Overview: The document is a comprehensive catalog from PROTEOR, detailing their range of prosthetic and orthotic products. It emphasizes the company's commitment to innovation and user-centric design, offering a wide array of components and systems tailored to meet diverse patient needs.
Key Sections:
- Introduction: The catalog is updated in real-time and accessible online. It provides guidance on navigating the catalog and accessing product information and support.
- Product Testing and Standards: Products are tested according to NF. EN. ISO 10328 and NF. EN. ISO 22523 standards, ensuring they can withstand user weight and activity levels.
- Activity Levels: Defined from K1 to K4, indicating the user's potential for prosthetic ambulation, from basic to high-impact activities.
- SYNSYS System: A mechatronic system offering kinematic coupling of ankle and knee movements, enhancing user comfort and safety in everyday activities. Features include programmable heel heights and water resistance.
- Product Categories: Detailed listings of knees, ankles, feet, components, liners, sockets, orthosis, and materials. Each category includes specific products with technical specifications.
- Highlighted Products:
- Freedom QUATTRO: A microprocessor knee with H.A.R.T. Control Technology, offering customizable gait patterns and water resistance.
- Plié 3: Designed for low to high activity users, fully submersible, and lightweight.
- ALLUX 2: A 4-Bar MPK with dual safety systems, suitable for various activity levels.
- Easy Ride: A knee designed for high-impact sports, featuring a pneumatic shock absorber and seaproof capabilities.
- HYTREK: A single-axis knee with hydraulic regulation, suitable for dynamic transfemoral patients.
Technical Features: Each product includes detailed specifications such as weight, build height, maximum flexion, connectors, patient weight limits, activity levels, water resistance, and battery life.
Support and Training: PROTEOR offers free training and certification for clinics, along with a dedicated team of clinical trainers and a SYNSYS app for user support.
Contact Information: Provided for various language speakers, ensuring accessibility for international clients.
Prosthetic Knees and Ankles: The document provides detailed technical specifications and features of various prosthetic knee and ankle systems designed for amputees. It highlights the design improvements, technical features, and suitability for different activity levels and patient weights.
Hydeal II Knee:- Features a re-engineered hydraulic unit for smooth swing initiation.
- Polycentric 4-bar design enhances stance phase stability and safety.
- Suitable for moderate to high activity levels (K3-K4).
- Adjustable flexion and extension resistance.
- Supports sports activities like bike riding.
- Available in different colors and weights, with a maximum patient weight of 125 kg.
Matik Knee:- Affordable 4-axis pneumatic knee for patients up to 275 lbs.
- Lightweight design with high toe clearance for safety.
- Flexion and extension adjustments to reduce terminal impact.
- Compact and suitable for activity levels 2-3.
Symphony Knee:- 6-bar hydraulic knee with adjustable stance flexion.
- High stability due to geometric locking and unique hydraulic cylinder design.
- Features a mechanical sensor for gait status detection.
- Available with or without a manual lock, supporting a maximum weight of 125 kg.
1M Series Knees:- Includes various models with different features like socket rotation adjustment, friction adjustment, and extension assist.
- Designed for safety during stance phase with unique alignment and axis geometry.
- Supports different patient weights and activity levels.
Ankles:- Kinnex 2.0 microprocessor ankle offers stability and natural walking experience.
- IP67 certified for water and dust resistance.
- Adjustable heel height and energy return features.
- Kinterra 2.0 combines hydraulics and carbon fiber for a normal gait.
- Multi-axis ankle allows for various motions, suitable for uneven grounds.
Feet:- Includes energy return carbon and glass fiber feet for different activity levels.
- Features like lateral stability, dynamic effect, and split plantar keel for uneven grounds.
Prosthetic Foot Models: The document provides detailed specifications and features of various prosthetic foot models designed for different activity levels and patient weights. It includes technical features, category selection guidelines, and additional components included with each model.
Specifications: Each prosthetic foot model is described with specific details such as size range, weight, build height, heel height, and maximum patient weight. The models are categorized based on activity levels (low, moderate, high) and patient weight, ensuring optimal performance and safety.
Technical Features: The document highlights the use of advanced technologies like EnduraCore® for enhanced durability and energy return, split keel designs for stability, and shock absorption features for comfort. Models like DynAdapt™, DynaTrek, and Freedom ShockWave™ are designed for specific terrains and user needs.
Category Selection: Guidelines are provided for selecting the appropriate category based on the patient's weight and activity level. This ensures that the prosthetic foot meets the dynamic needs of the user, providing flexibility and energy return.
Additional Components: Many models include additional components such as malleolar clips, spectra socks, and foot shells in various colors. Optional features like sandal toe configurations are available for certain sizes.
Model Highlights: - DynAdapt™: Known for its slim profile and dynamic response, suitable for K3 users. - DynaTrek: An all-terrain foot offering optimal inversion, eversion, and energy return. - Freedom ShockWave™: Features a Spherical Shock Unit for vertical shock relief and axial rotation. - Agilix™: Offers shock absorption and flexibility for low to moderate impact users. - Pacifica®: Provides a balance of flexibility and durability with low profile designs.
Conclusion: The document serves as a comprehensive guide for selecting the appropriate prosthetic foot model based on individual patient needs, ensuring comfort, stability, and energy efficiency for various activity levels and terrains.
Specifications:The document outlines various prosthetic foot models, each designed for different user needs and activities. Key specifications include maximum patient weight, build height, and materials used. The prosthetic feet are categorized based on weight and activity level, with specific models tailored for low to very high impact activities.
Product Models:- EASY RUN: Designed for everyday users, featuring a curved fiberglass blade and anti-slip sole. It supports a maximum weight of 125 kg and is suitable for various terrains.
- RUSH HiPro: Offers realistic foot and ankle motion with high energy return, suitable for aggressive terrains and waterproof environments.
- RUSH RAMPAGE: Combines cosmetic appeal with high performance, featuring smooth roll-through and energy return.
- RUSH RAMPAGE LP: Low-profile design with superior ground compliance and high energy return.
- RUSH Rogue 2: Provides dynamic foot and ankle motion with vertical shock relief and rotational torsion relief.
- RUSH EVAQ8: Features an elevated vacuum system for maximum vacuum efficiency without mechanical pumps.
- RUSH H2O: Ideal for water activities, offering superior traction on slippery surfaces.
- RUSH ROVER: Designed for extreme low or high clearance patients, offering dynamic toe-off and energy return.
- RUSH KID: Pediatric foot designed for dynamic energy return and smooth roll-through.
Technical Features:Each model includes specific technical features such as build height, weight, heel rise, and foot shell options. The document also provides guidelines for selecting the appropriate category based on patient weight and activity level.
Recommendations:For bilateral patients, it is recommended to increase the category by one for added stability. The document emphasizes the importance of selecting the correct category to ensure optimal performance and user comfort.
Prosthetic Components: The document provides detailed specifications and descriptions of various prosthetic components, including liners, sockets, locks, valves, and accessories. It is intended for use by professionals in the field of prosthetics to aid in the selection and application of these components for patients with limb amputations.
Specifications:- STEPLINE HD Liners: Made of copolymer gel with a biocompatible coating for hygiene and durability. Designed for pressure distribution and comfort, especially for sensitive residual limbs. Recommended for trans-tibial patients.
- STEPLINE Socks: Composed of 80% cotton and 20% nylon, these socks help manage moisture and skin irritation. They are machine washable.
- Sealing Ring: Silicone rings available in various sizes to create a vacuum for prosthesis suspension without a locking device.
- Sockets: Adjustable temporary sockets for recent transfemoral amputations, available in adult and child sizes. A suspension system is necessary.
Procedures:- Temporary Fitting System: Includes splints and a multipurpose cup for rapid fitting of temporary or trial sockets, allowing easy alignment and cost efficiency.
Locks and Valves:- Locks for Distal Attachment: Various locking kits are available, including those with cords, notched pins, and smooth pins, designed for different types of residual limbs and patient needs.
- Valves: Includes depressurizing valves for transtibial and transfemoral sockets, designed for firm suspension and ease of use.
Tools and Accessories:- Includes centring tools, forming tools, and adapting kits for assembly and installation of locks and valves.
Cosmetics:- Transfemoral 2-part cosmetic covers that do not interfere with knee unit settings and allow clothing to slip on easily.
Cosmetic Covers: The document details various cosmetic covers for prostheses, including specifications such as length, color, material, and diameter. Two main types are highlighted: PE & PU one-part covers and Plastazote one-part covers, both thermoformable at 100°C.
Orthosis Components: A comprehensive list of orthosis components is provided, including ankle and knee joints, spinal orthosis, and various uprights. Specific products like Aflex joints are recommended for different conditions, with details on sizes and materials.
Ankle Joints: The document describes a range of ankle joints, including Aflex joints for flexibility and reinforced options for strength. Specifications include dimensions, materials, and recommended uses for different patient needs.
Knee Joints: Various knee joint types are outlined, such as free knee joints, drop lock knee joints, and lock knee joints. Each type includes specifications on materials, dimensions, and intended use.
Uprights: Details on uprights for orthosis include materials, dimensions, and specific product numbers. Options for screwing, gluing, and riveting are provided, along with prefabricated aluminum bands for time-saving and quality finishing.
Technical Features: The document highlights the technical features of specific orthosis products, such as the Odra
knee orthosis, designed for osteoarthritis treatment with unique patented actions and proven efficacy.
Product Specifications and Components:
1. Various components such as rollers, loops, buckles, rivets, and nuts are detailed with specifications including dimensions, shapes, colors, and item numbers.
2. Sublimation papers are listed with dimensions and item numbers, featuring various designs.
Warranty and Product Life:
1. Warranty and product life are distinct; the lifetime is indicated in the device's Instruction For Use (IFU).
2. The warranty covers replacement or repair of defective parts but excludes normal wear and tear.
3. Specific warranty durations and conditions are outlined for different prosthetic components, such as microprocessor knees and ankles, mechanical knees, and feet.
Commercial Warranty Terms:
1. Orders must be confirmed in writing, and delivery dates are indicative, not binding.
2. Prices exclude taxes, transport, and packaging costs, and are subject to change based on raw material costs and exchange rates.
3. Payment terms include settlement at thirty days end-of-month, with penalties for late payment.
4. Delivery terms vary for domestic and export orders, with risks transferred to the customer upon dispatch.
5. The seller retains ownership of goods until full payment is received.
General Warranty Conditions:
1. Products must be used as intended; misuse voids the warranty.
2. The warranty covers defects but not normal wear and tear or damage from negligence.
3. Transportation costs for warranty claims are borne by the purchaser.
Article 4 - Rental and Deposit: Every rental requires a deposit, with prices determined by current rates and payable in advance. The deposit cannot be used to extend the rental period. The lessor reserves the right to terminate the rental at any time.
Article 5 - Insurance: The renter must ensure unlimited coverage against financial consequences of civil liability for accidents caused to third parties during the rental period.
Article 6 - Equipment Immobilization: If the equipment is immobilized for any reason, even beyond the renter's control, the renter must pay a fee equal to the rental price.
Article 7 - Jurisdiction and Applicable Law: In case of disputes arising from the execution or interpretation of the general terms and conditions, and failing an amicable settlement, the courts of Dijon, applying French law, have exclusive jurisdiction, regardless of sales conditions and accepted payment methods, even in cases of incidental claims, third-party proceedings, or multiple defendants.