Ultra-Short and Ultra-Intense Lasers
QiFeng Newlight Source Technology adopts original technology to develop the new generation of world-leading ultra-short and ultra-intense laser systems, the scale of the system is significantly smaller than similar international physical parameter products, the desktop area is one-third of the international similar products, and the volume is one-fifth of the international similar products. The systems are widely used in high-energy physics, including the full range of peak power TW-PW products, providing users with one-stop product services.
Products
ProductsDescription
Iteration-TWThe Iteration-TW is the world's most compact terawatt ultra-intensity ultrafast laser system with industrial-grade reliability
Iteration-XTWThe Iteration-XTW can emit pulses with peak power up to 200 TW and repetition rate up to 10 Hz
Iteration-PWThe Iteration-PW can emit pulses with pulse peak power up to 1 PW (1015 W), pulse energy 25 J, pulse width 25 fs
Iteration-TW
ultra-short ultra-intense laser facility

High level of integration

Industrial-grade reliability

Pulse peak power up to 45 TW

Pointing stability up to 5 μrad

Repetition rate up to 10 Hz

Picosecond pulse contrast is better than 10^10

Precision deformation mirror technology

Phase-locked synchronization optional，timing jitter<150fs

Iteration-XTW
ultra-short ultra-intense hundred-TW laser facility

Ultra-compact hundred-TW system

Industrial-grade reliability

Pulse peak power up to 200 TW

Pointing stability better than 1.5 μrad

Repetition rate up to 10 Hz

Pulse contrast ratio better than 10^10

Dual CPA technology

Precision deformation mirror technology

Intelligent real-time control system

Iteration-PW
ultra-short ultra-intense PW laser facility

Industrial-grade PW-level laser facility with the area of only 16.7m²

Peak power >1 PW

Picosecond pulse contrast ratio up to 10^10

Beam pointing stability <1 μrad

Dual CPA design

Multi-pass pulse cleaner

Precision deformation mirror technology

Real-time operation of the monitoring system