Probiotics for your crops
Probiotic and fertilizer that fixes atmospheric nitrogen.
Organic Agriculture authorized fertilizer that supplies nitrogen to the crops, promoting their growth while regenerating and revitalizing the soil. In addition, Nutribio N® works on all type of crops, colonizing the rhizosphere and penetrating within the plant via the leaf and root, as it contains an endophytic strain. Although its use is recommended especially in broadacre crops.
+ Read moreNPK Biofertilizer
Product designed for specialty crops, with a broad range of activity and based on an exclusive Ceres Biotics strain, Bacillus megaterium CB42586.
Simbiotic® has the ability to fix atmospheric nitrogen (N2), solubilize phosphorus and mobilize potassium blocked in the soil, transforming the nutrients and making them available to crops.
+ Read moreAdvanced microbial soil regenerator designed to restore, strengthen, and enhance soil life by combining the natural power of probiotics (beneficial microorganisms) with prebiotics (selected oligosaccharides that boost beneficial microbes performance).
+ Read moreAdvanced soil biology revitalizer and microbial agriculture enhancer
+ Read moreRedefining Nitrogen Supply Through Microbial Innovation.
Nitrogen-Fixing Solution. Probiotic Biofertilizer.
A Constant, Biological Source of Nitrogen for High‑Efficiency Farming.
+ Read moreUnlocking Soil Phosphorus for Immediate Plant Availability.
Releasing Bound Phosphorus for Stronger, Healthier Crops.
Driving Efficient Phosphorus Use with Next‑Generation Microbial Technology.
+ Read moreProbiotics for Additivation
Transforming biostimulant and fertilizer products into high‑performance microbial solutions
At Ceres Biotics, we offer an exclusive portfolio of microbial probiotic ingredients specifically engineered for seamless integration into a wide variety of agricultural inputs. From specialty fertilizers to biostimulants of diverse origins, our probiotics enable manufacturers to upgrade conventional products into next‑generation, high‑performance formulations with distinct market value.
Elevate your products with advanced microbial functionality
Our microbial ingredients deliver a wide range of agronomic benefits focused on improving crop nutrient use efficiency (NUE), biostimulation, and stress mitigation:
- Nitrogen‑fixing biofertilizers
- Phosphorus‑solubilizing strains
- Potassium‑mobilizing microorganisms
- Microbes with biostimulant and stress‑mitigation properties
By incorporating these targeted microbial functions, commodity products are transformed into differentiated, premium‑performance inputs.
Engineered for seamless integration
Powered by Ceres Biotics’ technology, each microbial ingredient is formulated to ensure:
- Compatibility with multiple formulation presentations:
- Powders
- Liquids
- Granules
- Microbial stability across multiple industrial manufacturing processes
- High microbial viability within the enriched formulation and reliable, consistent biological performance
This robust engineering enables manufacturers to enrich their products with confidence and reliability.
Technical support at every step
Our expert technical team provides comprehensive guidance throughout the entire formulation design and product‑development process.
We support you by offering:
- Selection of the optimal microbial candidates to align with your product goals and formulation requirements
- Technical guidance to overcome formulation challenges and ensure smooth integration of microbial ingredients
- Compatibility, stability, and synergy study services available on additivated prototype formulations to deepen product understanding and ensure reliable performance
With our experience and close collaboration, we help ensure your enriched products achieve market‑ready robustness, stability, and clear differentiation.
Contact our Technical Team to initiate your next additivation project.
Microbial technologies for a healthier and more productive agriculture
In an environment shaped by increasing regulatory pressures -such as stricter limits on nitrates and phosphates, the expansion of Organic and Biodynamic Agriculture, and more rigorous export requirements- Ceres Biotics provides farmers and agronomic professionals with cutting edge solutions based on probiotic biofertilizers and biostimulants.
Innovative Microbial Solutions
Our product line is developed from carefully selected proprietary strains, including both free living microorganisms and endophytes with key plant growth–promoting functions:
- Atmospheric nitrogen fixation
- Phosphorus solubilization
- Potassium and micronutrient mobilization
- Biostimulation of plant growth
- Abiotic stress mitigation
These microbial technologies revitalize and regenerate soils while supporting a resilient plant microbiome. They enhance biological fertility and help prevent the degradation of soil microbiota, fully aligned with our commitment to long term soil health.
High performance formulations
Thanks to our pioneering manufacturing technology, we produce highly concentrated formulations with low application rates and extended shelf life.
Our strong R&D programs cover every step of product development, from the isolation of high-performance microbial strains to their transformation into highly efficient commercial products.
Each microorganism is produced through:
- An optimized bioprocess designed for its biology
- A tailor-made formulation process to ensure stability and activity
- Rigorous quality controls throughout the production cycle to guarantee concentration, purity, and consistency in every batch
Quality manufacturing is and remains the flagship of Ceres Biotics.
Guaranteed traceability and safety
All our strains are proprietary and securely deposited in an International Depositary Authority (IDA). This ensures:
- Full traceability of each microbial active
- Long term preservation of strain characteristics
- Protection against biopiracy
- Streamlined regulatory registration processes
From proprietary strains to high‑precision production, Ceres Biotics delivers microbial solutions that farmers can count on for healthier soils, resilient crops, and sustained productivity.





