ORT966LH Aluminum Alloy Walking Aid Factory and Suppliers in China
The ORT966LH Aluminum Alloy Walking Aid is a premium mobility solution engineered to provide maximum stability and independence for individuals with limited mobility. Fully compliant with CE, ISO, and FDA standards, this rolling walker combines medical-grade safety with an ergonomic design, ensuring a secure and reliable experience for users across various care settings.
Expertly crafted from high-strength aluminum, the ORT966LH offers an ideal balance of durability and lightweight portability. Featuring an intuitive push-button mechanism and specialized rear glide caps, it is designed to glide smoothly over diverse surfaces while maintaining superior structural integrity, making it an essential tool for rehabilitation and daily assistance.
Detailed Parameters
| Model Number | ORT966LH | Material | High-Strength Aluminum Alloy |
|---|---|---|---|
| Certifications | CE, ISO, FDA Approved | Mechanism | Push-button Locking System |
| Hand Grips | Vinyl Contoured Grip | Base Design | Rear Glide Caps |
| Operation | Independent Side Movement | Weight Class | Lightweight Portable |
| Application | Medical Walking Aid | Industry | Medical Device Manufacturing |
Key Advantages
Medical Grade Safety
Certified by CE, ISO, and FDA to ensure the highest safety standards for patient mobility and support.
Effortless Operation
Intuitive push-button mechanisms can be operated by fingers, palms, or the side of the hand for ease of use.
Lightweight Strength
Constructed from sturdy aluminum to provide maximum load-bearing strength without adding unnecessary weight.
Smooth Glide Tech
Newly designed rear glide caps allow the walker to slide seamlessly over most indoor and outdoor surfaces.
Ergonomic Comfort
Features vinyl contoured hand grips that reduce pressure and enhance comfort during long-term use.
Enhanced Stability
Independent side operation allows for easier movement through narrow spaces and superior standing stability.
Product Gallery
Management Platforms
Quality Control
Strict adherence to ISO standards ensures every unit meets rigorous durability and safety benchmarks.
Supply Chain
Optimized manufacturing processes for the medical device industry to ensure timely global delivery.
Compliance Monitoring
Continuous tracking of FDA and CE regulatory updates to maintain full international compliance.
User Feedback Loop
Integrating clinician and patient feedback to refine ergonomic features and operation ease.
Logistics Excellence
Secure medical packaging to prevent transit damage and ensure product sterility and integrity.
Product Lifecycle
Comprehensive support from design and manufacturing to after-sales maintenance and replacement.
Investment Return Comparison
| Feature Metric | Standard Walkers | ORT966LH Premium |
|---|---|---|
| Material Durability | Standard Steel/Alloy | Reinforced Aircraft Aluminum |
| Weight Efficiency | Heavier/Bulky | Ultra-Lightweight Design |
| Regulatory Trust | Basic Certification | CE / ISO / FDA Triple Certified |
| User Interface | Manual Screws/Locks | One-Touch Push-Button |
| Surface Adaptability | Standard Rubber Tips | Advanced Rear Glide Caps |
Frequently Asked Questions
The ORT966LH is fully certified by CE, ISO, and the FDA, ensuring it meets the stringent safety and quality requirements for medical devices sold globally.
Yes, it features a specialized push-button mechanism that can be operated not only by fingers but also by the palm or the side of the hand for maximum convenience.
The aluminum alloy provides a high strength-to-weight ratio, meaning the walker is strong enough to support the user securely while remaining light enough for easy transport.
Absolutely. The newly designed rear glide caps are specifically engineered to allow the walker to slide smoothly across most indoor and outdoor surfaces.
It utilizes vinyl contoured hand grips that are ergonomically shaped to fit the hand, reducing strain and improving comfort during extended periods of use.
Yes, by allowing each side to operate independently, the user can navigate narrow spaces more easily and achieve greater stability when transitioning to a standing position.
