Core Advantages
- Titanium alloy frame: Uses titanium alloy as the primary frame material for weight control and structural design.
- Self-propelled configuration: Rear wheels with handrims allow users with suitable upper-body capability to manually propel the wheelchair.
- Ergonomic structural design: Seat, backrest, armrests, and footrests are configured around seating support and operating requirements.
- Attendant-assisted operation: Rear push handles allow caregivers or attendants to assist with wheelchair movement.
- Configurable components: Seat dimensions, footrests, armrests, rear wheels, tires, and folding structures can be configured according to project requirements.
- B2B integration: Suitable for rehabilitation equipment suppliers, healthcare facilities, wheelchair manufacturers, and OEM/ODM development projects.
Product Features
- Titanium alloy wheelchair frame
- Lightweight self-propelled manual configuration
- Large rear wheels with handrims
- Ergonomic seat and backrest configuration
- Adjustable or configurable footrests
- Attendant push handles
- Manual propulsion and steering
- Configurable seat dimensions
- Configurable armrest structure
- Different rear-wheel and tire configurations available
- Folding configuration according to product design
- OEM/ODM development support
- Suitable for bulk procurement and wheelchair integration
Application Scenarios
1. Rehabilitation Equipment
The wheelchair can be used in rehabilitation centers and assisted mobility applications where manual self-propelled wheelchair operation is required.
2. Healthcare Facilities
It can be configured for hospitals, clinics, and other healthcare environments. Seat, footrest, and mobility configurations can be specified according to departmental and operating requirements.
3. Care and Nursing Facilities
The wheelchair is suitable for nursing centers and care institutions. The self-propelled configuration supports users who can operate the handrims, while rear push handles allow attendants to provide mobility assistance.
4. Indoor and Accessible Mobility Environments
It can be used in residential areas, indoor public facilities, campuses, and other designated accessible environments. Actual operating conditions should be determined according to wheelchair configuration, terrain, and applicable local regulations.
5. OEM/ODM Wheelchair Projects
Wheelchair manufacturers and rehabilitation equipment companies can configure frame dimensions, seat width, backrest, armrests, footrests, rear wheels, and folding structures according to target-market and product-development requirements.
Common Questions and Solutions
Q1: Why is titanium alloy used for the wheelchair frame?
Titanium alloy provides a combination of material strength and relatively low density, allowing manufacturers to control frame weight while meeting structural design requirements. Actual wheelchair weight also depends on frame dimensions, tubing specifications, seating components, and wheel configuration.
Q2: Is the Titanium Alloy Wheelchair a self-propelled wheelchair?
Yes, the product uses a self-propelled manual wheelchair configuration with rear wheels equipped with handrims. Users with suitable upper-body control can propel the wheelchair manually, while rear push handles allow attendant-assisted operation.
Q3: What does the ergonomic design include?
The ergonomic configuration mainly relates to seat dimensions, backrest support, armrest position, footrest location, and the seating relationship between the user and wheelchair. Specific configurations should be determined according to the target user group and product design requirements.
Q4: Can the titanium alloy wheelchair be customized for OEM projects?
It can be developed for OEM/ODM applications. Potential configuration areas include frame dimensions, seat width, seat depth, footrest structure, armrests, rear-wheel specifications, folding configuration, and surface treatment, subject to the selected product structure.
Q5: What specifications should be confirmed before bulk procurement?
Recommended information includes seat width, seat depth, frame dimensions, wheelchair weight, maximum load, rear-wheel size, footrest adjustment range, folded dimensions, and intended operating environment. Sample validation is recommended before bulk production.
Selection and Usage Considerations
- Confirm seat width and seat depth according to user dimensions.
- Determine footrest and leg-support position according to leg length.
- Match rear-wheel size and handrim configuration with self-propulsion requirements.
- Confirm frame and seating-system load requirements according to total load.
- Select appropriate tires and rear-wheel configurations according to the operating environment.
- Verify folded dimensions, packaging dimensions, and transportation requirements before bulk procurement.
- Conduct sample installation, operation, and structural testing before OEM/ODM mass production.
- For international distribution, verify applicable wheelchair, mobility-equipment, medical-device, and safety requirements in the target market.
COMPAW is a comprehensive high-tech enterprise integrating R&D, production, and global trade of intelligent rehabilitation aids, accessible mobility devices, and smart home equipment.
With a manufacturing core built on 25 years of mature experience, we operate a 50,000㎡ modern factory, employ over 300 professionals, and maintain a 100‑ton production capacity. Over 70% of our products are exported worldwide, and our annual turnover exceeds 100 million RMB.
Centered on technological innovation, we offer a full‑range product matrix: SlimTough, NeoPath, Zepath, ProPath, and OmniPath wheelchair power assist heads; wheelchair stair‑climbing robots; automatic cooking robots; and multi‑functional wheelchairs.
We deliver one‑stop accessible mobility and smart home solutions to global customers, committed to enhancing the quality of life and work for people with reduced mobility, families, and commercial scenarios through intelligent technology.
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