Achieving the Highest Power-to-Weight Ratio in Motorcycles

Trusted by leading motorcycle OEM's

Additive Fusion Technology™ is the leading advanced composites manufacturing technology for small structural parts. It enables motorcycle OEMs and parts manufacturers to create parts that are up to 50% lighter, enhancing performance and range without compromising on durability or cost.

Challenges TO MEET HIGH QUALITY STANDARDS

The Struggle of Increasing the Power-to-Weight Ratio of Motorcycles

COMPOSITE KNOWLEDGE GAP

Keeping structural integrity and performance while reducing weight requires extensive experience.

MATERIAL CONSTRAINTS

Conventional materials for crafting lighter parts exhibit inherent physical property constraints.

expensive r&d efforts

Enhancing optimization requires substantial investment in materials science expertise and R&D resources.

HOW 9T Labs Helps You

All-in-One Manufacturing Solution for Your Bike Parts

One solution to design & manufacture at scale

Enjoy having one solution to optimize your parts design and manufacturing them at scale in a highly automated manner.

Take advantage of high performance composites

High-performance thermoplastic composites offer the highest strength-to-weight ratio, leading to the ultimate power-to-weight ratio. It's that simple.

Leverage our composites manufacturing expertise

Avoid costly guesswork. Receive expert guidance from our composites and manufacturing specialists at every product development stage.

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SOME Examples of applications

From Concept to Reality

Motorcycle Rockerlink

Utilize a lightweight rocker link to drastically boost motorcycle performance. It's 40% lighter than aluminium counterparts, offering equivalent endurance and strength.

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Motorcycle Fork Crown

For high-performance bikes, the motorcycle fork crown not only cuts production costs significantly but also lightens part weight up to 40%.

Brake Levers

Reduce redundant weight with motorcylce brake levers that are optimized for torsion and unbreakable braking action.

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