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TeraWatt Systems

Quark 200 TeraWatt Standard System
Thales
The world reference for 200 TW laser with demonstrated specification and industrial reliability dedicated to laser facilities. Designed with PW level proven technologies. Ready for upgrade to the highest peak power.

Specifications

Peak Power: 200 TW
Min Pulse Duration: 25 fs
Repetition Rate: 5 Hz
Energy Per Pulse (J) After Compression: ≥ 5
Pulse To Pulse Energy Stability: 1 %
Quark 1000 TeraWatt standard system
Thales
Recognized project management skills to achieve the most demanding systems in terms of performance and schedule commitments. The unique PW laser reference with demonstrated specification and industrial reliability dedicated to laser facilities.

Specifications

Peak Power: 1000 TW
Min Pulse Duration: 25 fs
Repetition Rate: 1 Hz
Quark 45 TeraWatt standard system
Thales
The world reference of compact and reliable 45 TW Ti:Sa laser with proven specifications.

Specifications

Peak Power: 45 TW
Min Pulse Duration: 25 fs
Repetition Rate: 10 Hz
There are 3 different TeraWatt Systems from suppliers and manufacturers listed in this category. In just a few clicks you can compare different TeraWatt Systems with each other and get an accurate quote based on your needs and specifications. Please note that the prices of TeraWatt Systems vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

Terawatt amplifiers, essential in high-energy laser systems, produce peak power levels in the terawatt (10^12 watts) range. These amplifiers are pivotal in applications like inertial confinement fusion, particle acceleration, and high-intensity laser-matter interaction studies. Utilizing techniques like chirped pulse amplification (CPA), they initially stretch ultrashort laser pulses in time, amplify them without damaging optical components, and subsequently compress them to attain extremely high peak powers. Key components include high-gain laser media, robust optical elements, and precise temporal pulse shaping. Advances in materials, cooling methods, and optical coatings are critical to enhance performance and reliability. The capability to generate such intense laser pulses enables groundbreaking research in plasma physics, high-field science, and the development of compact particle accelerators. Terawatt amplifiers also contribute to medical applications, including precise surgeries and cancer treatments, due to their ability to deliver focused, high-energy pulses. As technology progresses, these amplifiers are expected to become more efficient, compact, and accessible, opening new frontiers in science and industry.