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Micro data - Manufacturer Producer - Germany

GermanyManufacturer/producer
  1. INGENERIC GMBH

    Germany

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    INGENERIC develops and produces optical components for high-power applications such as optical systems for research, medicine, measuring technology and various branches of industry. INGENERIC was founded in 2001 and currently employs around 100 members of staff. In 2019, INGENERIC consolidated with Aixtooling, a tool manufacturer for precision optics. INGENERIC offers the entire process chain worldwide, from lens and system design to prototypes and manufacturing of small runs right up to mass production. We manufacturer the following products: Fast- and slow-axis collimation, collimation modules, beam transformation optics, micro-lens arrays, aspheres, spheres, freeform optics. With a unique technology profile, INGENERIC has become one of the leading providers of beam transformation optics for semi-conductor lasers. The highly precise micro-lenses are used in growing markets such as medical technology (endoscopy) and in optical data communications.

  2. NANOSYSTEC GMBH

    Germany

    Tailored precision systems for industrial production. Nanosystec is the strong partner by your side for numerous technology and industrial companies worldwide. Customers include internationally active companies from data communication and opto-electronics, as well as from the automotive or medical sector. With more than 25 years of practical experience in the realisation of demanding and high-precision production processes, Nanosystec provides a technology advantage for your project, too. Laser balancing and precise cutting: Modern laser sources combined with high-performance image processing are the prerequisite for fine laser balancing stations with precision material ablation as well as exact contours for precise cutting. Placing in the micro range (< 1 µm): Typical examples including the placing of semiconductor components, optics, apertures and similar components through adhesion, selective soldering, eutectic bonding and laser welding. Active alignment in the nano range (< 100 nm): Active alignment of opto-electronic components with a feedback signal guarantees optimal coupling efficiency. A permanent connection is made using adhesion, laser welding or laser soldering. Optical and electrical characterisation: Essential parameters are measured for opto-electronic components – performance curves as a function of the current, spectral values (wavelength, bandwidth), spatial characteristics, modulation levels and transfer functions.