equipment or a rental device
Build knowledge & know-how
Learn the practical basics of successful additive manufacturing
Sustainable
implementation
Approach to the long-term integration of 3D printing in the company
Learning from long-time users
Experienced experts provide practical tips and tricks
Successful further development
Follow-up discussions and continuous optimization ensure your sustainable success
in-house seminar
~ 5 participants
by appointment
6 hours

What participants say

Example workshop schedule
Preliminary interview (video call)
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Together we determine the core team and the goals, select the spare part to be developed and coordinate the process optimally
Day 1: (on site)
Introduction to 3D printing & special features of material extrusion (Bambu Lab X1)
Basics of design guidelines & introduction to 3D CAD
Guided design of your own spare part including print data preparation (slicing)
Print start (overnight)
Day 2: (on site)
Removal and analysis of the printed spare part
Implementation of optimization potential and material science
Best practices from the industry
Use of reverse engineering, 3D scanning and databases
Space for questions, summary and presentation of participant certificates

Why Süß & friends?
Your Engineers for additive manufacturing
Designing for production is the key to successfully using additive technologies. With our engineering services, practical knowledge and collaborative working methods, we make the advantages of additive manufacturing usable for you. In addition to the most modern design methods such as generative design or topology optimization, you can also benefit from our many years of practical experience in the industry. Unlike traditional printing service providers, we are completely independent in our choice of materials and processes and use the most sensible ones for your application. This also includes stating clearly and early on when a component is not suitable for additive manufacturing. You can decide for yourself whether you want to print the developed parts yourself or have them delivered as needed.

Philipp Süß
M. Sc. Engineer/Founder


