Photonics - Import export

The FPI 100 is a confocal, scanning Fabry-Perot interferometer with a built-in photodetector unit, designed for measuring and controlling the mode profiles of continuous wave (cw) lasers. The FPI is available with different mirror sets and photodetectors for wavelength ranges between 330 nm and 3000 nm. The standard mirror reflectivity is 99.8 %, corresponding to a typical finesse of > 400, resolving even narrow laser lines.

The FiberDockTM is an easy-to-use fiber coupler, suitable for both TOPTICA laser systems and third party lasers. Its patented design (US 7,321,706, EP 1,666,944) enables highest coupling efficiencies, combined with an impressive long-term stability. Based on the individual laser parameters such as wavelength (range 350 nm to 2800 nm), beam diameter and the mode field diameter of the coupled fiber, a suitable focusing lens is selected and integrated inside the FiberDockTM.

CoSy generates both purely Doppler-free and purely Doppler-broadened absorption saturation spectra, which can be fed directly to appropriate stabilization electronics. CoSy can conveniently be used for top-of-fringe stabilization with a modulation technique (bandwidth 50 kHz .. 1 MHz). The CoSy module helps the customer save time and space in his experiment. The absorption cell of the Cosy is filled with Rb, Cs and K and serves as a frequency reference for Rb, Cs and K frequencies from a single device.

TOPTICA Photonics AG offers a wide range of optical fibers ideally suited for use with TOPTICAs lasers and FiberDock. These economically priced fibers cover a wide range of wavelengths. TOPTICA recommends to always purchase a fiber along with a laser and fiber coupler, as this ensures maximum fiber coupling efficiency.

The FiberOut fiber collimator transforms the divergent beam emitted at the end of an optical fiber into a collimated one. It can be equipped with a variety of lenses, matching different fiber mode-field diameters and output beam sizes. The rugged, inexpensive collimator can be used for both FC/PC and FC/APC-type connectors. It can be easily mounted on post or into optical mounts (25 mm diameter).

Integrated Photonics is all about our equipment for high-precision positioning of Photonic Integrated Circuits (PICs), enabling you to optimize your back-end processes and reduce your costs. Our fiber array unit combines the latest technologies on automatic fiber placement. Our Photonic Test Prober (PTP) and Photonic Visual Inspection Tool (PVIT) are part of the MEKOPP project.

Our Photonic Visual Inspection Tool (PVIT) is designed to be compatible with the same base platform as our Photonic Test Prober, providing you with multiple testing options when required. Also, as with our PTP, our Photonic Visual Inspection Tool is designed for high throughput.

Our Photonic Test Prober (PTP) supports fast, simultaneous PIC optical and electrical testing. Sirius is made for functional PIC testing.

We build and develop high precision product manufacturing machines for the medical industry. With a proven track record of 20+ years we have gained quite some knowledge and experience. Whether you are looking for product assembly, laser marking, laser welding, visual inspection, feeding, EOL, flow and leakage testing or anything else, we are your precision partner. Your process, product and business case is our guiding principle. We know how to automate like no other. In fact, we know how to automate very accurately. Automation at IMS goes down to micron scale. We build production lines from low to high volume, depending on your demand. We are flexible to the needs of your project and deliver a fast budget indication quote. Showing feasibility of your production process.

NanoSolder actively aligns optical components such as photonic circuits, waveguides, diode lasers and photodiodes. It uses selective laser soldering for the assembly. Compared to gluing with subsequent curing, much shorter assembly times will be achieved by selective laser soldering.