Sustainability
Built to Last. Designed to Reduce Waste.
A Cleaner Way to Germinate
From materials to packaging, the KAN® System reflects a commitment to sustainable growing. Every component is reusable, durable, and thoughtfully designed to minimize waste without compromising performance-because responsible tools support responsible agriculture.
Every component of the KAN® System is built to last.
The polypropylene canister and tweezers are durable and non-reactive, while the laminated partition chart is wipeable and reusable. Together, they minimize waste, reduce the need for replacements, and align with long-term sustainability goals in agricultural and research environments.
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Reusable by Design
Low Energy, High Efficiency
FAR infrared heat is used to create a controlled convection needed for effective seed germination. Operating at low wattage, it delivers consistent thermal output while consuming significantly less energy than common seedling heat pads -supporting efficient, scalable propagation with a reduced energy footprint.
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No Single-Use Plastics
The KAN® System replaces common disposable items such as plastic baggies, containers and cups, with durable, reusable alternatives. By minimizing reliance on single-use polymers, it supports waste reduction goals and aligns with environmental compliance standards for sustainable agricultural tools.
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Sustainable Outcomes
By improving germination consistency and reducing seed loss, the KAN® System supports more efficient crop starts and resource use. Fewer failed germination attempts translate to reduced waste of seeds, labor, and materials-contributing to lower input costs and alignment with sustainability benchmarks in agricultural operations.
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Operational Benefits
Efficiency That Pays Off
The KAN® System doesn’t just improve germination-it improves operations.
✅ Benefit | 🔍 Description |
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🌾 Fewer Failed Starts | Consistent moisture, warmth, and oxygen reduce germination loss. |
🧪 Less Rework | Repeatable conditions across varieties improve planning and trial accuracy. |
💰 Lower Input Costs | Maximize seed performance while minimizing material and labor waste. |
♻️ Reduced Waste | Reusable parts mean less reliance on baggies, trays, and disposable tools. |