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F10 Folding Carbon Fiber Power Wheelchair with Advanced Magnesium Wheels

- Carbon fiber frame,lightweight
- Compact folded size,easily portable
- 360° Joystick controller
- Flip-up armrests
- Wear-resistant solid front & rear tires
- Ultra-light magnesium wheels

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The F10 power wheelchair is designed for ultimate portability and reliability. Crafted with a lightweight aluminum frame (only 21.6kg), it folds manually without tools into a compact size, fitting easily in car trunks.Powered by dual 350W motors and a 24V20AH removable battery, it delivers up to 25km of range for daily use. The intuitive LCD joystick controller ensures precise operation, while solid tires with suspension provide a smooth ride on various surfaces. Flip-up armrests and ergonomic design enhance comfort and accessibility, making it ideal for both indoor and outdoor mobility.



Frame Materialry Aluminum
Battery LIB,24V20AH
Motor 24V,350W x 2(Brushed)
N.W/G.W(W/battery) 21.6kg/25.6kg
Max Loading 120kg
Max Speed 6km/h
Max Climbing Degree 11"
Folding 7"
Tire 24V2A, 6-8H
Max Range 25km
Headlight 440mm
Charger 530mm
Seat Material 450mm
Overall Dimensions 1065x550x980mm
Folded Dimensions 370x550x820mm
Package Size 370x662x860mm


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About Us
Suzhou Heins Medical Equipment Co., Ltd.
Suzhou Heins Medical Equipment Co., Ltd. is a professional China Wholesale F10 Folding Carbon Fiber Power Wheelchair with Advanced Magnesium Wheels Factory and F10 Folding Carbon Fiber Power Wheelchair with Advanced Magnesium Wheels suppliers. Established in 2015, our factory is located in Yongkang, Zhejiang. In 2016, we expanded our global sales office in Suzhou, Jiangsu, named Suzhou Heins Medical Equipment Co., Ltd.
For years, we have remained dedicated to the R&D, production, and sales of high-quality F10 Folding Carbon Fiber Power Wheelchair with Advanced Magnesium Wheels . Our product range includes all-terrain scooters, lightweight foldable scooters, multifunctional wheelchairs, and more. We aim to enhance the independence and mobility of elderly individuals and people with limited mobility, providing innovative, reliable, and safe solutions for those who require daily travel assistance.
Over the years, we have developed an extensive network of partners, enabling our products to successfully enter markets such as the US, Europe, Saudi, Japan, Russia, South America, and beyond. Our dedication to quality and innovation has helped us establish long-term and stable partnerships with distributors and end-users around the world. We are committed to continuous exploration of new technologies and materials to reduce production costs while maintaining the highest standards of quality. Our goal is to make mobility scooters affordable and accessible to elderly people worldwide, ensuring they are able to select the scooters of their choice and enjoy a freer, more convenient life.
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Industry knowledge

What Defines Premium Engineering for Active Lifestyles in Next-Generation Folding Mobility Design

Premium mobility engineering is no longer defined only by function. It is now a balance of structural intelligence, material science, and user-centered mobility behavior. Lightweight folding systems, carbon fiber integration, and precision wheel engineering collectively shape a new generation of active lifestyle mobility solutions designed for independence and everyday usability.

1. Structural Intelligence Behind Lightweight Mobility Systems

Modern mobility platforms prioritize weight reduction without sacrificing strength. In advanced designs such as the F10 folding power wheelchair structure, carbon fiber integration reduces unnecessary mass while maintaining rigidity under dynamic load conditions.

Engineering insight: reducing structural weight improves not only portability but also energy efficiency and motor responsiveness, especially during repeated acceleration cycles.

A second key design approach is the use of hybrid lightweight frames such as the carbon fiber mobility frame design, which distributes stress evenly across folding joints and load-bearing zones.

2. Folding Architecture Designed for Real Mobility Scenarios

Folding engineering is a core differentiator in modern mobility systems. The goal is not only compactness but predictable structural behavior during repeated folding cycles.

Tool-free folding

Enables fast transition between transport and usage without mechanical assistance.

Compact geometry

Optimized folded size allows storage in vehicle trunks and tight spaces.

Reinforced joints

Designed for long-term durability under repeated folding stress cycles.

3. Magnesium Wheel Engineering and Motion Refinement

Wheel system design directly influences stability, vibration control, and steering precision. Advanced magnesium alloy wheels significantly reduce rotational inertia, improving responsiveness in both indoor and outdoor environments.

This is reflected in the integration of advanced magnesium wheel mobility system, which enhances directional control while maintaining structural balance on uneven surfaces.

Key engineering benefit: reduced wheel weight improves acceleration smoothness and reduces long-term motor strain.

4. System-Level Mobility Performance Architecture

High-performance mobility systems depend on coordinated subsystems rather than isolated components. Motor output, control precision, and suspension design must operate in synchronization.

Subsystem Engineering Focus Mobility Impact
Dual Motor Drive Balanced torque output Stable climbing and smooth acceleration
Joystick Control System Signal precision calibration Accurate directional response
Suspension Tires Impact absorption optimization Reduced vibration on uneven terrain

5. Manufacturing Capability and Engineering Consistency

Suzhou Heins Medical Equipment Co., Ltd. integrates advanced manufacturing systems with engineering-driven design philosophy. The production process emphasizes precision, repeatability, and material optimization to support global mobility demand.

The production base spans 20,000㎡ and incorporates high-precision laser cutting systems and robotic welding technology, ensuring consistent structural alignment across batches.

Through continuous innovation in folding mechanisms, motor control systems, and hybrid material integration, the company supports global distribution across North America, Europe, and Asia while maintaining strict quality validation procedures.

6. Technical Snapshot for Engineering Evaluation

Parameter Specification
Frame System Aluminum Alloy Hybrid Structure
Motor Configuration 24V 350W x 2 Dual Drive
Battery System 24V 20AH Removable Lithium Battery
Range Capability Up to 25 km per charge
Load Capacity 120 kg

7. FAQ: Engineering Logic and Real Usage Insights

Q1: Why is lightweight engineering critical in mobility design?

It reduces physical handling effort, improves transport convenience, and enhances energy efficiency during operation.

Q2: What makes folding systems structurally reliable over time?

Reinforced hinge architecture and load-tested joints ensure durability across repeated folding cycles.

Q3: How do magnesium wheels improve ride performance?

They reduce rotational weight and improve responsiveness, resulting in smoother directional control.

Q4: What is the benefit of dual motor systems?

They provide balanced torque distribution for better climbing ability and stable acceleration behavior.

Q5: How does manufacturing quality affect end-user experience?

Consistent precision manufacturing ensures reliability, safety, and long-term structural performance.