Weaving Nature's Rarest Silk.

The first fully-automated, high-precision spinning machine specifically engineered for delicate Lotus Silk fibers.

Discover the Process

The Art of Lotus Silk

Lotus silk is one of the rarest fabrics in the world, traditionally extracted by hand from the stems of lotus flowers. The micro-fibers are incredibly delicate, making conventional spinning machines unsuitable.

Our LotusSpin™ technology mimics the gentle pull of the human hand while providing the consistency, speed, and reliability of modern robotics. The result? Flawless, golden silk yarn with zero breakage.

Exquisite Lotus Silk

Precision Engineering

Micro-Tension Sensors

Real-time tension monitoring adjusts the pulling force 100 times per second to prevent snapping of sensitive lotus fibers.

Humidity Control Chamber

Enclosed spinning environment maintains optimal humidity levels for lotus stems, preventing premature drying.

Adaptive Spindle Speed

AI-driven spindle rotation adapts to varying fiber thicknesses naturally found in lotus stems.

Precision Engineering Component

Built for Scale, Designed for Quality.

  • ✓ Increased Yield: Up to 400% faster than manual spinning.
  • ✓ Minimal Waste: Precision handling reduces fiber waste by 85%.
  • ✓ Easy Operation: Intuitive touchscreen interface.

The Extraction Process

1. Harvesting

Carefully selecting the finest lotus stems from serene ponds.

2. Extraction

Our machine precisely pulls micro-fibers without breaking their natural strength.

3. Spinning

Delicate fibers are spun into luxurious, breathable lotus silk thread.

Machine Features

  • High Yield Efficiency: Extracts 50% more usable fiber per stem.
  • Gentle Tension Control: Prevents snapping of delicate lotus threads.
  • Sustainable Operation: Low energy consumption and eco-friendly design.
  • Compact Footprint: Designed to fit perfectly in traditional artisan workshops.

Technical Specification

Model LotusSpin™ X-1
Production Speed 150 - 300 meters / hour (adjustable)
Tension Range 0.5g - 10g (Micro-control)
Power Supply 220V AC, 50/60Hz, 1.5kW
Dimensions 2.1m (L) x 0.8m (W) x 1.6m (H)
Weight 450 kg

About The Final Project

What will it do?

The Lotus Silk Yarn Spinning System is a custom-developed semi-automated process designed to extract, process, and spin fine fibers from lotus stems into eco-friendly silk yarn.

It aims to replace labor-intensive manual extraction with a more efficient, scalable, and consistent production method.

Main Functions

  • ✓ Fiber Extraction: Extracts delicate fibers using controlled mechanical rollers or pulling mechanisms.
  • ✓ Continuous Formation: Fibers are aligned and combined into continuous strands to maintain uniformity.
  • ✓ Moisture Control: Maintains optimal humidity conditions to prevent fiber breakage.
  • ✓ Yarn Spinning: Fibers are twisted into fine yarn using a specialized spinning mechanism.
  • ✓ Eco-Friendly: Avoids harmful chemicals and supports sustainable textile production.
  • ✓ Modular Design: Setup can be designed as a portable or small-scale unit for cottage industries.
  • ✓ User-Friendly: Simple controls allow operators to manage speed, twisting, and output easily.

Visualizing the Process

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2D Mechanism Diagram
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Fiber Extraction Concept
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Project Presentation
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Project Documents

CAD Models Showcase

CAD-1 (Video)

CAD 2

CAD-2

CAD 3

CAD-3

CAD 4

CAD-4

Project Team

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Naresh N

Team Head & CAD Modeling Lead

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Sana Tasleema

Documentation & Presentation Coordinator

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Adithya

Research & Technical Analysis

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Jayaprakash Narayan G

Testing & Quality Checking

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Muthu Prasana

Design Support & Project Coordination

Who’s done what beforehand?

Traditionally, lotus silk yarn production has been practiced in countries like Myanmar, Vietnam, and parts of India, where artisans manually extract fibers from stems by hand. Many researchers and innovators have explored manual extraction techniques, small-scale spinning setups, and synthetic or plant-based textile innovations.

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Traditional & DIY

Relying heavily on manual extraction (hand rolling) and DIY prototypes shared slowly across research journals and platforms like YouTube.

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Prior Developments

Experimental machines handle banana and bamboo fibers, but fully efficient and scalable spinning systems for lotus stems are still heavily limited.

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Opportunity & Impact

This creates a massive opportunity for innovation in automation, consistent yarn quality, reduction in labor effort, and increased production rates.

Get in Touch

Have questions about LotusSpin™ or ready to request a quote? Fill out the form or reach out to us directly using the details below.

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Contact Person

Naresh N

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Mobile

+91 6379957701

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Email

nareshnatarjan84@gmail.com