A semi-automated rubber tapping system designed to improve yield, protect trees, and enhance worker safety through controlled, repeatable precision.
A school startup initiative from DAV Public School, Pokhariput, currently in the research, prototyping, and field-testing phase.
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An interdisciplinary team focused on practical agricultural innovation.
Project Lead & Coordination
Electronics & Control Systems
IoT & Software
3D Design & Prototyping
Field Testing & Data Analysis
Mechanical Design
A focused response to real-world agricultural inefficiencies.
Manual tapping depends heavily on skill, causes tree damage, fatigue, and inconsistent yield.
Controlled-depth cutting with motor assistance, ergonomic design, and visual indicators.
Improved latex output, safer working conditions, longer tree lifespan, and reduced costs.
Measured improvements based on controlled testing.
Latex Yield
Worker Safety
Operational Cost
Design focused on durability, ergonomics, and precision.
For collaboration, pilots, or technical discussion.