I build the world the way I like it. No problem with 3D printing.

Anna-Lena Weber

Scientist | Injection Molding | Additive Manufacturing

I build the world the way I like it. No problem with 3D printing.

Anna-Lena Weber

Scientist | Injection Molding | Additive Manufacturing

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Course

Additive Manufacturing

Stereolithography, fused deposition modeling, selective laser sintering, 3D printing - the range of additive manufacturing processes is broad. The industry is on the rise and the latest developments are presented every month. This makes it all the more important to stay up-to-date in this booming field. Shape the future of manufacturing with up-to-date knowledge and the practical skills you need. Our challenging courses for additive manufacturing offer you just the right basis for turning your product ideas into reality.

Currently our offer regarding standardized education courses in English is limited. If you cannot find the topic suiting your requirements you may look at our German website for courses additive manufactoring or simply contact us. A customized course meeting your requirements as in-house-training is always a possible solution.

Robert Held

Group Manager | Training Injection Molding and Additive Manufacturing

Würzburg

+49 931 4104-182

r.held@skz.de

Additive manufacturing

online-course: Introduction to Additive Manufacturing

Don’t miss the boat! Additive manufacturing is gaining more and more attention with increasing fields of applications. In this course you will learn the necessary basics using practical examples. Get to know the individual advantages of each printing technique and you will soon be able to benefit from these new technologies soon. The online course takes 3 hours per day.

In-house training possible

Basics

Online course

Level 0 (Seminar without practice)

1753081200

21.07. - 23.07.2025, Online

3 days

21.07. - 23.07.2025

online-course: Introduction to Additive Manufacturing

Don’t miss the boat! Additive manufacturing is gaining more and more attention with increasing fields of applications. In this course you will learn…

Level : Basics

Practice level: Theory-Seminar

1.165,00 EUR

Inhouse

This course can be conducted as an in-house training at your company.

Online

This course can be booked as LIVE online training.

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Additive manufacturing

Micro Additive Manufacturing – Shaping the future. One micron at a time

Precision micro-additive manufacturing has changed the economics of manufacturing. Precision micro-AM delivers significant reduction in prototyping and product design cycle time for micro molding and microparts. By taking manufacturing design capabilities down to the micron and reducing prototype and part manufacturing times down to hours ― whether you’re making parts or molds. That level of precision is a pathway to new competencies that can completely change how your business competes. The benefits are tangible and valuable: Faster time-to-market Cost efficiency not limited to large-scale projects Removing the tooling costs improves unit economics Seamless transition from small-batch to large Shorter production cycles allow you to quickly move on to the next job Manufacture micro-parts with micro-precision and full accuracy Solve a variety of challenges by using a range of different materials Speed up innovation with fast, inexpensive prototyping Reduce exposure to external risks by manufacturing internally Produce small batches as cost effectively as large ones Suppliers can say “yes” to more challenges and win more orders. OEMs can innovate their prototypes at incredible speeds. Researchers can break through to new levels of miniaturization. And it can all be done faster, better, and cheaper than ever before when you understand precision micro-AM. Precision micro-AM changes the paradigm of possibilities, helping you win bigger by thinking smaller. From the moment a challenge emerges, you can start to think in terms of micro-level details - without the need for tooling. And you can execute prototypes in a matter of hours.

Face-to-face teaching

Basics

Level 0 (Seminar without practice)

9999999999

Appointment on request

1 day

Appointment on request

Micro Additive Manufacturing – Shaping the future. One micron at a time

Precision micro-additive manufacturing has changed the economics of manufacturing. Precision micro-AM delivers significant reduction in prototyping…

Level : Basics

Practice level: Theory-Seminar

Free of charge

Live

This course can be booked as classroom training on site at SKZ.

View contents

Additive manufacturing

E-Learning: Binder Jetting

The term "3D printing", which was coined by the inventor, has now become a generic term for all 3D printing processes. To avoid misunderstandings, the abbreviation "3DP" is therefore often used. Equally common is the term "binder jetting", which already allows initial conclusions to be drawn about the basic principle. This is very similar to the way a classic office inkjet printer works. However, here the paper is replaced by a powder material. You will have access to this course for 12 weeks from booking. You will receive a certificate of completion after passing the learning test.

Basics

Level 0 (Seminar without practice)

E-Learning

3000000000

Online available

E-Learning: Binder Jetting

The term "3D printing", which was coined by the inventor, has now become a generic term for all 3D printing processes. To avoid misunderstandings, the…

Level : Basics

Practice level: Theory-Seminar

290,00 EUR

Online

This course can be booked as e-learning for self-study.

View contents

Additive manufacturing

E-Learning: Material Jetting

In addition to binder jetting, material jetting is another additive manufacturing process based on an inkjet printhead. In material jetting the entire material discharge takes place via the nozzles of the printhead. The process builds up the model layer by layer from its cross-sectional surfaces, which were generated from the original CAD model by software called a slicer. Material jetting allows for the finest details and small layer thicknesses. Hard/soft mixtures are just as printable as transparent or colored models. Most sources attribute the invention to Objet, a company founded in Israel in 1998, which launched the process under the name Polyjet Modeling (PJM) in 2000. However, a parallel development also took place at 3D Systems, which, according to its own homepage, already had a printer in its portfolio in 1996 based on the same basic principle, which they called Multijet Modeling (MJM). You will have access to this course for 12 weeks from booking. You will receive a certificate of completion after passing the learning test.

Basics

Level 0 (Seminar without practice)

E-Learning

3000000000

Online available

E-Learning: Material Jetting

In addition to binder jetting, material jetting is another additive manufacturing process based on an inkjet printhead. In material jetting the entire…

Level : Basics

Practice level: Theory-Seminar

290,00 EUR

Online

This course can be booked as e-learning for self-study.

View contents

Additive manufacturing

Lattice-Design for Additive Manufacturing

In today's technologically advancing world, 3D printing is playing an increasingly important role in a variety of industries. Lattice structures in particular present a fascinating opportunity to create complex yet lightweight components using additive manufacturing, which are critical in a wide range of applications. This course offers you a unique opportunity to expand your 3D printing knowledge and focus specifically on the creation and optimization of lattice structures. In the online format, the course lasts 3 hours per day.

Face-to-face teaching

advanced knowledge

Online course

25% (e.g. career changer)

1760943600

20.10. - 21.10.2025, Würzburg

2 days

20.10. - 21.10.2025

Lattice-Design for Additive Manufacturing

In today's technologically advancing world, 3D printing is playing an increasingly important role in a variety of industries. Lattice structures in…

Level : advanced knowledge

Practice level: 25%

Live

This course can be booked as classroom training on site at SKZ.

Online

This course can be booked as LIVE online training.

View contents

Additive manufacturing

E-Learning: Plastic Science

The E-learning course "Plastic Science" explains to the participant how plastics are created, structured and composed. The materials used for 3D printing, such as thermoplastics, thermosets, elastomers and thermoplastic elastomers (TPE), play a key role. In addition, fillers and reinforcing materials are examined in more detail in the module. Drying, mechanical properties and material production are also part of the learning unit. E-learning courses offer interactive features that make learning more effective and engaging. Learners can apply their knowledge directly and also receive immediate feedback. Compared to traditional training, web-based training is generally more cost-effective. There are no travel or accommodation costs and the training content can be delivered online, eliminating printing and distribution costs. For companies, e-learning formats offer the advantage of reaching and training large numbers of employees at the same time. This is particularly important for those who want to train a large number of employees. You have access to the course for 12 weeks from the time of booking. After passing the learning test you will receive a certificate of completion.

Basics

Level 0 (Seminar without practice)

E-Learning

3000000000

Online available

E-Learning: Plastic Science

The E-learning course "Plastic Science" explains to the participant how plastics are created, structured and composed. The materials used for 3D…

Level : Basics

Practice level: Theory-Seminar

290,00 EUR

Online

This course can be booked as e-learning for self-study.

View contents

Additive manufacturing

E-Learning: Powder Bed Fusion

The E-learning course "Powder Bed Fusion" explains the Laser Sintering (LS), Multi Jet Fusion (MJF), High Speed Sintering (HSS) and Selective Absorption Fusion (SAF) processes to the participant. In addition to the materials, the advantages and disadvantages as well as the process-specific post-processing are explained. Furthermore, there are valuable hints for the design of the components. E-learning courses offer interactive features that make learning more effective and engaging. Learners can apply their knowledge directly and also receive immediate feedback. Compared to traditional training, web-based training is generally more cost-effective. There are no travel or accommodation costs and the training content can be delivered online, eliminating printing and distribution costs. For companies, e-learning formats offer the advantage of reaching and training large numbers of employees at the same time. This is particularly important for those who want to train a large number of employees. From the time of booking, you will have access to the course for 12 weeks. After passing the learning test you will receive a certificate of completion.

Basics

Level 0 (Seminar without practice)

E-Learning

3000000000

Online available

E-Learning: Powder Bed Fusion

The E-learning course "Powder Bed Fusion" explains the Laser Sintering (LS), Multi Jet Fusion (MJF), High Speed Sintering (HSS) and Selective…

Level : Basics

Practice level: Theory-Seminar

290,00 EUR

Online

This course can be booked as e-learning for self-study.

View contents

Additive manufacturing

E-Learning: VAT Photopolymerization

The E-learning course "Photopolymerization" explains the processes Digital Light Processing (DLP), Stereolithography (SLA), Masked Stereolithography (mSLA), Digital Light Synthesis (DLS), Continuous Digital Light Manufacturing (cDLM), Hot Lithography (HL), Programmable Photo Polymerization (P3) as well as Two-Photo-Polymerization (2P). In addition, materials, advantages and disadvantages as well as (process-specific) post-processing are part of the training. Furthermore, for the DLP and SLA processes, there are valuable tips for the design of the components, which can also be transferred to the other processes to some extent. E-learning courses offer interactive features that make learning more effective and engaging. Learners can apply their knowledge directly and also receive immediate feedback. Compared to traditional training, web-based training is generally more cost-effective. There are no travel or accommodation costs and the training content can be delivered online, eliminating printing and distribution costs. For companies, e-learning formats offer the advantage of reaching and training large numbers of employees at the same time. This is particularly important for those who want to train a large number of employees. From the time of booking, you will have access to the course for 12 weeks. After passing the learning test you will receive a certificate of completion.

Basics

Level 0 (Seminar without practice)

E-Learning

3000000000

Online available

E-Learning: VAT Photopolymerization

The E-learning course "Photopolymerization" explains the processes Digital Light Processing (DLP), Stereolithography (SLA), Masked Stereolithography…

Level : Basics

Practice level: Theory-Seminar

290,00 EUR

Online

This course can be booked as e-learning for self-study.

View contents

Additive manufacturing

E-Learning: Material Extrusion

The E-learning course "Material Extrusion" explains the Fused Layer Modeling (FLM), Arburg Plastics Freeforming (AKF) and Continuous Filament Fabrication (CFF) processes to the participant. In addition to the materials, the advantages and disadvantages as well as the process-specific postprocessing are explained. Furthermore, there are valuable hints for the design of the components. E-learning courses offer interactive features that make learning more effective and engaging. Learners can apply their knowledge directly and also receive immediate feedback. Compared to traditional training, web-based training is generally more cost-effective. There are no travel or accommodation costs and the training content can be delivered online, eliminating printing and distribution costs. For companies, e-learning formats offer the advantage of reaching and training large numbers of employees at the same time. This is particularly important for those who want to train a large number of employees. From the time of booking, you will have access to the course for 12 weeks. After passing the learning test you will receive a certificate of completion.

E-Learning

3000000000

Online available

E-Learning: Material Extrusion

The E-learning course "Material Extrusion" explains the Fused Layer Modeling (FLM), Arburg Plastics Freeforming (AKF) and Continuous Filament…

Level : Not specified

Practice level: Not specified

290,00 EUR

Online

This course can be booked as e-learning for self-study.

View contents

All prices plus VAT at the statutory rate