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Scientific Diode Lasers cater to the vast majority of spectroscopic applications in physics, chemistry and life sciences. One of the principal strenghts is that customized adaptations and modifications can be developed in-house.
More information on Toptica's websiteThere are a large variety of wavelength-selected single-mode laser diodes available from stock. Among more standard laser diodes, you will find "pearls" such as 397 nm, 715 nm or 1120 nm right from the stocklist.
It is possible to integrate any diode from the stock lists into a tunable diode laser system, however, it is also possible to purchase the diode separately. Each type of diode is carefully tested in an external cavity laser configuration with respect to coarse tuning range, mode-hop-free tuning range and power limits. The results are disclosed on request to the customer in a detailed datasheet.
More information on Toptica’s WebsiteThe next generation ultrafast fiber lasers for science and industry are robust, reliable and compact. They have a unique wavelength coverage and can be used for several key applications. They are very user-friendly and cost effective.
More information on Toptica’s WebsiteThe industrial diode lasers combine sophisticated laser physics and rock-solid opto-mechanical engineering, completed by convenient computer-control and intelligent protection measures. Whenever you strive for highest pulse rates or real single-frequency operation, best beam quality or most efficient SM fiber-coupling, these diode lasers will do it.
More information on Toptica's websiteA modern optical laboratory needs analysis and measurement tools, to prepare the laser beam in the requested shape, control its spectral performance, separate it from undesired feedback, etc. Please find here a variety of accessories to complement your laser source, equipment that in the daily operation of diode lasers is more than useful.
More information on Toptica's websiteThe sensitive and compact wavelength meters have a large spectral range for high speed measurement of lasers. The optical unit consists of temperature-controlled interferometers that are read out by photodiode arrays. The high absolute accuracy is achieved by use of solid state, non-moving optics.
More information on High Finesse’s WebsiteThe current sources of the series BCS (bipolar current source) and CCS (constant current source) have been developed for precision experiments in the areas of quantum optics and atomic physics and are especially suitable for the technically demanding requirements in the area of physical basic research.
More information on High Finesse’s WebsiteThe Laser Control System is designed for controlling temperature and current of semiconductor laser diodes. Highly developped soft-turn-on and soft-turn-off circuits protect your laser diode from electronic transients while activating the current as well as from interruptions of the mains voltage.
More information on High Finesse's websitePicosecond Low-Power Lasers are used for applications requiring output powers below 5 W with pulses in the 5 to 10 ps range or longer. All featuring near diffraction-limited beams, user-specifiable repetiton rates, optional wavelength conversion, and clock synchronization.
More information on Time-Bandwidth's websitePicosecond High-Power Lasers are used for applications requiring either high average power (>8 W) and/or high pulse energy (>10 µJ) with pulse width in the 5 to 15 ps range or optional longer. All featuring near diffraction-limited beams, user-specifiable repetition rates, optional wavelength conversion, and clock synchronization.
More information On Time-Bandwidth's websiteFemtosecond lasers are used for applications requiring pulse widths below 1 ps to 100 fs or shorter. All featuring near diffraction-limited beams, user-specifiable repetition rates, optional wavelength conversion, and clock synchronization.
More information on Time-Bandwidth's websitePlease find here the Electro-Optic Modulator, the Power Meter and our new product the Herriott Type Cell.
More information on Photonics Technologies Website