What does Sproutix produce?

Sproutix manufactures industrial-scale sprouted biological raw materials for food and animal feed systems. Our process uses controlled germination to produce consistent, high-bioavailability ingredients at scale.

How does sprouting improve raw material quality?

Germination activates enzymes (phytase, amylase, protease) that reduce antinutritional factors like phytic acid by up to 88%, increase mineral bioaccessibility, and improve protein digestibility. The result is a more bioavailable upstream ingredient.

Who are Sproutix customers?

Sproutix serves B2B buyers in animal feed (Feed), food ingredients (Ingredients), and food manufacturing sectors that require consistent, traceable, and biologically active raw materials.

What makes Sproutix different from conventional grain suppliers?

Sproutix focuses on the upstream biological layer where nutrient density is established. Unlike conventional grain supply, our sprouted raw materials offer improved digestibility, reduced antinutrients, and consistent quality through autonomous controlled production.

Sproutix Redefining sprouted biological raw materials for modern food and feed systems.

Why We Exist

A Foundation Designed for Yesterday’s Pressures Cannot Solve Tomorrow’s Constraints

Global food systems were built under different assumptions:

Stable climate patterns
Predictable supply chains
Lower nutritional expectations
Abundant resource buffers

Those assumptions are shifting.
Population growth, climate variability, and rising health standards are exposing the limits of input models optimized primarily for efficiency and processing convenience.
Sproutix exists to rethink the biological raw material layer — where those limits
originate.

Working Within Reality

Designed for Real Systems, Not Ideal Conditions

Food and feed environments operate under strict constraints:

Scale requirements
Cost sensitivity
Regulatory oversight
Infrastructure compatibility
Operational continuity

Sproutix approaches biological production with these realities in mind.
Sprouted systems are explored not as niche alternatives, but as scalable, adaptable production approaches capable of functioning within industrial contexts. Resilience and integration are central — not optional.

Our Work

Principles Guiding Our Work

Biological Density First

Inputs should be designed around functional nutritional integrity.

Minimal Processing by Design

The stronger the upstream input, the less corrective intervention required downstream.

Resilient Production

Raw materials should be producible across locations and under shifting environmental conditions.

Scalability from the Start

Biological activation must function under industrial-scale requirements.

System-Level Thinking

Upstream improvements ripple across animal performance, product quality, and resource efficiency.

Our Team

Team Bios

Shalev Yeter

Lior Bar-On

Gal Orlanov

Looking Forward