Quantum Composers

  • Quantum Composers 9730 Series High Current Delay Generator

    Quantum Composers 9730 Series High Current Delay Generator

    Quantum Composers' most capable current generator, the 9730 series provides users with the ability to generate highly precise current pulses.  Specifically designed to meet the test requirements of USCAR-28 and AK-LV-16 for testing pyrotechnical systems, airbag systems and electric igniters. Advanced safety features provide reliable and robust performance.

  • Quantum Composers: New model 9730 Current Generators Features for USCAR-28 and AK-LV-16 Safety Compliance

    Quantum Composers: New model 9730 Current Generators Features for USCAR-28 and AK-LV-16 Safety Compliance

    Quantum Composers’9730 Series High Current Generators Ensure Safety by Meeting Advanced Safety Requirements for Automotive and Pyrotechnical Applications

    In the automotive and pyrotechnic industries, ensuring a safe and accurate testing environment is critical. Now available on the 9730 Series Programmable Current are integrated, advanced safety features that provide users with the ability to meet the rigorous safety test requirements of USCAR-28 and AK-LV-16 for testing pyrotechnical systems, airbag systems, and electric igniters.

  • Quantum Composers: Spectrolite Blue Pulsed DPSS Nd:YAG Lasers

    Quantum Composers: Spectrolite Blue Pulsed DPSS Nd:YAG Lasers

    At 473nm, this super-compact resonator produced greater than 3µJ at 10kHz with a nominal pulse width of 4ns.  Introducing a new series of lasers, the Quantum Composers SpectroLite Series, the laser can be configured for wavelengths of 1064nm, 946nm, 532nm, 473nm, 355nm, or 266nm.  For OEM applications the lasers can be configured for energies from 1µJ to greater than 100µJ and frequencies of 1 kHz to 500kHz depending on the wavelength.

  • Quantum Composers: MicroJewel DPSS Nd:YAG Lasers

    Quantum Composers: MicroJewel DPSS Nd:YAG Lasers

    The Quantum Composers MicroJewel Lasers are a series of rugged, Q-switched, Nd:YAG, DPSS lasers with an ultra-compact design delivering 8mJ at 1064nm. Reliable, light-weight, and efficient, the MicroJewel lasers are ideal for commercial and OEM applications requiring small form factors.The MicroJewel is just 90.5mm long, weighs only 40 grams and has a compact, inline resonator which will reduce the space and weight limits on laser systems.​Accessories and options can be added to optimize the laser to your application.   (divergence vs energy).​

  • Quantum Composers: Jewel DPSS Nd:YAG Lasers

    Quantum Composers: Jewel DPSS Nd:YAG Lasers

    The Quantum Composers Jewel Laser is a rugged, Q-switched, Nd:YAG, DPSS laser with a compact, monolithic design. Reliable, light-weight, with easy to swap components, the Jewel is ideal for commercial and OEM applications.  The Jewel is just 180mm long and weighs only 1.14kg which will reduce the space and weight limits on laser systems and dramatically decrease downtime and production costs.

  • Quantum Composers: MiniJewel Pulsed DPSS Nd:YAG Lasers

    Quantum Composers: MiniJewel Pulsed DPSS Nd:YAG Lasers

    The Quantum Composers MiniJewel is a compact, conductively cooled, laser with a fundamental output of 1064nm. The rugged resonator design allows for less misalignment than other lasers. This multi-mode laser weighs 1.4kg and with a 165mm x 97mm x 36mm footprint, it is perfect for portable applications or customers with limited space requirements.  Included is our MiniJewel software which the user can utilize to control energy, firing mode, and frequency.

  • Quantum Composers DPSS Lasers: Miniaturization and Manufacturing: The Benefits of Laser Soldering

    Quantum Composers DPSS Lasers: Miniaturization and Manufacturing: The Benefits of Laser Soldering

    Miniaturization presents new challenges in producing power-dense electronics, especially on Surface Mounted Technologies (SMTs), where components of different sizes and materials are densely packed together on a PCB board. The Manufacturing of high volumes of small, smart, stable products requires precision techniques like laser soldering to protect heat-sensitive, high-power components. Many advanced manufacturers are already reaping the benefits of new laser soldering systems. Here are a few of the primary benefits of this technology.

Lasers & other Sources