The division has developed several new methods for holographic measurements. Sandwich-holography, which makes it possible to compensate for such unwanted movements which usually exist in the industrial environment Development of special holographic equipment and redesign of a ruby laser to produce up to ten pulses instead of only two. The so-called LIF method, which represents a world record in high speed photography, makes it possible to record the wavefronts of light in spite of the fact that they move with the speed of light. Such objects exist normally only in CAD software and are only accessed through a two-dimensional computer screen. Deformation of a 2 m high milling machine.
Large deformation produces closely spaced fringes.
These pulses are ideal for measuring with high resolution in both time and space. An equipment for the generation of a hologram hardcopy of a product model has been built. The development of the Internet has open new possibilities for the exchange holographic data. To obtain good economy in wire manufacturing it is important to monitor the process in order to reduce wear in wire drawing die, as well as the probability for producing waste wire. Wire Journal International, June 1994, p. 76-80.