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 New Energy Vehicles (NEV)

Accelerating production from tooling to functional parts,

3D printing is reinventing the efficiency chain of NEV manufacturing.

 A SIMPLE DIAGRAM OF 3D PRINTING APPLICATIONS IN NEW ENERGY VEHICLES

Formula Student / Electric Race Cars

eSUN's flame-retardant, carbon-fiber reinforced, and high-precision PLA materials cover every need — from battery enclosures and aero tooling to wear parts. Lightweight, heat-resistant, fire-safe, and precise — they shorten development time, cut weight and cost, and perform reliably under extreme track conditions.

University of Pisa – E-Team Squadra Corse

From brackets and fasteners to battery modules, aerodynamic tooling, and protective components — 3D printing helped the team slash lead times, cut costs, and reduce weight across the board.

High-Voltage Battery System 

Printed in eSUN UL94-Vo flame-retardant ABS. Heat-resistant,vibration-proof, race-spec fire safety certified, and capable ofhandling 2x the design load.

High-Voltage Battery System

Printed in eSUN UL94-Vo flame-retardant ABS. Heat-resistant,vibration-proof, race-spec fire safety certified, and capable ofhandling 2x the design load.

High-Voltage Battery System

Printed in eSUN UL94-Vo flame-retardant ABS. Heat-resistant,vibration-proof, race-spec fire safety certified, and capable ofhandling 2x the design load.

MATERIAL SELECTION FOR THIS APPLICATION