Leading Metal 3D Printing Solutions

“Micro-channel cold plates manufactured using SLM metal 3D printing increased our cooling efficiency by 40% compared to traditional CNC, perfectly solving the thermal bottleneck of our high-compute servers.”

“The 3D-printed unibody water block completely eliminated the risk of leaks from traditional split joints. The complex 3D channel design is stunning.”

“The lightweight design requirements for aerospace radar cooling plates are extremely high. The aluminum alloy 3D printing solution provided by the platform reduced weight by 30% while ensuring excellent thermal conductivity.”

“From uploading complex custom liquid cooling channel models to receiving perfect printed samples, it took less than a week. The air tightness test report was highly professional.”

“Custom liquid cooling parts for medical MRI equipment are highly challenging. Their copper 3D printing precision completely exceeded our expectations, leak-free with excellent heat dissipation.”

“The iteration speed of liquid cooling micro-channel prototypes for EV battery packs doubled thanks to POAO. The online quoting system's evaluation of channel features is very accurate.”

“High-density cooling for AI servers has always been a challenge. With their custom 3D printed cold plates, we achieved more efficient thermal management with transparent pricing.”

“The casing printing precision for the micro liquid cooling pump was very high. The internal surface roughness was well controlled, minimizing fluid resistance.”

“Custom water cooling parts for consumer high-performance PCs are often hard to prototype, but here we not only did it, but the surface finish is exquisite, becoming a direct selling point.”

“The engineering team provided a professional DFM report for channel optimization before printing, avoiding internal support residue issues. Such liquid cooling manufacturing experience is rare.”

“Micro-channel cold plates manufactured using SLM metal 3D printing increased our cooling efficiency by 40% compared to traditional CNC, perfectly solving the thermal bottleneck of our high-compute servers.”

“The 3D-printed unibody water block completely eliminated the risk of leaks from traditional split joints. The complex 3D channel design is stunning.”

“The lightweight design requirements for aerospace radar cooling plates are extremely high. The aluminum alloy 3D printing solution provided by the platform reduced weight by 30% while ensuring excellent thermal conductivity.”

“From uploading complex custom liquid cooling channel models to receiving perfect printed samples, it took less than a week. The air tightness test report was highly professional.”

“Custom liquid cooling parts for medical MRI equipment are highly challenging. Their copper 3D printing precision completely exceeded our expectations, leak-free with excellent heat dissipation.”

“The iteration speed of liquid cooling micro-channel prototypes for EV battery packs doubled thanks to POAO. The online quoting system's evaluation of channel features is very accurate.”

“High-density cooling for AI servers has always been a challenge. With their custom 3D printed cold plates, we achieved more efficient thermal management with transparent pricing.”

“The casing printing precision for the micro liquid cooling pump was very high. The internal surface roughness was well controlled, minimizing fluid resistance.”

“Custom water cooling parts for consumer high-performance PCs are often hard to prototype, but here we not only did it, but the surface finish is exquisite, becoming a direct selling point.”

“The engineering team provided a professional DFM report for channel optimization before printing, avoiding internal support residue issues. Such liquid cooling manufacturing experience is rare.”