Small batch production of printed parts using state of the art PBF and jetting platforms
Part optimization for additive manufacturing
Software / print demos, training / design
Printer selection / setup with Uniformity processes
• 3-10x increased printer throughput due to low porosity powder and advanced printing processes
• Reduced use of support structures → faster printing and less finishing required
• More reliable printing due to less warpage and residual stress
• Reduced material usage and waste
• No impact to powder recycling
• 50% reduction in linear shrinkage sintering to 99.5% final part density
• Increased green part strength
• Increased printer throughput due to higher use of build volume (reduced shrinkage) and improved powder spreading
• Larger, more accurate printed parts due to less warpage and shrinkage
• No impact to powder recycling
Refined feedstock and processes yield significant and measurable improvements in several key properties of the end product. Uniformity’s technology and raw materials enable printers to operate at significantly faster speeds, with increased reliability and decreased finishing. Powder can be made from any metal or non-metal material. Powder and processes outperform on all major printing platforms.
Uniformity Labs, founded in 2014 and based in Fremont CA, develops breakthrough material and software solutions that aim to accelerate and expand global commercial / industrial 3D printing (AM) markets. Our patented technology enables significant cost savings, speed & quality improvements across all mainstream AM printers. Uniformity’s feedstock materials and print processes have a dramatic impact on the AM value chain by increasing reliability and efficiency of printing.
The global AM market is large and mostly unpenetrated, with long-term growth prospects and mass adoption potential. AM is rapidly displacing elements of conventional manufacturing that have been historically less efficient, more costly, and generated parts of comparatively lower quality limited by geometric constraints.
Leadership with deep technology and commercial expertise
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