DIGITALIZE SPARE PARTS INVENTORY AND PRODUCE SPARE PARTS ON-DEMAND
The most trusted digital inventory, used by…
Efficiently convert your traditional spare parts inventory into a 3D qualified and ready-to-print one
3-step digitalization of spare parts inventory with DigiPart™:
Step. 1
Assessing 3D printable parts categories with industry-relevant spare parts and functional specificity databases
Step.2
Fined-tuning assessment of printable parts categories and matching them with the respective 3D printing technologies and materials
Step. 3
Using business intelligence to identify technically printable parts and 3D print spare parts anywhere, on-demand
Bring tangible benefits to your company with DigiPart™
Tackle obsolescence of spare parts
Provide infinite lifetime for your spare parts to make obsolescence of inventory an obsolete issue
Minimize supply risk
Digitalize your parts, and keep them always ready to print. Bridge a supply gap and provide your customers with any part, anytime, anywhere.
Improve long-tails performance
Produce long-tail parts on-demand to lower your inventory, decrease your stock-out risk and expand your spare parts’ availability period
4 value-creating drivers with digital spare parts inventory
Environmentally friendlier
Less pollutant emissions from transport, no wasted materials, and no excess spare parts inventory
Latest News
How should Oil and Gas Industry get into additive manufacturing?
Watching its revenues plummeting over the last year, Oil & Gas industrials are looking for a rapid operational efficiency. That is why 3D printing is now entering into the game.
Metal Additive Manufacturing Market Grows as Demand Continues to Rise
Researchers and engineers in different industries, such as aerospace, automotive, and others, have capitalized on metal additive manufacturing to transform how they design and produce metal parts.
The Nuclear Energy Sector Has Been Transformed by 3D Printing in Several Ways
The nuclear energy is the second-largest sources of electricity today. Recently, 3D printing has been applied in this industry to recycle more nuclear waste and design new parts and devices that could not be fabricated using traditional methods.
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