Pioneering technologies used in the most extreme environments

Since the invention of the Linear Shaped Charge over 50 years ago, EBAD continues to pioneer Separation, Release and Deployment technologies used in the most extreme environments. Our deep design and application experience allows us to provide you with significant capability to meet your specific installation and performance needs. We can address key system parameters including: desired separation velocity and trajectory, debris generation issues, system size and weight, separation performance margin, induced shock, flight environments (dynamic, aero-heating) and cost.

EBAD’s technology portfolio is continually expanding, providing our customers with a wide range of solutions supporting the aerospace and defense markets, ranging from pyrotechnic to non-energetic products and devices, making us the supplier of choice for any mission. From debris-free frangible joint assemblies, to high preload separation bolts, to ultra low shock NEA® Hold Down Release Mechanisms and resettable TiNi™ ejectors, EBAD offers diverse technologies to help customers solve the most challenging separation events.

Uniquely tailored separation systems

High preloaded mechanical connections that require precision release within micro seconds, will benefit from EBAD’s high strength Separation Bolts and Separation Nuts. Entirely customizable, EBAD designs a variety of Separation Nuts and Release Mechanisms for a wide range of requirements allowing customers to select specific nut size, redundancy, and materials without affecting firing characteristics. Our products can support a static load of up to 100,000 pounds.

From standard flight proven designs, to uniquely tailored separation systems, working with EBAD will ensure your mission’s success. The simplicity and robustness of EBAD’s separation, release and deployment technologies, combined with decades of engineering expertise in this critical area, offers unmatched customer value and is a “one stop shop” for every separation event.