Improve your failure analysis to reduce or prevent breaks during collisions
Are you ready to stop guessing how breaks occur when you can’t see them happening? Take your R&D to the next level and see inside objects during collisions.
See inside hypervelocity impacts with our SCF450S high-energy-level system
The 450S is ideal for research involving hypervelocity impact studies like space debris crashing into a satellite at 15 km/s – you can observe the first layer of protective covering vaporize.
See through centimeters of steel with our SCF450 high-energy-level system
Capable of penetrating materials equal to several centimeters of steel, SCF450 systems have been used to study mechanical fraction, shock waves and impact studies where images of the impactor inside a material are collected as a function of time.
See through centimeters of aluminum with our SCF300 medium-energy-level system
The 300 system is ideal for research involving both shadow imaging and penetrating materials like ceramics, aluminum or centimeters of steel.
See through smoke and fire with our SCF150 low-energy-level system
The 150 system is ideal for research involving both shadow imaging and penetrating soft materials like plastic or tissue as well as thin metal plates like aluminum and steel.