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Rubriken kan behöva förtydligas. Tror att perosnen menar components

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Not a tip, but a need: find / develop a binder that decomposes without oxygen atmosphere

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Keep any postprocessing in mind already in the design phase to avoid difficulties later on

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Hardness, density, dimensional analysis, O, C can help keeping track of the quality along the process

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If you print a component which will have two facing walls interconnected with powder in between (e.g. C shaped), curing may cause cracking (powders will not shrink, the component will, powders will exert pressure on the component).

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An understanding of entire manufacturing process is important for successful MBJ design, and this requires a TEAM of experts

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Calibrate printheads before/after

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Try not change powder recipe over time. Keep same virgin / recycled ratios, keep same procedures, be consistent over time.
Create a powder lot archive may be useful to analyse in retrospective

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usful with an app for monitoring the process from home

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usful with an app for monitoring the process from home

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Keep same load in the furnace during sintering when high tolerances are needed

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track sintering position in the sintering furnace for consistent tolerances over time

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Often with a little more time spent on design of a component, it can change the whole business case to a poitive RoI

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The depowdering is the first quality gate and maybe the most important in a cost perspective.

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Instead of adapting a part for binder jetting, redo it completely with the function and process in mind.

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spend enough time on the depowdering don't do it quick and dirty as it will only cost you time in the end if you need to do reprints

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Great to thing of stacking already in the design to optimize the RoI of the part process.

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Consider the whole process to reach efficient industrialized serial MBJ production and in paralell optimize the digital thread and data flow from design of product and production facilities to the usage of the product by the end user

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Consider the whole process to reach efficient industrialized serial MBJ production and in paralell optimize the digital thread and data flow from design of product and production facilities to the usage of the product by the end user

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Adapt the print file for final size and not for traditional machining drawing

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Varying the Dark level to improve surface levels

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If possible, align the components so that they end as close as possible to the layer thickness. This will improve your tolerances and spread. /Alexander S

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Design the support in a cost efficient way removing unnecessary material and also improve the flow during the sintering

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Dont use lattice structures for loading parts!

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Porus ceramics for easing the gasflow during the sintering

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Stating the obvious, pack as many components as possible in the build box when it comes to serial production. Include tight nesting in the design planning process from start. Consider what surface will be visible on the component and avoid having it towards the bottom. /Alexander S

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Make support re-usable. Print support, sinter the support and you can use the support for the green part afterwards to minimize the scrap. Note that it is not suitable for any shapes/ Stefan P, Alexander S