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Thank you!

As individual metal particles coalesce into a solid mass, a reduction in the part size occurs during the debinding and sintering process and is approximately 16% in the X- and Y directions and 20% in the Z direction.

Hello, I don't find the video particularly informative. On the one hand, only the blue of the sky will tell the story (like at the Frankfurt trade fair) I bought the filament (roll €500) and tested it for 2 years. More disadvantages than advantages, 1. Component: The more complicated a component is (e.g. height), the higher the risk that your component will collapse or develop many cracks. ( in the oven) 2. When printing on the heated bed (printing plate), there is a 60%-70% risk of worb (tension). For example, the component has 100% density (x 40cm y30cm z50cm). Now the print is printed in a closed room (3D printer). In the center of the component there is a central heat that cools from the center outwards and upwards. Just 5 to 10 degrees of temperature fluctuations over the x,y,z axis are enough. There are one more points I could tell you. @@ForwardAM 😐😐😐

You just need to scale the part prio to slicing in your slicer or CAD tool with X,Y with a factor 1,20 (or 120%) and Z with a factor of 1,26 (or 126%)

@@tobiasrodlmeier9749 That doesn't work universally if you want to be accurate.

316L is a very well known material in the dental and medical market, also for metal injection molding of the BASF feedstock Catamold. Our Ultrafuse316L is also suited for those applications.

We recently released a guideline to simulate part stability during debinding process. You can have a look via following link forward-am.com/wp-content/uploads/Debinding-and-Simulation-Guidelines.pdf. As sintering simulation is more sophisticated, we offer this as a service. If you have a design that needs to be optimised using sintering simulation, please get in contact to sales@basf-3dps.com to ask for an offer.

@@ForwardAM Page gives 404 result

@ forward-am.com/wp-content/uploads/2021/01/Debinding-and-Simulation-Guidelines.pdf

We are currently working on the debinding and sintering network /service with our partner in China. Once it is available, we will inform you.

@@ForwardAM My factory located in Shanghai China. I can set debinding and sintering service with you if possible.