PressUp-to-date information relating to INGENERIC is contained in our press area. Permission is hereby expressly given to download or publish any information in this area for press purposes. |
|||
INGENERIC expands capacity for manufacture of aspheresWith a significant increase of its capacity for manufacture of aspheres INGENERIC strongly strengthens its position in the field of these high-end optics. With the high-precision glass moulding INGENERIC offers its customers a technological alternative to source optics in numbers from a few hundred to some ten thousands with an advantageous price-performance ratio. ...[more] |
 |
||
INGENERIC presents new generation of E2C modules for collimation and symmetrization of single-mode laser diodes.INGENERIC extends its product range of E2C modules (from Ellipse to Circle) for single-mode laser diodes. The modules transform the elliptical beam profile into a round one, achieving thus an increase in fiber-coupling efficiency of 50% compared to conventional aspherical solutions. The newest generation of modules is now available for a wavelength of 405 nm and 635 nm. ...[more] |
 |
||
Extra-High-Brightness-FACThe new Extra-High-Brightness class (XB) of fast-axis collimation optics manufactured by INGENERIC, will open up new applications for our clients. The extremely high quality of the collimation - in the case of a FAC with an EFL of 900 µm and an NA of 0.8, for example, over 90 % of the output is collimated at an angle of +/- 0.8 mrad - permits applications with extremely exacting requirements in terms of efficiency and collimation quality, to be completed. ...[more] |
 |
||
Efficient V-step fiber couplingThe V-step module manufactured by INGENERIC makes it easy to couple diode lasers in fibers efficiently. The V-step module boasts the highest level of coupling efficiency among the optical systems currently on the market. Further benefits of the V-step module lie in the high level of flexibility in terms of the diode laser used (no. of emitters, emitter width etc) the diameter of the fibers which can be coupled in and in the ease of assembly ...[more] |
 |
||