Exone end to end binder jetting service

AddiFab & GEOSearch Partner to Automate Tooling Part Selection for 3D Printing

Metal Parts Produced
Commercial Space
Medical Devices

Share this Article

Danish company AddiFab manufactures a technology it refers to as Freeform Injection Molding with which you can inexpensively 3D print molds and other soft tooling. Just recently, the firm set up a service together with Mitsubishi Chemical. Now, they’re working together with German firm CADENAS and its GEOSeach tool. The two companies hope to use GEOSearch to allow users look for and find the ideal parts to mold. Using Geometric Similarity Search, they can compare a file to existing files in CAD libraries.

An Addifab mold with a PPS part inside.

According to the firm:

“Using the Geometric Similarity Search GEOsearch, engineers can quickly and easily search for geometrically similar components within their parts libraries, starting from a roughly designed part or a 3D sketch.

“In addition to the shape they are looking for, users can also use CADENAS’ GEOsearch to define the desired size of the printed tool in advance of the search. Because when printing with the AddiFab technology, the maximum size of 10 x 10 x 20 cm is of decisive importance. In this way, workpieces that are too large can be effectively excluded.

“Due to the significantly reduced costs of 3D printing tools in prototype development and small series production, PARTsolutions in combination with the AddiFab printing technology offers an enormous savings potential.”

I’d love for Thingiverse or other platforms to have a similar functionality. It would be great to be able to eliminate things that were too large or that were already made. Or to automatically find something for that last piece of filament or to find a figurine that fit that one empty space on your build. Geometry searches could also really help us repurpose CAD files by finding geometries that have the same functionalities. Or you could find items that feature 35-degree angles or don’t have overhangs.

Imagine that you were going to have to model a button from scratch, but the same one existed or one existed that was so similar that it could quickly be changed into the part you need. There are a lot of CAD and print files out there that could be readily repurposed into many other things. It would also be powerful to combine this with nesting software, so you could automatically fill the rest of the build with sunglasses, for example, or other relevant objects.

Or you could have a queue of objects you’d like to have. Cura could check with GEOSearch to compare the things you want to see and what can be printed “for free” in terms of time. In SLS builds, you could have a standing order of many different parts that are all printed in certain builds once they are relevant.

For Addifab this could significantly accelerate their business. This could be an excellent sales tool for them. Generally, this should make it cheaper for AddiFab to find new customers and find usable parts to print inside their parts libraries. At the same time customers could more easily perform cost analysis and selection of parts for 3D printing. Spare parts are very often seen as cost centers and receive little love from the rest of the organization on the user side. OEMs that sell spare parts generate considerable profits from them. But, they’re already locked into processes that see them fill warehouse upon warehouse of parts. 

AddiFab’s idea of a digital method for producing these parts relatively inexpensively could really gain traction. Billions of dollars stored up for years in warehouses could be converted to free cash flow. Only a few spares would have to be made, of a certain type. They could then be made to order supplementally.

This idea coupled with the wide variety of materials that the company can use could see them find success in spares. But, how to get a customer started? With what parts can they even do this? This simple solution should accelerate their sales efforts and let others dream of something similar for their machines and processes. I’ve heard it so often from clients that they’re looking for a part selector or something to tell them just what percentage of their parts could be 3D printed and at what cost. A tool similar to GEOSearch could be just what a lot of salespeople in 3D printing need. 

Share this Article


Recent News

Shapeways Reveals On-Demand Software Platform for Free Access to AM Services

BICO Granted Bioprinting Patents That “Improve Cell Viability and Reproducibility”



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

3D Printing News Briefs, October 9, 2021: Automation, Bioprinting, & More

We’re starting with new materials in today’s 3D Printing News Briefs, then moving on to automation, bioprinting, and business. B9Creations introduced new resins for 3D printed molds and production parts,...

Bioprinted Brain Cells Made Possible with Laser-Based 3D Printing

Scientists from the Université de Montréal have published a study detailing the ability to bioprint adult brain cells. Key to the research was a new laser-assisted technology that made it...

Featured

Cellink-Organovo Lawsuit Over Bioprinting Patents is Far From Over

In the highly competitive biotechnology and pharmaceutical industries, hardware manufacturers are under a lot of pressure to provide the best, most efficient, and fastest platforms for researchers. Bioprinting, in particular,...

Featured

Can Fluicell’s Bioprinted Tissue Help Treat Type 1 Diabetes?

As Swedish bioprinter manufacturer Fluicell prepares to enter the regenerative medicine market through its BioRej Advance program, it focuses on developing therapeutic products based on bioprinted transplantable microtissues targeting important...


Shop

View our broad assortment of in house and third party products.