Beehive Industries is significantly increasing its additive manufacturing capabilities by acquiring two Nikon NXG 600E 3D printing systems, intended for large-scale aerospace and defense components.
Beehive Industries, a company previously operating in secrecy under the leadership of GE veteran Mohammad Ehteshami, has revealed plans to acquire two Nikon NXG 600E 3D printing systems. This move follows a substantial $50 million order for 30 EOS M4 ONYX 3D printers, which already more than doubled Beehive's metal additive manufacturing capacity, bringing its total to over 50 machines. The new Nikon printers represent a significant investment in large-format production systems.
The NXG 600E systems, with build volumes of 600x600x1500mm, will be utilized for printing with Ti6Al4V and Constellium's Aheadd CP1 powder. These machines are slated for the production of "whole vehicle bodies, large substructures for satellites, and other large, 3D-printed components for space and A&D customers." This strategic acquisition aims to meet the growing demand for advanced aerospace and defense solutions.
In addition to its additive manufacturing expansion, Beehive Industries has also purchased two local machine shops, Planet Products and Able Tool, to enhance its capabilities in part finishing and CNC work. This integrated approach signals a comprehensive scaling of operations for the Ohio-based company. Beehive has previously announced its goal to produce up to 8,000 engines annually, with its Frenzy 8 and Frenzy 6 engines being developed under a significant SOSSEC consortium contract.
Darius Ehteshami, Beehive's Chief Operations and Finance Officer, highlighted the synergy between their propulsion solutions and the demand for advanced aerospace printed parts. He stated that the investment in the NXG 600E systems positions Beehive to deliver aerostructures and components that enable customers to achieve higher and faster flight capabilities, addressing a key market need.
The acquisition of two large-format Nikon NXG 600E systems by Beehive Industries signifies a critical step in scaling additive manufacturing for complex, large-part production in the aerospace and defense sectors. Utilizing advanced materials like Ti6Al4V and CP1 on these substantial machines enables the creation of integrated structures, potentially for drones, satellites, and other flight vehicles, aligning with the broader industry push towards more efficient, consolidated manufacturing processes for demanding applications.
Edited by the news editor with AI from the original report — please refer to the original source.