Menlo Optical
It combines Menlo Systems’ latest fiber-based femtosecond laser sources featuring our figure 9® mode locking technology with this industry-proven THz components. The modular design predicated on our OEM laser platform ELMO ensures flexible configuration of the system for integration in any industrial or scientific environment. The venture’s first product to market is the FC 8003 Optical Frequency Synthesizer, a femtosecond laser frequency comb generator.
- Dynamic characterization of MEMs devices is attained by Micro System Analyzer MSA-650 IRIS.
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- The FC1500-Quantum by Menlo Systems carries a subhertz-linewidth laser, a frequency comb, along with other lasers, all with stability from an ultrahigh-finesse optical cavity.
12 g. Under these conditions, the fully automated comb system successfully performed its mission—and compared the iodine optical reference with a typical radio frequency atomic clock. Ultra-stable microwave sources are paramount for an easy selection of applications, including precision metrology, deep space navigation, telecom and then generation wireless communication, in addition to coherent radar. With the PMWG-1500 Menlo Systems supplies a unique commercial solution for providing ultrastable microwaves in an all-in-one solution. The Menlo Terahertz product portfolio covers time domain solutions in traditional pump-probe configurations, along with solutions for imaging. The products for enough time domain are ideally suited for fingerprint spectroscopy whereas the imaging instruments find their use in quality control and inspection. The iodine reference has been characterized with both optical combs simultaneously.
Make reference to the help center article about company legal status for an explanation of the terms Active, Liquidation and Terminated. At Menlo Optical you will always find quality frames and superior lenses adjusted to execute at optimum comfort. Style and variety are always present and an honest opinion to help you create the look you wish. Thorlabs brings its experience in sales and marketing to Menlo Systems’ efforts to successfully launch their leading-edge optical technologies to both scientific and telecommunications community. Choosing the right kind of contact lenses is more complicated than selecting and buying glasses.
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Benefiting from Menlo Systems’ proprietary figure 9® mode-locking technology, Menlo Systems’ difference frequency generation based Mid-IR combs provide access to the 3-14 µm range. The reliable, turn-key mid-IR Comb is an enabling tool for applications in the important fingerprint region for high accuracy spectroscopy or nanoFTIR. The compact terahertz spectrometer TeraSmart integrates the most recent achievements in broadband terahertz time-domain Spectroscopy (THz-TDS) into an easy-to-use turnkey solution.
Bruce Weisman from Rice University in Texas, US, who has discovered fluorescence from silicon nanoparticles in cement and how it can be used to reveal early signs of damage in concrete structures. This can be a third time that an optical clock from Menlo Systems has visited space, after previous flights in April 2015 and January 2016. When compared to previous missions, the machine was re-engineered for largely reduced size and power intake. Although a lot more compact, the machine consists now of two independent comb units, offering experimental flexibility and redundancy. The payload consisted of two separate units–the FOKUS II frequency comb and an iodine stabilized laser.
Quantum Laser Systems
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Menlo Systems GmbH is a leading developer and global supplier of instrumentation for high-precision metrology. The company with headquarters in Martinsried near Munich is well known for its Nobel Prize winning optical frequency comb technology. With subsidiaries in the US, Japan, and China and a global distributor network, Menlo Systems is closely connected to its customers from science and industry. The main products are optical frequency combs, time and frequency distribution, terahertz systems, ultrafast and ultra-stable lasers, and corresponding control electronics. Besides standard products, Menlo Systems develops and manufactures custom made solutions for laser-based precision measurements.
Detection of weak light pulses on the few-photon level is vital for many applications. The Menlo Systems’ detector portfolio includes PIN photodiodes with low noise RF amplifiers, ultrafast avalanche photodetectors with integrated high voltage supplies, and detectors predicated on homo- and heterodyne detection. A solar telescope can be combined with a laser frequency comb to permit spectral analysis of distant stars.
