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3D printing with iFactory3D’s belt technology in the new One Pro enables the production of objects,
in almost unlimited length and in the best 3D printed quality – in automated manufacturing.

Consultation in the showroom

Individual sample prints

Setup advice and training

Service and personal support

Shown is the print bed of the One Pro 3D printer assembly line during the serial printing of some mounting parts.

Print examples

Your design possibilities become practically limitless with the 3D conveyor belt printing technique.

Our print examples offer you detailed visual insight as an introduction to 3D printing techniques and especially the 3D belt technology.

As an experienced 3D printing enthusiast, you will get an understanding of our innovative manufacturing technology and its abilities.

For the creative mind, we have some examples of useful or also decorative objects in the gallery, which were produced with our iFactory3D belt printers.

Get inspired in our gallery!

Solutions

A man with tattoos and a T-shirt pushes the ONE PRO, complete with mounted roller extension, on a trolley through a large, empty hallway with industrial flair

3D printing for business

A typical application of 3D printers today is the rapid and economical production of prototypes and scale models. Many companies use 3D printing technology to produce parts for their final product, but so far without the capability of automated additive manufacturing.

The constantly expanding number of printable materials and material combinations inspire the development of innovative technologies that, in combination, offer new and differentiated solutions to complex problems.

We at iFactory3D have developed a 3D belt printer that can produce particularly long or complicated hollow objects with overhangs in trouble-free serial printing. You can determine specifications for the printing process of small series and special productions just as differentiated and easily as you can produce a large number of identical products in a timely and cost-effective manner with the belt printer.

A young woman stands next to the ONE PRO assembly line printer in a workshop and explains, gesticulating a bit

3D printing for life

Conventional 3D printers are ideal for home use. Here, mostly individual pieces are created and therefore the still quite maintenance-intensive production process and the limited installation space are acceptable. These 3D printers, mostly PLA filament-based, can be used to individually produce a wide variety of items, such as useful kitchen utensils, vases, lamps, toys or creative pieces for artistic purposes. They can also be used to make functional repair items such as nuts, coasters for wobbly table legs or handles for drawers.

Increasingly, entire homes, hotels and manufacturing halls are now being built using 3D printing, and by that, the additive manufacturing process is gaining more and more relevance in our everyday lives.

The use of 3D printers is therefore also becoming increasingly important as a school subject in technology lessons.

iFactory3D office: employees and founders gathered around 3D belt printer One Pro and some different 3D printed objects

About us

iFactory3D GmbH brings automated batch production to additive manufacturing and makes globally connected factories a reality. As the world of manufacturing shifts towards customization, adaptability, and local sites, agile manufacturing is clearly becoming the future of production technology.

We are constantly keeping up with innovative new materials that are opening up new application possibilities, allowing more and more industries to once again perform their manufacturing independently and implement innovations in a timely manner.

Why Choose Us

Infinite printing

Infinite printing with iFactory3D’s low-maintenance conveyor belt technology. Objects of several meters in length with cavity printing possible.

Serial printing

Fully automated 3D printing without limits with the innovative 3D belt printing technology from iFactory3D.

Quality technology

Printing at 45° angle for more flexibility and new topologies with hollow printing and overhangs without support structures.

Reviews

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