Adjusting supply chain to sustainable packaging is a goal many companies share. The challenge starts when operations teams worry that new materials will slow the system or complicate logistics. This is exactly the gap we built S.Lab to address.
Our aim has always been simple: make nature industrial.
From Agricultural Waste to Reliable Mycelium Packaging
In the early days of S.Lab, we focused on proving that mycelium material can meet the demands of real manufacturing.
We developed a fully automated production line with computer vision and robotic systems that let mycelium grow with the same precision as traditional materials.
The result is biodegradable packaging made from agricultural waste and mycelium that stays consistent in quality, performs like a polystyrene alternative, and composts within 30 days.
For brands looking for eco friendly packaging, this removes the complexity of choosing between sustainability and performance.
The real problem: logistics of sustainable packaging supply chain
Once we scaled, we uncovered a big insight.
Producing green materials is only half of the story. Transporting them across countries creates high emissions and adds cost. Long supply chains erase a significant part of the environmental benefit.
This is especially true for bulky packaging like polystyrene alternatives. Even the best biodegradable packaging becomes less sustainable if it travels thousands of kilometers.
The Answer: local, automated mini-factories
To solve this, our CTO Eugene Tomilin developed a new direction for S.Lab: containerised production.
These mycelium mini-factories are 40-foot units that operate as standalone production sites. Each one will be able to produce up to 15,000 mycelium packaging units per month, directly at or near a client’s facility.
It changes the sustainable packaging supply chain in three ways:
- Local production cuts transport emissions
- Automated systems ensure stable output
- Circular use of materials keeps the footprint low
This model allows companies to integrate compostable packaging without reorganizing their logistics or adding new bottlenecks.
Why this matters for operations teams
Most sustainability solutions fail at the operations stage.
Containerized production lets sustainability and logistics work together by keeping production:
- close to distribution points
- predictable in output
- aligned with internal KPIs
- independent from long transport routes
For brands working under EU regulations and climate targets, this approach removes a major barrier to scaling a sustainable packaging strategy.
R&D today, industry standard tomorrow
The containerized technology is currently in R&D, but the interest is already global.
We have LOIs from international companies ready to test this model once it launches.
It signals where the industry is moving:
local, circular, automated, and built on real data rather than slogans.
If your team is exploring biodegradable packaging or mycelium packaging for upcoming product lines, this model can significantly simplify integration.
Want to see how the mini-factories work?
Send us a message! We can walk you through the concept, run numbers for your supply chain, and help you evaluate whether local mycelium production fits your sustainability roadmap.
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