PXID developed a clean and functional industrial design tailored for high-frequency shared bike usage.
The design balances visual identity, durability, and ease of maintenance in urban environments.
PXID develops tailored battery, motor, and controller solutions for shared mobility vehicles. These systems enhance ride efficiency, reliability, and compliance with EU, US, and JP standards.
PXID designs battery systems optimized for range, safety, and operational efficiency in shared mobility scenarios.The solution supports stable power output and easy maintenance for fleet deployment.
PXID selects and optimizes motors based on performance, efficiency, and usage scenarios.The system ensures reliable power delivery for urban riding and high-frequency shared use.
PXID develops integrated controller solutions to manage power distribution, riding modes, and system communication.This ensures smooth operation, energy efficiency, and compatibility with smart shared systems.
A practical folding structure improves portability and storage efficiency in urban environments.
Packaging solutions are designed for efficient transportation, protection, and brand presentation.
The Wheels shared bike is designed for real-world urban deployment, supporting high-frequency use in public mobility systems.
PXID Electric Bike Solutions – Innovative Design & Manufacturing
PXID delivers end-to-end electric bike solutions, integrating innovative design with robust manufacturing. From concept to mass production, we help brands launch E-Bikes quickly and efficiently, meeting global quality standards.
Why Choose PXID for E-Bikes?
● Rapid Prototyping & Delivery: Molds in 24h, prototypes in 7 days, market-ready bikes in 3 months.
● Smart Electric Control: Battery, assistive systems, and brake optimization tailored for E-Bikes.
● Global Compliance: Tested to meet international standards, ready for worldwide markets.
Nine Key Services for E-Bikes:
1. Product Design – Concept sketches and 3D renderings for intuitive visualization.
2. Structural Design – Optimize components for cost, material, and durability.
3. Electrical Control System – Battery management, assistive systems, and safety features.
4. Engineering Prototype – Rideable prototypes to validate mechanical and electronic functions.
5. Mold Fabrication – Independent tooling design and injection capabilities.
6. Frame Manufacturing – CNC, EDM, and precision machining.
7. Paint & Coating – Premium finishing with T4/T6 heat treatment and powder coating.
8. Testing & Quality Detection – Over 20 performance tests exceeding industry standards.
9. Mass Production – Three assembly lines for scalable production.
Explore PXID E-Bike Solutions Today.
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