Application Fields
GMPT, October 2024
Rayzen software has a wide range of applications, including industrial simulation and cutting-edge research and development. We can provide a powerful platform, professional simulation tools, flexible analysis methods, and systematic software usage, simulation skills, and mechanism analysis training programs for engineers engaged in optical simulation design and research and development in various industries, for exploring, designing, and optimizing various optical systems. Through advanced ray tracing algorithms, material property modeling, and efficient computing capabilities, our optical simulation software can meet the complex needs of multiple industries.
Lighting System
Efficient Lighting Design: From automotive lighting fixtures to building lighting, we provide precise simulation of light distribution to ensure optimal lighting effects.
Optimization of LED Lighting: Simulate the unique characteristics of LEDs to achieve more energy-efficient, brighter, and uniform lighting solutions.
Environment and Decorative Lighting: Create unique lighting solutions to enhance spatial aesthetics and functionality.
Display System
LCD/OLED Display Design: Simulate the optical performance of display panels to improve contrast and color reproduction.
Projector Design: Optimize the optical engine to ensure clear and bright image output.
AR/VR Devices: Design high-performance optical components for virtual reality and augmented reality devices to provide immersive experiences.
Light Collecting and Guiding System
Solar Collector: Maximizes the efficiency of solar light collection and improves the energy conversion rate of photovoltaic systems. -Backlight module light guide plate: Ensure uniform distribution of light sources and improve the visual effect of the display.
Light Guide Design: Provides customized light conduction solutions for fields such as green lighting, healthcare, and communication.
Detection System
LiDAR System Development: Supports optical simulation of sensors in applications such as autonomous vehicles and drones.
Photodetector Design: Design highly sensitive detectors for infrared, visible light, and other wavelengths.
Remote Sensing Technology: Simulate and analyze satellite and aerial photography systems to assist in Earth observation and resource management.
Imaging system
Camera Lens Design: Whether it's a digital camera or a mobile phone camera, we are committed to creating excellent imaging quality.
Microscope and Telescope: Providing high-resolution magnification and remote observation methods for scientific research.
Medical Imaging Equipment：such as X-ray machines, CT scanners, etc., ensure accurate diagnostic information.
