Zenith Tecnica Expands EBM Metal 3D Printing Capacity Under New Ownership
New Zealand-based Zenith Tecnica, a specialist in Electron Beam Melting (EBM) titanium parts, has been acquired and is set to significantly expand its metal additive manufacturing capacity.
Zenith Tecnica Limited, a New Zealand contract manufacturer specializing in Electron Beam Melting (EBM) of titanium parts for the space, medical, and high-performance sectors, has announced its acquisition and immediate expansion of its metal additive manufacturing capacity. The company, which counts aerospace clients like Lanteris Space Systems and NASA's Psyche mission among its customers, has been operating at full capacity with its existing fleet of six EBM systems.
The acquisition was completed on June 18th by Andrew Burgess and Blair Jordan, former executives from Amazon and Boeing with experience in aerospace production, low-earth orbit satellite programs, and regulated industrial environments. This new ownership is expected to enable Zenith Tecnica to scale its operations beyond current limitations.
Plans are already in motion to add two more EBM systems to Zenith Tecnica's manufacturing floor and relocate to a larger facility. This expansion aims to solidify the company's position as a leading global EBM manufacturing partner.
Zenith Tecnica's previous owner, Heather Grace, stated that the goal was to strengthen the business and transition it to owners capable of driving its next growth phase. The new ownership's strategy focuses on scaling alongside customers by investing in equipment, personnel, and facility space, while maintaining the speed and flexibility that have defined the company's reputation.
This acquisition and expansion directly addresses the growing demand for high-performance metal parts in the aerospace and medical industries, sectors that heavily rely on advanced additive manufacturing. By increasing its EBM capacity, Zenith Tecnica enhances its ability to support critical applications, including satellite components and patient-specific implants, contributing to the broader trend of scaling additive manufacturing for industrial production.
Edited by the news editor with AI from the original report — please refer to the original source.