3d print news / blog

Mit innovativen 3D-Drucklösungen optimieren Sie nicht nur Ihre Prozesse, sondern begeistern auch Ihre Kunden.

Inconel 718 is a high-strength nickel alloy that is known for its excellent properties. It is characterized by high heat resistance, corrosion resistance and strength.

Our new AI assistant will answer all your questions about 3D printing and more.

Discover why Amsler & Frey AG chose to partner with Jellypipe and how they have expanded their 3D printing expertise as a result.

Polyamide 11 is a bio-based material and a true high-performance plastic. Also known as "nylon", the plastic is resistant to both chemical and mechanical heat deformation and is particularly impact resistant.

ESD Resin is a resilient ESD dissipative resin that can be used profitably, especially in the electronics industry.

Especially in industries such as electronics, automotive and aerospace, protection against fire hazards using materials certified for UL-94V0 is crucial.

Discover the advances in 3D printing with MJF and PP - a revolutionary combination for precise and durable parts.

Binder jetting technology is an innovative production method that has revolutionized additive manufacturing systems.

All about TPU from additive manufacturing with SLS: advantages, design notes, application examples and technical properties.

Jellypipe will do the work for you.

From now on you can find in Jellypipe Store PMMA materials AE12+ and AE21, processed with binder jetting technology.

Old components that can no longer be reproduced in conventional manufacturing are ideal for 3D printing. Our blog explains the scanning process and shows when scanning is worthwhile or reverse engineering is preferable.

"We have no need for 3D printing" is a statement you still hear from time to time. We strongly doubt it. Read in which cases 3D printing is worthwhile, there are very many...

The top reasons why a 3D printing project fails, and how you can avoid them.

How long do components exposed to UV light last? Which materials and which finishing processes avoid this problem?

A customer who wants to order a 3D printed component is primarily not interested in the production method, but in the result: the component itself. That's why technology-neutral 3D printing consulting is a major advantage. How to do that? Read more.

A dream for bike lovers: a completely personalized bike, tailored to personal needs. Additive manufacturing opens up unimagined possibilities.

More optimal than .stl files: Information about material, color, support structures, layer thickness and more, so you should know the 3MF format.

Not only can production be optimized with additive manufacturing, but also the entire supply chain.

Certified materials are particularly important for the food industry and medical technology.

On the 3D printing service platform, prices/delivery times are calculated within seconds based on files. Read more about pricing and what to look for when designing and ordering printed parts.

FDM technology impresses with high-precision, fast manufacturing and easily controllable production processes for metal 3D printing.

Rethinking" existing workpieces brings advantages. Read more about when it is worthwhile and which approach leads to success.

Reliable, precise joining of individual components is no problem with additively manufactured parts.

With these guidelines, your project will be a success.

Material specially designed for use in the food industry.

Reverse engineering and additive manufacturing were used to reproduce a defective rubber seal that was no longer available.

Additive manufacturing offers many advantages. This guide provides advice on what is possible and how the technology can be used as an important complement to known processes.

Concerns about the stability of additively manufactured parts are unfounded. Read more about why 3D printed plastics and metals easily meet the requirements.

Additive manufacturing now offers technologies to produce parts with very smooth surfaces. The decisive factors are the materials chosen and the process.

There are several ways to obtain a file for additive manufacturing.

Whether defective machine, device or vehicle. When original parts are no longer available, additive manufacturing offers the ideal replacement.

Choosing the right technology is not always easy. In this blog you will find everything you need to know to be able to decide for MJF or SLS.

The requirements for additive manufacturing are increasing. With flame-retardant materials according to UL-94 standard, some can be met.

Interview with the chief printfactory from Jellypipe. He talks about how quality of additive manufactured parts is ensured on the platform.

Both production methods have advantages and disadvantages. Those who know them and use them correctly will benefit from both. This blog article covers all the details. Read more!

Investment casting technology, a combination of additive manufacturing technology with casting, is now available on the Jellypipe platform. The technology combines the advantages of both processes and complements the range.

FDM 3D printing is a fast, relatively simple process. Read more about suitable applications, materials and design guidelines.

The three quartz sand materials SH-053, SH-F01 and SH-P14 are now available.

To make it easier to choose from over 100 materials, we present the most common ones.

Even though the printing processes of SLA and DLP are similar and both processes deliver 3D prints with finest details and smooth surfaces, there are important differences. The DLP process is faster and therefore perfect for mass production parts, SLA offers the larger build envelope. The final choice of the appropriate 3D printing technology depends on the material.

At Jellypipe 3D printing service, new materials with properties for special applications are available. The materials enable additively manufactured parts with a high level of detail or tough parts that are nevertheless very flexible. A noctilucent material in the color light green is suitable for special applications.

You really like to take advantage of 3D printing, but you are still skeptical? You are not alone. There are many reports about additive manufacturing and various applications, but getting started is often not as easy as you might imagine fist. Read more about how you can avoid common mistakes.

Additive manufacturing has its advantages for parts made of metals such as aluminium, steinless steel, titanium and copper, if one nows when it is suitable.

Which properties are refined by the post-processing of 3D printed components? Read more.

What is multicolour MJF 3D printing suitable for? A nice example of a ship model and hints for further applications.

The polyamides PA12 from SLS 3D printing and PA 11, printed with the new additive manufacturing technology SAF are similar. But which material suits which applications more and what about the price?

Tipps to consider for a successful start with 3d printing

The update of the new platform is live: With material wizard for easy choosing of material, optimised processes for partners and much more.

Tips on tolerance values in 3D printing, explanations of terms and tips for design.

Additive manufacturing is ready for printing serial parts for industrial applications! Even series of 10'000 parts are possible.

Stable, light, flexible - the major advantages of so-called lattice structures made possible by additive manufacturing.

Components produced with the DLP 3D printing process are comparable in quality to those from conventional injection moulding.

Additive manufacturing allows designs that are optimised for function.

Additive manufacturing processes offer excellent opportunities to produce lightweight components.

To exploit the potential of additive manufacturing, components should be redesigned.

The design of 3D printed parts requires minimum dimensions.