AmPd Labs purchases PureSinter Furnace from Desktop Metal
PureSinter features hot walls that prevent contamination buildup and an airtight processing environment to ensure efficient waste exit and the highest levels of purity
AmPd Labs, a 3D printing service provider based in Houston, Texas, has placed an order for the new PureSinter Furnace – a high-purity vacuum furnace that delivers premium debinding and sinter at an affordable price – from Desktop Metal, a leader in additive manufacturing technologies.
AmPd Labs has been a Desktop Metal customer since 2021 and offers a range of AM services across the entire product lifecycle – from design and prototyping to full-scale production. In addition to Desktop Metal’s laser-free binder jetting technology, AmPd Labs also offers DLP, SLS, and traditional manufacturing technologies for metal and polymer part production.
“We are thrilled to add the Pure Sinter Furnace to our fleet of Desktop Metal equipment,” said Sean Harkins, COO and Co-founder of AmPd Labs. “Pure Sinter is a technological game changer that will enable us to rapidly meet high-volume customer production demands.”
“AmPd Labs is one of our standout Super Fleet customers with three or more of our laser-free metal printers, and we’re delighted to see them embrace our breakthrough new furnace technology,” said Ric Fulop, Founder and CEO of Desktop Metal. “PureSinter is an exemplary demonstration of the innovation for which Desktop Metal and our engineers are known. We believe this furnace will revolutionize sinter-based AM and the traditional furnace industry.”
Launched in June at RAPID + TCT in Los Angeles, the PureSinter furnace reinvents furnace design from the ground up to eliminate traditional furnace challenges with an all-new, patent-pending approach. PureSinter features hot walls that prevent contamination buildup and an airtight processing environment to ensure efficient waste exit and the highest levels of purity.
PureSinter is compatible with powder metal parts 3D printed with AM technologies such as Bound Metal Deposition (BMD) and Binder Jetting (BJT) processes, as well as traditional Metal Injection Molding (MIM) or Press and Sinter (PM) manufacturing methods.
