Precision Lighting for Advanced Plant Research
Unlock Precision in Plant Research with the XtremeLUX Advanced Four-Channel LED Lighting System
What is the XtremeLUX Advanced Research Lighting System?
The XtremeLUX Advanced Research Lighting System empowers plant scientists to achieve more accurate results, optimize plant growth, and drive innovation in their research. With full control over light spectrum and intensity through advanced fixtures, sensor modules, and web-based software, researchers can tailor conditions to meet specific experimental needs. Seamless integration with growth chambers allows for flexible setups, while remote access and global monitoring save time and improve efficiency. Built for durability, the system’s waterproof design and thermal compensation ensure consistent performance, enabling groundbreaking discoveries and practical applications in plant science.
Four Tunable Channels for Precision Research Lighting
Our Advanced Research Lighting System features four independently tunable channels designed to give you precise control over light spectra. These channels operate within the most commonly used wavelength ranges for plant research, offering optimal performance in photosynthesis and plant growth regulation.
450 nm (Blue): Blue light is crucial for stimulating photosynthesis and regulating plant morphology. It plays a key role in promoting healthy leaf development and compact growth structures.
520 nm (Green): Green light has a less direct effect on photosynthesis but can influence color rendition, which is essential for inspections and accurate imaging. It can also help to penetrate deeper foliage for better light distribution.
660 nm (Red): Red light is the most effective for photosynthesis, driving growth during critical stages of plant development such as flowering and fruiting. This wavelength also influences plant biomass production and overall health.
730 nm (Far-Red): Far-red light is essential for controlling plant photoperiods and regulating processes like flowering and germination. It also helps trigger the shade-avoidance response, ensuring optimal plant morphology.
Calibrated Controls
The Digital Controller for our Advanced Research Lighting System offers unmatched control with 1-1000 linear dimming for each channel. This digital control lets you calibrate the spectrum, intensity, and duration for each wavelength, allowing you to create highly customized lighting programs for your research needs. With this level of control, your lighting programs become more consistent and reliable, ensuring accurate results for both short-term experiments and long-term studies.
Why Chose the XtremeLUX Advanced Research Lighting System?
Seamless Integration for Better Research Outcomes
The XtremeLUX system simplifies research workflows by integrating seamlessly with growth chambers and facilities. With remote management via Ethernet or Wi-Fi and an intuitive web interface, researchers save time and stay focused on experiments. Automatic storage of sensor data, such as temperature, humidity, and CO2 levels, in cloud platforms or Google Sheets ensures reliable insights for data-driven decision-making.
Reliable Performance for Long-Term Research
Designed for demanding research environments, the XtremeLUX system ensures consistent performance, allowing researchers to focus on long-term goals without interruptions. Waterproof lighting fixtures with easy-to-clean flat glass lenses and a five-year guarantee offer peace of mind. Advanced sensor modules provide real-time feedback on plant health and growth conditions, enabling informed adjustments and better results.
Full Control for Experiment Precision
With XtremeLUX, researchers have global access to configure lighting settings from any device with a web browser. Custom schedules, advanced lighting controls, and simple calibration tools make it easy to adjust conditions to optimize plant growth and achieve precise outcomes. This level of control streamlines research processes and enhances experimental accuracy.
Empowering Discovery and Innovation
The XtremeLUX system empowers researchers to explore new opportunities in plant science, from optimizing light conditions for specific cultivars to understanding complex environmental effects. By offering actionable data and unmatched control, it accelerates discoveries and supports groundbreaking advancements in plant growth and development. With XtremeLUX, you are equipped to reach your research goals and push the boundaries of plant science.
Meet the Team
Our team blends decades of expertise in LED technology, plant science, AI, and control networks to develop high-performance lighting systems. With deep experience in semiconductor development, product manufacturing, and indoor farming, we specialize in precision lighting solutions that optimize plant growth and research accuracy. Our focus is on delivering innovative, efficient systems that advance high-precision plant research.
Chiamin Cheng
CEO
Dr. Edward Stoneham
CTO
Request a Demo.
Request a demo of our Advanced Research Lighting System and see firsthand how our highly tunable, digitally controlled system can transform your experiments. Tailor your lighting conditions to your exact specifications, optimize growth, and ensure consistent, repeatable results. Contact us today to schedule a personalized demo and explore how our system can support your research needs.