Electric bikes

Electric motorcycles

Electric scooters

Compact Urban Mobility Design for Global Markets

Compact Urban Mobility Design for Global Markets

Concept Design & 3D Visualization

PXID translates product concepts into detailed sketches and 3D models for folding electric bikes.
This enables early validation of form, ergonomics, and portability for urban commuting scenarios.

Concept Design & 3D Visualization

Structural Optimization for Folding Mechanism

The frame structure is optimized to balance strength, weight, and folding efficiency.Special attention is given to hinge design and locking systems to ensure safety and long-term durability.

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Custom Electrical System Integration

PXID integrates battery, motor, and controller systems tailored for compact e-bike platforms.The system ensures stable performance, energy efficiency, and compatibility with urban commuting needs.

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Battery System Design & Management

The ONEBOT S6/S9 uses a 36V 5.6Ah battery with an integrated BMS for enhanced stability and safety.PXID’s ODM solution includes a removable, drawer-style battery design for easy maintenance and improved vehicle aesthetics.

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Motor Selection & Optimization

Equipped with a 250W brushless geared motor, the bike delivers smooth, efficient, and reliable performance.PXID customizes motor integration to ensure consistent power output, energy efficiency, and long-term reliability for urban commuting e-bikes.

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Controller & Electrical Integration

PXID develops the integrated electrical system to manage battery and motor operation, ensuring smooth acceleration, energy efficiency, and user-friendly performance.The system supports compact folding designs and fleet-ready stability for shared mobility or OEM partners.

Tooling Development for Compact Structures

Tooling is designed to support complex folding structures and compact frame components.This ensures precision and consistency in production-ready designs.

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Lightweight Frame Engineering

The frame is engineered for lightweight portability while maintaining structural integrity.This improves user convenience for carrying, storage, and multi-modal commuting.

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Surface Treatment & Product Finish

Surface treatments are applied to enhance durability and visual appeal.This supports different branding requirements across international markets.

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Performance Testing for Urban Use
Performance Testing for Urban Use
Testing focuses on folding durability, riding stability, and component reliability.This ensures the product meets the demands of daily urban commuting.
Scalable Production for Market Launch

Scalable Production for Market Launch

PXID enables smooth transition from prototype to scalable production, allowing OEM partners to quickly launch folding electric bikes for urban markets.

Scalable Production for Market Launch

Scalable Production for Market Launch

PXID enables smooth transition from prototype to scalable production, allowing OEM partners to quickly launch folding electric bikes for urban markets.

Component Preparation & Supply Chain

Component Preparation & Supply Chain

PXID optimizes parts and inventory to ensure flexible supply and uninterrupted production for folding e-bike OEMs.

Semi-Automated Assembly

Semi-Automated Assembly

Semi-automated assembly line integrates smart equipment to ensure consistent quality and efficient production for folding e-bike OEM projects.

Urban Commuting Scenarios

The ONEBOT S6 and S9 are designed for real-world urban mobility, combining portability with daily usability.

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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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