Argyne

A specialized tool combining manual tradition with ergonomic safety.

00

problem

Small-scale cauliflower farmers suffer from severe musculoskeletal disorders (MSDs) and reduced productivity due to the awkward postures required by traditional manual tools.

solution

An ergonomically designed harvester that enables an upright working posture, featuring a V-shaped blade and rotatable handle to minimize strain and boost efficiency.

Developed through rigorous ergonomic validation (RULA, REBA, WERA), this tool eliminates deep bending via a V-shaped blade and rotatable handle, ensuring strain-free, damage-free harvesting.

The second prototype was created using 3D-printed handles, an iron rod, and an aluminium sculpted blade structure, ensuring both durability and lightweight performance. User testing showed significant improvements in posture, efficiency, and comfort. The new tool enabled users to maintain an upright stance, resulted in faster and cleaner cutting, and lowered ergonomic risk levels from high to low/medium in the comparative analysis (RULA, REBA, WERA)

year

2025

year

2025

year

2025

year

2025

timeframe

16 days

timeframe

16 days

timeframe

16 days

timeframe

16 days

tools

Framer

tools

Framer

tools

Framer

tools

Framer

category

UI/UX

category

UI/UX

category

UI/UX

category

UI/UX

01

Agronomic Constraints: Analyzing the specific weight (up to 1.5kg) and diameter of the crop to define the tool's load-bearing and cutting specifications.
Agronomic Constraints: Analyzing the specific weight (up to 1.5kg) and diameter of the crop to define the tool's load-bearing and cutting specifications.
Agronomic Constraints: Analyzing the specific weight (up to 1.5kg) and diameter of the crop to define the tool's load-bearing and cutting specifications.
Agronomic Constraints: Analyzing the specific weight (up to 1.5kg) and diameter of the crop to define the tool's load-bearing and cutting specifications.

02

Key Findings: The design must balance the need for high-precision cutting (to protect the curd) with the urgent need to eliminate repetitive squatting.
Key Findings: The design must balance the need for high-precision cutting (to protect the curd) with the urgent need to eliminate repetitive squatting.
Key Findings: The design must balance the need for high-precision cutting (to protect the curd) with the urgent need to eliminate repetitive squatting.
Key Findings: The design must balance the need for high-precision cutting (to protect the curd) with the urgent need to eliminate repetitive squatting.

03

The Problem: High ergonomic risk and physical exhaustion in current harvesting methods.
The Problem: High ergonomic risk and physical exhaustion in current harvesting methods.
The Problem: High ergonomic risk and physical exhaustion in current harvesting methods.
The Problem: High ergonomic risk and physical exhaustion in current harvesting methods.

04

Risk Mapping: Employing ABC analysis and musculoskeletal questionnaires to pinpoint the exact sources of physical strain.
Risk Mapping: Employing ABC analysis and musculoskeletal questionnaires to pinpoint the exact sources of physical strain.
Risk Mapping: Employing ABC analysis and musculoskeletal questionnaires to pinpoint the exact sources of physical strain.
Risk Mapping: Employing ABC analysis and musculoskeletal questionnaires to pinpoint the exact sources of physical strain.

05

Ideations
Ideations
Ideations
Ideations

06

Final Concept
Final Concept
Final Concept
Final Concept

07

Validating scale and proportions through a series of fidelity loops.
Validating scale and proportions through a series of fidelity loops.
Validating scale and proportions through a series of fidelity loops.
Validating scale and proportions through a series of fidelity loops.

08

Final Design: A dual-grip ergonomic harvester featuring a specialized V-shaped impact blade for precision upright cutting.
Final Design: A dual-grip ergonomic harvester featuring a specialized V-shaped impact blade for precision upright cutting.
Final Design: A dual-grip ergonomic harvester featuring a specialized V-shaped impact blade for precision upright cutting.
Final Design: A dual-grip ergonomic harvester featuring a specialized V-shaped impact blade for precision upright cutting.

.say hello

i'm open for freelance projects, feel free to email me to see how can we collaborate

.say hello

i'm open for freelance projects, feel free to email me to see how can we collaborate

.say hello

i'm open for freelance projects, feel free to email me to see how can we collaborate

.say hello

i'm open for freelance projects, feel free to email me to see how can we collaborate

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