scientific research systems offer integrated solutions that combine precision optics, photonics, and advanced computational technologies to support high-level experimental research. The portfolio spans multiple fields, including Quantum systems, OCT (Optical Coherence Tomography), Imaging, Precision Detection, Optical Tweezers, Precision Micromachining, and dedicated Software platforms.

Designed with a modular architecture and strong system compatibility, each subsystem can be flexibly configured to meet diverse research and industrial requirements. From quantum optics and biomedical imaging to nanoscale manipulation and ultra-precise laser processing, LBTEK’s platforms ensure excellent stability, accuracy, and repeatability. Supported by powerful control and data analysis software, these systems create a cohesive ecosystem that enables efficient experimentation and innovation in modern photonics and optical science.

• Quantum Computing Prototype Trainer
• Optical Coherence Tomography
• Imaging
  • • Self-Assembled Microscopic Imaging System
    • SIM Super-Resolution Fluorescence Imaging System
    • Optical Microscope Teaching System
    • Volume Holographic Storage Experiment
    • Fourier Transform Image Recognition System
    • Vortex Beam Interference System
• Holographic Grating Fabrication and Parameter Measurement System
• Optical Tweezer System Based on Vortex Waveplate
• Precision Micromachining
• software portfolio for optical design, simulation, and quantum system research.

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