Top electronics manufacturers are ramping up mass production of 3D printed titanium alloy parts, held back by three key industry hurdles: stable material supply, cost control and consistent part quality. After years of heavy R&D investment, IMT has fully resolved these pain points.
Lightweight, high-strength and corrosion-resistant titanium alloy is perfect for electronic structural components including phone frames, hinges and foldable screen parts. Conventional titanium powder creates critical precision manufacturing flaws: abundant hollow and satellite particles trigger internal voids in printed parts, slashing production yields and triggering major financial losses. Poor powder flowability and sphericity slow recoating and throughput. Low recyclability with degraded performance after repeated use drives up material costs and blocks large-volume manufacturing.
Higher yield: Hollow particle rate capped at ~0.2%, satellite particles ~0.8%; zero pores larger than 20μm to minimize defective products
Higher efficiency: Flowability ≤25s, sphericity >97%, apparent density >2.5 g/cm³ for faster recoating and higher output
Lower costs: Ultra-low oxygen content under 900 PPM sustains stable recycled performance; over 30% improved reusability extends powder lifespan and cuts procurement costs.
Deeply partnering with leading electronics brands, IMT addresses production bottlenecks at the source to help clients lift yields, lower costs and boost productivity. Beyond standard powder supply, we serve as a trusted partner for enterprises scaling titanium alloy additive manufacturing.
