Applications
Impulse driven technology can be used to accomplish a variety of manufacturing tasks
01.
Weld the
Un-weldable
02.
Cut High-Strength Materials
03.
Shape, Emboss and Calibrate
04.
Conformal, Interference Joints
05.
Fill Impact
Welding
Methods
How we launch materials at high speed to create impulse manufacturing
A high transient current is passed through a thin conductor to rapidly vaporize it and create a high-pressure expanding gas that pushes the workpiece.
A high transient current is passed through a solenoid placed proximal to a conductive workpiece. The workpiece moves away from the solenoid due to electromagnetic force.
A pulsed laser is shined through a transparent layer onto the workpiece surface. The surface layer ablates and pushes the workpiece with high pressure.
Projects
Applied Impulse is constantly working on new endeavors, below are our current projects
NSF SBIRPhase I
We are proud to announce that Applied Impulse has been awarded a Small Business Innovation Research grant from the National Science Foundation (x) to further our research in developing technology to repair, weld, and build metallic parts with fill impact welding.
Interested in working with us?
If our technology meets the needs of your application, we are able to assist in developing the optimal process, joint design, and validation of the final design.
Contact us below to get started.