Over the past 40 years, we have developed technologies that thrive in complex environments. We’re passionate about protecting lives and livelihoods with reliable, high-precision gas detection systems designed for safety and efficiency.
Unlock the full potential of your grow operation with precise CO₂ control. Cultivate + empowers you to achieve the maximum yield from every plant, every harvest.
Ensure your facility is always safe and compliant, protecting your employees, with real-time CO₂ monitoring using automated ventilation and alarms.
Create a stable, predictable environment where your plants can thrive. Cultivate+ integrates with your lighting, HVAC, and environmental systems to deliver consistent, high-quality results, every time.
Analox offers a wide range of solutions to meet the unique requirements of different industries. Our systems are designed for high-performance, whether you’re managing gas levels in a controlled laboratory, an agricultural grow room, or a commercial brewery. We understand that each industry has its own challenges, which is why we provide tailored systems that meet the specific needs of your operations.
The Ax60+ Cultivate is a modular CO₂ gas detector, ideal for vertical farms, greenhouses, and controlled growing environments.
The Ax60+ CO₂ Monitor works seamlessly with the Ax60+ Cultivate and other Ax60+ sensors, allowing you to tailor the system to your facility’s needs.
The CO2BUDDY is a portable, lightweight personal CO₂ monitor, perfect for workers moving between areas with varying CO₂ levels
Recent studies have consistently shown that CO₂ enrichment can lead to substantial increases in crop yield and quality. By maintaining CO₂ levels within the optimal range of 800-1,200 ppm, growers can achieve faster growth rates and more robust plants. However, precision is key—over-enrichment can stress plants and lead to suboptimal outcomes, while under-enrichment can fail to realize the potential benefits.
At Analox, we believe that providing high-quality products is just the beginning. Our mission is to support our customers with the knowledge and tools they need to operate safely and efficiently.
As the controlled environment agriculture industry continues to expand, the focus on maximizing crop yields while maintaining safety standards has become more critical than ever. Carbon dioxide (CO₂) is widely used to enhance plant growth, but its use also introduces significant safety risks.
Forward-thinking growers are increasingly recognizing the transformative potential of CO₂ enrichment. By strategically elevating carbon dioxide levels within controlled grow environments, operators create optimal conditions for plant growth and yield, unlocking tangible results that directly impact their bottom line.
Recent studies have consistently shown that CO₂ enrichment can lead to substantial increases in crop yield and quality. By maintaining CO₂ levels within the optimal range of 800-1,200 ppm, growers can achieve faster growth rates and more robust plants. However, precision is key—over-enrichment can stress plants and lead to suboptimal outcomes, while under-enrichment can fail to realize the potential benefits.
At Analox, we believe that providing high-quality products is just the beginning. Our mission is to support our customers with the knowledge and tools they need to operate safely and efficiently.
As the controlled environment agriculture industry continues to expand, the focus on maximizing crop yields while maintaining safety standards has become more critical than ever. Carbon dioxide (CO₂) is widely used to enhance plant growth, but its use also introduces significant safety risks.
Forward-thinking growers are increasingly recognizing the transformative potential of CO₂ enrichment. By strategically elevating carbon dioxide levels within controlled grow environments, operators create optimal conditions for plant growth and yield, unlocking tangible results that directly impact their bottom line.
Despite the undeniable benefits, CO₂ enrichment comes with its own set of challenges. The grower’s dilemma lies in finding the right balance – optimising CO₂ levels for plant growth while ensuring worker safety and maintaining operational efficiency.
CO₂ enrichment offers a proven, science-backed strategy to gain a powerful competitive edge—boosting both the quantity and quality of cultivated crops while improving operational efficiency. However, it’s essential to implement CO₂ systems that are both effective and safe. Dual-use CO₂ monitoring systems like Cultivate Plus not only help optimize plant growth but also ensure compliance with evolving fire safety codes.
With the open ended brief of ‘research’. We sent our head of Innovation to the USA to investigate this market a little further and it turns out to be a really interesting trip for us and I hope for you too.
Despite the undeniable benefits, CO₂ enrichment comes with its own set of challenges. The grower’s dilemma lies in finding the right balance – optimising CO₂ levels for plant growth while ensuring worker safety and maintaining operational efficiency.
CO₂ enrichment offers a proven, science-backed strategy to gain a powerful competitive edge—boosting both the quantity and quality of cultivated crops while improving operational efficiency. However, it’s essential to implement CO₂ systems that are both effective and safe. Dual-use CO₂ monitoring systems like Cultivate Plus not only help optimize plant growth but also ensure compliance with evolving fire safety codes.
With the open ended brief of ‘research’. We sent our head of Innovation to the USA to investigate this market a little further and it turns out to be a really interesting trip for us and I hope for you too.
