New agri-tech product · Patent pending

Seed Pellet System.

Plastic-free seedlings, from sowing to planting. A biodegradable seed pellet that is its own pot, and a hand press that lets anyone make them.

Product snapshot

  • Compressed coir pith and vermicompost pellet
  • Seed cavity formed in the same press stroke
  • Hand-operated press, no electricity, no heating
  • Seedling is planted with its pellet — no plastic
Patent pending Indian Patent Application No. 202641122017
Render of the hand-operated seed pellet press with a crank handle and a finished pellet

The problem

Seedlings still depend on plastic trays and polybags.

Every seedling raised in a nursery tray or polybag adds single-use plastic to farms and drains. Pulling seedlings out for planting tears their roots and causes transplant shock, and seeds sown by hand sit at uneven depths. Making the growing mix, sowing, raising and planting are all separate jobs with separate tools.

How it works

One system from mix to field

01

Make

Coir pith and vermicompost, with beneficial microbes, are pressed into a pellet with a ready-made seed cavity.

02

Sow

The seed goes into the cavity, so every seed sits at the same, correct depth.

03

Raise

Pellets are kept in a nursery and watered. The nutrients are already in the pellet.

04

Plant

The whole pellet goes into the soil, by hand or with a transplanter. The roots are never disturbed.

Why it matters

Good for farms, jobs and the environment

Plastic-free

Replaces a plastic tray cell or polybag for every seedling raised in a pellet.

No transplant shock

The seedling is planted with its pellet, so the roots stay intact.

Uniform sowing depth

The seed cavity is formed by the press, not by hand, for even germination.

No electricity needed

One stroke of the hand press compresses the mix, forms the cavity and ejects the pellet.

Rural livelihoods

A low-cost press lets self-help groups and micro-enterprises start a pellet and seedling business.

Waste into value

Uses coir pith, a by-product of the coir industry. A starch-bound version serves as a hydroponic base.

Proof of concept

Built and tested.

Test pellets made on our miniature prototype press were sown with okra (ladies finger), onion and other vegetables, without any added inoculant.

9 / 10pellets sprouted
2 daysfor okra to sprout

A full-size hand press is being built, with field trials with farmers and nurseries planned for early 2027.

A seed sprouting from the cavity of a test seed pellet
A seed sprouting in a test pellet

In detail

Work with us

Licensing and technology partners.

We design and license the technology; partners make and sell. We offer design licences for the hand press and commercial pellet machine, technology licences and training for pellet production, and transfer of the patent-pending system.

  • Fabricators and machinery makers
  • Self-help groups and rural enterprises
  • Vegetable, fruit and plantation nurseries
  • Farmer producer organisations
  • Hydroponic and urban farms
  • Agri-input and nursery companies

Enquire now

Partner with us on the Seed Pellet System.

Tell us who you are, where you are, and how you would like to work with the technology — licensing, production, a pilot or a field trial.

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