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Catalogs
Ottobock
Prosthetics 2024

Prosthetics 2024

Product catalog summary

Overview: The document is a comprehensive catalogue for Ottobock's upper limb prosthetics for the year 2024. It details various prosthetic systems and components, including Myolino, MyoBock, Axon-Bus system, body-powered, passive systems, socket technologies, customized silicone prostheses, and special tools and devices.

1. Myolino: This section covers components such as electric hands, myo prosthetic gloves, lamination rings, battery management, control elements, elbow components, electrodes, accessories, and tools, enhancing prosthetic functionality and usability.

2. MyoBock: Focuses on advanced prosthetic solutions like Myo Plus, Myo terminal devices, system electric hands, and Myo prosthetic gloves, including details on electrodes, battery management, control elements, elbow and shoulder components, cables, accessories, Myo software, and service parts.

3. Axon-Bus System: Describes Axon-Bus terminal devices, prosthetic gloves, and various accessories, covering elbow components, battery management, control elements, software, and tools for system mounting.

4. Body-powered: Includes cable-activated hooks, terminal devices, active system hands, wrist joints, elbow components, liners, and harnesses, emphasizing mechanical aspects of prosthetics without electronic components.

5. Passive Systems: Details passive system hands for different demographics, including children, women, and men, covering arm components, shoulder joints, liners, and harnesses.

6. Socket Technologies: Discusses liners, socket components, donning aids, harnesses, and sockets, focusing on the interface between the prosthetic device and the user's body.

7. Customized Silicone Prostheses: Offers information on bespoke silicone prosthetic solutions tailored to individual needs.

8. Special Tools and Devices: Lists special tools and devices necessary for the installation and maintenance of prosthetic systems.

bebionic Hand: A highlight of the catalogue, the bebionic hand is a myoelectrically controlled prosthetic hand with five individually powered fingers, featuring 14 different grips, Bluetooth connectivity, and compatibility with Myo Plus pattern recognition. It is available in various sizes and colors, focusing on flexibility and adaptability for everyday use.

Technical Data: Provides specific details about the bebionic hand, including article numbers, side (left or right), size, and color options. Certification is required for the bebionic hand EQD, and customer service should be contacted for more information.

Additional Information: The catalogue includes an index for quick reference and mentions the iFab Customer Center for digital ordering of custom products.

Overview: The document discusses Ottobock's prosthetic solutions for children, focusing on the MyoBock system, which integrates components from adult prosthetics to facilitate a smooth transition as children grow. The system includes the Electric Hand 2000, MyolinoWrist 2000, and MyolinoSkin Natural gloves, designed for children aged 1½ to 13 years.

Specifications:

Electric Hand 2000: Available in four sizes, it features a compact design with rotating thumb and fingers, suitable for various amputation levels. It offers a gripping force ranging from 8 N to 35 N, depending on the size, and operates at temperatures between -5 to 45 °C.
Cosmetic Glove for Children: Made from robust PVC, available in 18 skin tones and nine bright colors, providing protection against environmental factors.
MyolinoWrist 2000: A mechanical ball wrist with adjustable friction, compatible with all sizes of the Electric Hand 2000, allowing for natural movement patterns.
MyoEnergy Integral: An integrated power supply system with LED indicators for charge level, suitable for both children and adults.

Procedures and Usage:

Prosthetic components require certification and should be used under the guidance of qualified personnel.
Cleaning and maintenance involve using specific cleaners and tools, such as the donning spray and pump sprayer for prosthetic gloves.

Technical Data:

Various components have specific technical specifications, such as operating voltage, weight, and dimensions, which are crucial for fitting and functionality.
The MyoCharge Integral facilitates charging through a magnetic connection, ensuring reliable positioning.

Recommendations:

Regular cleaning and immediate treatment of stains on prosthetic gloves are recommended to maintain durability.
Use of the MyolinoSoft software for patient-specific configuration of the prosthetic system is advised for optimal performance.

Accessories: The document lists various accessories and spare parts, such as lamination rings and O-rings, essential for the maintenance and customization of the prosthetic system.

Overview: The document provides detailed information on Ottobock's prosthetic products and accessories for 2024, focusing on components for children and adults, including elbows, wrists, electrodes, and various accessories.

Key Sections:

Wireless Communication: The BionicLink USB Bluetooth adapter facilitates wireless data communication between Ottobock products and PCs using specific software like ElbowSoft.
Elbow Components for Children: Includes the 12K19 elbow component with a manual lock and the MovolinoArm Friction elbow joint, suitable for children aged three to five years, compatible with various prostheses.
Accessories and Spare Parts: Details on lamination rings, wrist joints, and adapters for connecting different prosthetic components.
Electrodes: Information on MyoBock electrodes, including the 13E200 and 13E202 models, which are designed to reduce interference and provide airtight seals in prosthetic sockets.
Tools and Accessories: Includes tools like Allen wrenches and alignment tools for adjusting and installing prosthetic components.
Historical Context: Ottobock's legacy in developing myoelectric hand and arm prostheses, emphasizing quality and innovation.
Product Range: Overview of various prosthetic hands, gloves, and components, including the MyoHand VariPlus Speed and DynamicArm.

Technical Data: Each product section includes technical specifications such as dimensions, compatibility, and material details.

Recommendations: Usage instructions and compatibility notes for specific components, emphasizing the importance of using designated Ottobock software and accessories for optimal performance.

Overview: The document provides detailed specifications and features of Ottobock's prosthetic systems for 2024, focusing on transhumeral systems, terminal devices, and the Myo Plus pattern recognition technology.

Transhumeral System: This section outlines various components such as the System Electric Hand, System Electric Greifer, and associated accessories like gloves, wrist joint adapters, and battery systems. Key components include the MyoEnergy integral battery and the Ottobock Li-ion battery charger.

Terminal Devices: The document details different terminal devices including the bebionic hand, MyoBock hand, and System Electric Greifer. Each device is described with its structural height, hand circumference, and specific features like individual finger drives and Bluetooth connectivity for the bebionic hand.

Myo Plus Pattern Recognition: Myo Plus technology offers intuitive prosthesis control by learning and interpreting movement patterns in the user's residual limb. The Myo Plus app serves as an interface for visualizing these patterns, enhancing user interaction and control.

Technical Specifications: Detailed technical data is provided for various components, including article numbers, dimensions, and frequency bandwidths for electrodes. The document also includes information on electrode domes and their compatibility with Myo Plus.

Accessories and Spare Parts: The document lists accessories such as finger chains for overload protection, replaceable modular fingers, and Bluetooth dongles for data communication. It emphasizes the importance of using certified components for optimal performance.

Prosthetic Gloves: The bebionic Skin Silicone prosthetic glove is highlighted for its realistic design, ease of use, and durability. It is available in multiple sizes and colors, offering a natural appearance and UV resistance.

Conclusion: Ottobock's 2024 prosthetic offerings are characterized by advanced technology integration, user-friendly interfaces, and customizable options to meet diverse user needs. The document underscores the importance of certification and proper usage of components for effective prosthesis functionality.

Overview: The document provides detailed specifications and instructions for various prosthetic devices offered by Ottobock, focusing on the bebionic Skin Silicone and MyoHand VariPlus Speed, among others. It includes technical data, key features, and usage instructions for qualified personnel and patients.

1. bebionic Skin Silicone:

Available in eight shades, with a sample set for color determination.
Features include easy application, cleaning, consistent appearance, and UV resistance.
Technical data covers article numbers, side, size, and color options.

2. MyoHand VariPlus Speed:

Combines SensorHand Speed mechanics with DMC VariPlus control.
Key features include high gripping force, speed, automatic shut-off, and emergency opening via slip clutch.
Technical data includes article numbers, side, size, and specifications like operating voltage and gripping force.

3. SensorHand Speed:

Opens and closes rapidly with precise control and grip stabilization.
Features include automatic shut-off, FlexiGrip function, and emergency slip clutch.
Technical data includes article numbers, side, size, and specifications like operating voltage and gripping force.

4. System Electric Hand Digital Twin:

Suitable for various amputation levels, featuring Digital Twin control.
Key features include muscle signal-based control, passive wrist rotation, and emergency slip clutch.
Technical data includes article numbers, side, size, and specifications like operating voltage and gripping force.

5. System Electric Hand DMC plus:

Features DMC and DMC plus control modes, reducing unintentional opening risks.
Key features include muscle signal-based control, automatic shut-off, and emergency slip clutch.
Technical data includes article numbers, side, size, and specifications like operating voltage and gripping force.

Instructions and Information Material:

Includes instructions for use by qualified personnel and patients.
Brochures and product briefs available for technicians.
Order forms for various configurations and battery options.

Overview: The document provides detailed information on the Transcarpal Hand DMC plus and related prosthetic components by Ottobock. It includes specifications, technical data, and compatible accessories for various prosthetic hands and gloves.

Transcarpal Hand DMC plus: This prosthetic hand is designed for wrist disarticulation to transcarpal residual limbs. It features DMC and DMC plus control modes to minimize unintentional hand opening. The hand's gripping speed and force are controlled proportionally by muscle signals. Key features include an automatic shut-off, low-friction bevel gear, and an integrated slip clutch for emergency opening.

Technical Specifications: The hand operates at 6/7.2 V with an operating temperature range of 0 to +70 °C. It has an opening width of 100 mm, a proportional gripping force of 0 - 90 N, and a speed of 15 - 130 mm/sec. The weight with the system inner hand is 308 g.

Accessories and Spare Parts: The document lists various accessories such as lamination rings, coaxial plugs, coupling pieces, and system inner hands for different hand sizes. It also includes technical data for each accessory, specifying compatibility with different prosthetic hands.

Prosthetic Gloves: The document describes several types of prosthetic gloves, including the MyoSkin Natural and MySkin Myo, which offer a natural appearance and are made of durable PVC or silicone. These gloves are available in multiple shades and are designed to protect the prosthetic hand from environmental factors.

Key Features of Gloves: The gloves are robust, easy to clean, and provide a natural appearance. They are available in various sizes and colors, with specific models tailored for men, women, adolescents, and children.

Conclusion: Ottobock's prosthetic solutions, including the Transcarpal Hand DMC plus and associated accessories, offer advanced functionality and customization options to meet the needs of diverse users. The document provides comprehensive technical details and ordering information for these products.

Overview: The document provides detailed information on the MySkin Myo prosthetic gloves and related products from Ottobock, focusing on customization options, ordering processes, and technical specifications.

Specifications: The MySkin Myo prosthetic gloves are available in various configurations, including Classic and Natural versions. They can be customized with multicolored silicone nails, genuine arm hair, and tattoos. The gloves are designed to match the patient's skin color using a color determination ring and sheet.

Ordering Process: The process involves measuring the patient's contralateral side, making a cast, and taking photos. These details, along with a color specification sheet, are sent to iFab for fabrication. The final product is shipped within 10 working days.

Technical Data: The document lists article numbers and technical specifications for various components, including the MyoBock prosthetic gloves, MyoWrist devices, and System Electric Greifer. Key features include options for active rotation, various hand sizes, and additional customization like tattoos and genuine hair.

Accessories and Spare Parts: Accessories include special cleaners, pump sprayers, and donning sprays for prosthetic gloves. The document also details the MyoWrist Transcarpal and MyoWrist 2Act, which offer flexion, extension, and rotation capabilities.

Recommendations: The document emphasizes the importance of accurate measurements and color matching for optimal prosthetic appearance and functionality. It also highlights the availability of instructional materials for both users and qualified personnel.

Overview: This document provides technical specifications and key features of various components and accessories used in the MyoBock prosthetic system by Ottobock. It includes details on coaxial bushings, lamination rings and plates, electric wrist rotators, MyoRotronic control systems, electrodes, and battery management systems.

1. Coaxial Bushings:

Designed for installation with MyoWrist Transcarpal, MyoWrist2Act, or endoskeletal adapter.
Available in different control device configurations such as DMC plus, Digital Twin, SensorHand Speed, and VariPlus Speed.

2. Lamination Components:

Lamination rings and plates are used for System Electric Hands and Greifers, with specifications for different hand sizes and sides (left/right).

3. Electric Wrist Rotator (10S17):

Controls pronation and supination of System Electric Hands or Greifers.
Features include 360° rotation, compatibility with MyoRotronic, and various control options.

4. MyoRotronic (13E205):

Enables control of the electric wrist rotator with five selectable programs.
Compatible with MyoBock System Electric Hands and Greifers.

5. Electrodes:

Includes suction socket electrodes (13E202) and standard electrodes (13E200) with noise filtering and interference reduction.
Electrodes are made of titanium, suitable for allergy sufferers, and come with various accessories.

6. Battery Management:

MyoEnergy Integral and EnergyPacks provide power supply with lithium-ion technology.
Charging systems include MyoCharge Integral and Li-ion chargers with features like LED indicators and magnetic connectors.

7. Accessories:

Includes electrode accessory sets, mounting brackets, and connection cables for integrating various components.

Overview: This document provides technical specifications and features of various Ottobock prosthetic components, focusing on battery management, control elements, and elbow components for the MyoBock system.

Battery Management:

Engaging Lever (757Z186): A locking lever for battery receptacles, designed for ease of use.
Locking Lever (757Z195): Specifically for bilateral amputees, featuring an enlarged release lever for comfort.
Plug (757Z202): A plug for the battery compartment with a screw connection.
USB Adapter (757L43): Compatible with various Ottobock prosthetic solutions for charging purposes.

Control Elements:

Four-stage Control Element (9X51, 9X53): Allows proportional control of prosthetic components at four speed levels, suitable for high amputation levels.
Linear Control Element (9X50, 9X52): Provides continuous, proportional control, integrating easily into harness systems.
Cable Pull Switch (9X18): Controls electric wrist rotators or System Electric Hands, featuring two independent switching points.
Rocker Switch (9X25): Used for controlling System Electric Hands, with two independent switching points.
Harness Pull Switch (9X14): Controls electric wrist rotators and System Electric Hands, compatible with Axon-Bus components.
Pressure Switch (9X37): Controls System Electric Hands and wrist rotators, with adjustable switching points.

Elbow Components:

DynamicArm (12K100N): A myoelectrically controlled elbow joint with high lifting force, natural control, and integrated electronics for proportional control.
ErgoArm Electronic Plus (12K50): Features an electronic lock, Easy Plug system, and AFB, with adjustable upper arm rotation.
DynamicArm Plus (12K110N): Similar to the DynamicArm but supports control using up to six muscles, suitable for TMR.
ErgoArm Hybrid Plus (12K44): Includes an internal ratchetless lock, Easy Plug system, and AFB, with adjustable upper arm rotation.

Key Features: The document highlights the integration of myoelectric control, ease of use, and adaptability of the components to various user needs, including high amputation levels and TMR.

Technical Specifications:
The document provides detailed specifications for various prosthetic components and accessories by Ottobock. Key specifications include dimensions, weight, and color options for different prosthetic parts such as the ErgoArm, DynamicArm, and various shoulder and elbow joints. Specific article numbers are provided for each component, indicating compatibility and customization options.

Procedures and Recommendations:
The document outlines procedures for the use and installation of prosthetic components, emphasizing the need for qualified personnel. It highlights the importance of proper alignment and foaming aids during the rehabilitation phase to ensure functional training and optimal prosthetic use.

Accessories and Spare Parts:
A comprehensive list of accessories and spare parts is provided, including adapters, alignment aids, connection cables, and battery components. Each accessory is described with its technical data, such as operating temperature, weight, and specific use cases.

Software and Control Systems:
The document details software solutions like PAULA and ElbowSoft, which support the configuration and management of prosthetic systems. These software tools facilitate patient management, myosignal evaluation, and component selection, enhancing the functionality and customization of prosthetic devices.

Axon-Bus System:
The Axon-Bus system is highlighted as a high-performance data transmission system for prosthetic devices, offering enhanced safety and reliability. It integrates seamlessly with the Michelangelo hand, providing improved functionality and reduced sensitivity to external interference.

Key Features and Innovations:
The document emphasizes the innovative features of Ottobock prosthetics, such as natural movement facilitation, reduced pressure from prosthetic sockets, and enhanced user comfort. The use of advanced materials and design techniques is noted to improve the user experience and prosthetic performance.

Conclusion:
Overall, the document serves as a comprehensive guide for professionals in the field of prosthetics, providing essential information on the specifications, installation, and use of Ottobock products. It underscores the importance of precision technology and advanced systems in improving prosthetic functionality and user satisfaction.

Overview: The document provides detailed information on the Ottobock Michelangelo hand and related prosthetic components, focusing on specifications, features, and technical data.

Michelangelo Hand: The Michelangelo hand is designed for users with long residual limbs and transcarpal amputation levels. It features a separate movable thumb, a powerful main drive for gripping, and a flexible wrist. The hand is controlled by the Axon-Bus system, ensuring seamless communication between components.

Key Features: The hand offers numerous gripping options, a natural design, and a flexible wrist to minimize compensating movements. It includes a compact drive unit and a low structural height.

Technical Data: The hand operates at temperatures between -10 to +60 °C, with a gripping force of up to 70 N in opposition mode and a speed of 325 mm/sec. It weighs 510 g.

AxonHook: The AxonHook is a robust addition to the Michelangelo hand, enhancing functionality for manual tasks. It offers increased precision and gripping force, is dirt-resistant, and features an electrical emergency opening.

AxonSkin Gloves: These gloves provide protection against environmental influences and are available in various materials and colors. They are designed for easy cleaning and maintenance.

Accessories: The document lists various accessories, including mounting kits, socket attachment blocks, and rotation adapters, which facilitate the integration and functionality of the prosthetic system.

Recommendations: Regular cleaning of the gloves with soap and water is advised, and special cleaners are available for stubborn stains. Certification is required for the Michelangelo hand, and users are encouraged to contact customer service for support.

Overview: This document provides technical specifications and instructions for various components of the Ottobock Axon-Bus prosthetic system, including the Michelangelo hand, AxonArm Ergo, AxonEnergy Integral battery, and related accessories. It is intended for qualified personnel involved in the fitting and maintenance of these prosthetic devices.

AxonArm Ergo: The AxonArm Ergo is a passive elbow component with an electronic lock, designed for upper arm amputees. Key features include an easy plug system, flexion aid, mechanical slip-stop function, and adjustable friction. It is compatible with the Axon-Bus system and comes in skin color variants.

AxonEnergy Integral: This is a three-cell Li-Ion battery designed exclusively for the Axon-Bus prosthesis solution. It features integrated electronics for protection against short circuits and voltage issues. The battery has a capacity of 1,150 mAh and an output voltage of 11.1 V.

AxonCharge Integral: The battery charger for the AxonEnergy Integral, featuring LED indicators for system status and errors. It operates within a temperature range of 0 to +60 °C.

Suction Socket Electrode: Designed to create an airtight seal between the inner and outer socket, this electrode reduces sensitivity to interference and is suitable for people with allergies. It is particularly effective in elevated vacuum sockets.

AxonMaster: The central control unit of the Axon-Bus system, responsible for processing user control signals and coordinating prosthetic components. It includes a Bluetooth module for data transfer with AxonSoft.

AxonSoft: Software for adjusting the AxonMaster, requiring specific hardware and software configurations for optimal performance.

Tools and Accessories: Various tools such as the mounting adapter, assembly tool, and donning sphere are provided for the installation and maintenance of the Michelangelo hand and Axon-Bus system components.

Body-Powered Prosthetics: The document also covers body-powered prosthetic components, including cable-activated hooks and system hands, designed for active gripping and controlled by a body harness system.

Overview: This document provides detailed information on various prosthetic devices and accessories offered by Ottobock for the year 2024. It includes specifications, technical data, and ordering information for body-powered prosthetic hooks, hands, and related components.

Key Features and Specifications:

MovoHook 2Grip: Features a special coating for secure grip, made of food-grade stainless steel, and includes an anti-stick coating. It has an opening width of 100 mm and weighs 270 g.
All-purpose Hook and Ring: Nickel-plated with standard studs, designed for manual tasks. The hook has an opening width of 81 mm and weighs 330 g, while the ring is 100 mm long, 70 mm wide, and weighs 180 g.
mHand Adapt: A cordless, motorless prosthetic hand with intuitive control, supporting up to 10 kg. It is waterproof and available in various sizes with a weight range of 160-230 g.
Single and Double-cable System Hands: Suitable for cable-activated prostheses, these hands offer different mechanisms for opening and closing, with weights ranging from 215 g to 380 g depending on the model and size.

Technical Data and Ordering Information:

Each product section includes article numbers, sizes, weights, and specific features. For example, the mHand Adapt is available in sizes XS to L, with specific dimensions and weights listed for each variant.
Accessories such as spring sets, retainer rings, and connection pieces are detailed with their respective technical specifications and compatibility information.
Ordering information includes article numbers and instructions for use, with additional materials available upon request.

Recommendations and Best Practices:

Ensure compatibility of components when ordering prosthetic devices and accessories.
Consider the specific needs of the user, such as size and weight preferences, when selecting prosthetic hands or hooks.
Utilize the provided colour determination sheets and sample sets for selecting prosthetic gloves to ensure a natural appearance.

Conclusion: Ottobock offers a comprehensive range of prosthetic devices and accessories designed to meet the diverse needs of users. Detailed specifications and ordering information are provided to assist in selecting the appropriate products.

Prosthetic Gloves Overview
The document provides detailed specifications for various prosthetic gloves designed for different user groups, including adolescents, men, and women. The gloves are characterized by their natural appearance, durability, and flexibility. They are available in a wide range of colors, with a specific color palette produced using seven colors. The gloves are available in 18 different shades, and a color sample set is recommended for accurate selection.

Technical Specifications
Each prosthetic glove model is detailed with technical data including article number, side (left or right), hand size, and sleeve length. For example, the 8S4 model for men has a hand size of 8 and a sleeve length of 225 mm.

Information Material
Instructions for use are provided for both qualified personnel and users, ensuring proper handling and maintenance of the prosthetic gloves.

Wrist Joints and Accessories
The document also covers various wrist joints and accessories, such as the Ottobock friction wrist unit and ball ratchet wrist joints. Each product is described with technical data including diameter, weight, and overall length. Accessories like lamination rings and attachment plates are also detailed.

Elbow Components
The ErgoArm series is highlighted, featuring mechanical elbow components for passive and cable-controlled prostheses. Key features include an internal ratchetless lock, slip-stop function, and adjustable friction for the upper arm rotation joint. Technical data includes length, circumference, and color options.

Conclusion
The document provides comprehensive information on Ottobock's prosthetic products, focusing on technical specifications, color options, and usage instructions to assist in the selection and maintenance of prosthetic components.

Overview: This document provides technical specifications and details for various spare parts and accessories related to the Ottobock prosthetic elbow components, specifically for the ErgoArm, DynamicArm, and AxonArm product ranges. It includes information on lamination rings, ball caps, thread segments, hole coverings, spring telescopes, switch cables, and more.

Key Sections:

Spare Parts for Elbow Joints: The document lists several spare parts such as lamination rings (13Z47), ball caps (13Z48), thread segments (13Z50), and hole coverings (13Z51) for different elbow joint models. Each part is specified with article numbers and available colors, primarily in skin tones.
Elbow Components: Details on elbow components like the 12K5 and 12K20 are provided, including their technical specifications such as length, circumference, and compatibility with hand sizes. These components feature manual elbow locks with multiple locking positions.
Accessories and Additional Parts: The document includes information on various accessories like the 13G8 lamination ring, 11D12 wrist joint lamination ring, and 10A40 wood hand adapter. These accessories are designed to enhance the functionality and compatibility of the prosthetic components.
Liners and Comfort Enhancements: Products like the IntoLiner Acclimate (14Y3) and Skeo Up (14Y5) are described, focusing on their comfort features and technical specifications. These liners are designed to improve the fit and comfort of the prosthetic socket.
Assembly and Alignment Aids: The document also covers alignment aids (743A23, 743A27) and assembly components like the 13Z68 adapter, which facilitate the proper fitting and alignment of prosthetic components during rehabilitation and functional training.

Critical Information: The document emphasizes the importance of selecting the correct size and specifications for each component to ensure optimal performance and comfort. It also highlights the compatibility of various parts with specific prosthetic models and user groups, including children and adults.

Overview: This document provides detailed product information on Ottobock's prosthetic components and skin care products, focusing on the Derma skin care series and various prosthetic harnesses and accessories.

Derma Skin Care Series:

Derma Clean: A pH-neutral, antibacterial cleaning lotion suitable for stressed skin and prosthetic cleaning. Available in 300 ml bottles.
Derma Repair: A lotion with panthenol and vitamin E for regenerating stressed skin, promoting blood circulation and cell growth. Available in 200 ml bottles.
Derma Prevent: Protects stressed skin from chafing and allergens, reducing perspiration and odor. Available in 100 ml bottles.

Prosthetic Harnesses and Accessories:

Transhumeral Soft Harness: Designed for upper arm prostheses, featuring a comfortable, padded design that can be adjusted by the user. Available in three sizes for both arms.
Below-Elbow and Above-Elbow Harnesses: Used for securing prosthetic sockets and controlling body-powered prostheses, available with different cable designs.
Accessories: Includes Bowden cables, couplers, ball-shaft adapters, rings, buckles, and various straps and pads for enhanced comfort and functionality.

Passive System Hands:

Ottobock System Hand: A passive prosthetic hand suitable for all amputation levels, opened with the sound hand and closes automatically. Available in various sizes for children, youths, women, and men.
Accessories: Includes lamination rings, chassis, grub screws, system inner hands, and retainer rings for customization and compatibility with different prosthetic components.

Key Features and Technical Data: Each product section includes detailed technical specifications, such as article numbers, dimensions, materials, and packaging information, ensuring precise selection and application for users and technicians.

Technical Specifications:
The document provides detailed technical specifications for various prosthetic components and accessories offered by Ottobock. Key products include the Skeo Up and IntoLiner Acclimate liners, which are designed to enhance comfort and functionality for upper limb prostheses. The document lists article numbers, dimensions, and specific features for each product, such as length and circumference measurements for liners, and the contents and packaging details for cleaning and skin care products.

Size Selection and Fitting:
For correct size selection of liners, it is recommended to measure the circumference 3 cm proximal from the end of the residual limb and subtract 1 to 2 cm based on the soft tissue situation. This ensures a proper fit and comfort for the user.

Accessories and Spare Parts:
The document outlines various accessories and spare parts, including donning sprays, cleaning lotions, and skin care products like Derma Clean, Derma Repair, and Derma Prevent. These products are designed to maintain the hygiene and comfort of prosthetic users.

Socket Technologies:
Ottobock offers a range of socket technologies, including the SiOCX TR and SiOCX TR Flex sockets, which feature HTV silicone inner sockets and carbon prepreg outer sockets. These sockets are noted for their lightweight, functionality, and comfort, with options for myoelectric contact surfaces to enhance signal transmission.

Harnesses and Donning Aids:
The document describes various harnesses, such as the transhumeral soft harness and the triple-control above-elbow harness, which provide secure fixation and control for prosthetic sockets. The EasyFit Arm donning aid is also highlighted for its ease of use in fitting arm prostheses.

Ordering Process:
The document includes a detailed ordering process for custom-fabricated sockets, requiring specific measurements and configurations to be provided by the prosthetist. The process ensures precise fitting and customization of the prosthetic components.

Overview
The document provides detailed information on Ottobock's prosthetic solutions, focusing on silicone inner sockets and customised silicone prostheses for upper limbs. These products are designed to offer comfort, functionality, and a natural appearance.

SiOCX Sockets
The SiOCX sockets consist of an HTV silicone inner socket with a carbon prepreg outer socket. Key features include high surface adhesion, a soft socket brim, integrated myoelectric contact surfaces, and easy cleaning. The inner socket can be sterilized, and the outer socket has openings for enhanced comfort.

Technical Specifications

Article number: 8T550=1
Accessories: Myo contact surfaces (8T860=1)

Ordering Information
Orders can be placed using the provided order form, with options for customization such as color and electrode receiver type.

Customised Silicone Prostheses
These prostheses are designed to restore the natural appearance of the upper limb, offering both aesthetic and functional benefits. They are made from skin-friendly medical-grade silicone and are easy to clean.

Key Features

Anatomical restoration of appearance
Custom silicone covers available in multiple colors
Options for multicolored fingernails and tattoos

Ordering Process
The process involves measuring the contralateral side, taking impressions and photos, and determining color using a color determination ring. Ottobock iFab fabricates and ships the silicone cover within 20 working days.

Technical Data for Custom Products

Article numbers: 88A10-12 for silicone covers
Accessories: Multicolored silicone or acrylic nails, real hair, tattoos

Conclusion
Ottobock's prosthetic solutions are designed to provide users with a natural appearance and enhanced functionality, supporting their integration into everyday life.

Overview: This document provides detailed instructions and specifications for ordering and fabricating custom silicone prostheses, specifically silicone finger prostheses, through Ottobock's iFab system. It includes guidelines for measurement, color determination, and the ordering process, as well as descriptions of special tools and devices used in prosthetics.

Specifications and Procedures:

Ordering Process: The orthopaedic technician is responsible for determining the shape and color of the prosthesis, which involves measuring the patient's residual limb, completing a measurement form, taking photos, and making an Impresil negative of both the affected and contralateral sides. The color is determined using a color sheet and ring.
Fabrication Timeline: Ottobock iFab fabricates a trial prosthesis within 10 working days, which the patient tests for approximately 2 weeks. Modifications can be made by the prosthetist, who must document these changes. The definitive prosthesis is then fabricated and shipped within 15 working days.
Fitting: Upon receiving the definitive prosthesis, the prosthetist fits the patient with the final product.

Order Form Details:

Includes patient information, configuration options for trial and definitive prostheses, and case history details such as finger joints and bone end conditions.
Diagnosis options include accident, dysmelia, arm length differences, and accompanying diseases.

Measurement and Color Determination:

Detailed measurement forms for both the amputated and contralateral sides are provided, including finger and hand measurements.
Color determination involves marking skin colors on a sketch using a pen, with options for nail shape and length.

Special Tools and Devices:

Descriptions of various tools such as Allen keys, mounting wrenches, drill bits, alignment tools, and pliers, each with technical specifications like dimensions, weight, and material.
Tools are designed to assist in the alignment and assembly of prosthetic components, ensuring precise fitting and functionality.

Conclusion: The document serves as a comprehensive guide for orthopaedic technicians and prosthetists in the customization and fitting of silicone finger prostheses, emphasizing precision in measurement, color matching, and the use of specialized tools.

Technical Specifications and Tools Overview

Replacement Blade Dispenser: Designed for safe storage and removal, the deburring knife is available in packages of 100 pieces, each weighing 0.01 kg.

Pinch Gauge: Used to measure the gripping force of System Electric Hands, identified by article number 743F1.

Silicone Grease 400 (633F11): Provides corrosion protection for plug connections and drive units, with high resistance to heat, cold, and aging. Available in 0.1 kg tubes and 1 kg cans.

Special Lubricant (633F14): Suitable for high-load gliding surfaces, offering excellent wear and corrosion protection. Available in 0.05 kg tubes and 1 kg cans.

Procomfort Gel (633S2): Used for Polytol sockets to prevent static friction on the skin, available in 250 ml containers.

UHU Plus Glue (636W23): A two-component epoxy resin adhesive for strong bonded joints, with a normal mixing ratio of 1:1 by volume.

Isopropyl Alcohol (634A58): A cleaning agent for sensitive plastics and prosthetic gloves, available in 1-liter transparent containers.

Loctite® Adhesives: Various thread lock adhesives (636W60, 636K13, 636K14) with medium to high strength, suitable for different thread sizes and offering anaerobic curing.

Cyamet Quick-Drying Adhesive (636K11): A superglue for bonding various materials, with high mechanical strength and moisture-accelerated curing.

Plaster Protection Devices: Plaster shirts (641T10) and socks (641T9) made of polyamide and spandex to protect the body during plastering.

Special Cleaner (640F12): For prosthetic gloves, not suitable for silicone gloves, available in 460 g containers.

Tools and Accessories: Includes a wide range of tools such as alignment aids, adapters, harnesses, and various prosthetic components, each with specific technical data and applications.

Catalog excerpts

Prosthetics 2024 Upper limb Information for specialist dealers

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Prosthetics 2024 Upper limb

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■ Accessories Axon-Bus System ... 96 ■ Axon-Bus Elbow components .. 100 ■ Axon-Bus Battery management.. 101 ■ Above-elbow and below-elbow harnesses and ■ Passive prosthetic hands for men 166 ■ Above-elbow and below-elbow harnesses and 7 | Customised silicone prostheses 8 | Special tools and devices

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About this catalogue Searching, finding and ordering This catalogue is organised into sections. bebionic hand bebionic hand The bebionic hand is a myoelectrically controlled prosthetic hand, offering the user five individually powered, moveable fingers. Each individual finger and the thumb is driven by its own motor, allowing this hand to execute various grip patterns. The latest drive technology allows the integrated microprocessor to continuously monitor the finger position. This makes it possible to reconstruct all grip patterns precisely and also gives the hand a special feature, the Auto-Grip...

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About this catalogue Axon-Bus system · Axon-Bus terminal device Information material Available information material Instructions for use [short] (qualified personnel) | 8E500 Michelangelo Hand Instructions for use (user) | Axon-Bus Prosthetic System Brochure for technicians – Michelangelo hand Therapy brochure – Michelangelo hand Michelangelo hand – service pass The Michelangelo hand features a natural design, high gripping force and flexible wrist. The actively driven index and middle fingers along with the thumb that can be positioned electronically enable seven different hand positions. The...

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About this catalogue Explanation of symbols Take your patient’s measurements Enter the measurements on the measurement form Take photos of your patient You have an existing modified, unencrypted STL file from another source You will receive the finished product from Ottobock iFab Definitive prosthesis Version, inside Check socket for interim fitting Casting forms, positive/negative, well-fitting check socket or definitive socket as base product Trial prosthesis Technical information

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About this catalogue Symbol explanations for hazardous materials Hazard pictogram GHS03 Flame over circle Hazard class and hazard category Flammable gases, hazard category 1 Aerosols, hazard categories 1, 2 Flammable liquids, hazard categories 1, 2, 3 Flammable solids, hazard categories 1, 2 Self-reactive substances and mixtures, types B (+ pictogram GHS01), C, D, E, F Pyrophoric liquids, hazard category 1 Pyrophoric solids, hazard category 1 Substances and mixtures capable of self-heating, hazard categories 1, 2 Substances and mixtures that release inflammable gases in combination with water,...

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Exploring the world Fittings for children have always represented a major medical technology challenge, because children have special requirements in terms of functionality, flexibility and mobility. This is why it is important to offer a system that meets the individual needs of various age groups while simultaneously preparing the child for treatment with an adult system in future. The innovative 7.4 volt system for children achieves these objectives. In combination with the Electric Hand 2000, the MyolinoWrist 2000 and the MyolinoSkin Natural gloves, it uses myoelectric components from the...

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Myolino. Overview MyoBock fittings for children. Terminal device Cosmetic Glove for Children 8S20* Product example Elbow component Rechargeable battery Battery charger Control unit Connection cable Signal source Suction socket electrode 13E202=50 / 13E202=60 Tube valve for suction socket Tube valve for suction socket 12V10 Linear control element 9X50 / 9X52 Connecting tube Harness 21A36=1 Below-Elbow Harness / 21A35=1 Triple-control above-elbow harness / 21A47=* Transhumeral soft harness

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Myolino • Electric hand 2000 8E51 Electric hand 2000 The Electric Hand 2000 is suitable for prostheses for children aged 1 V2 to 13 years and can be used for nearly all amputation levels. The thumb and fingers rotate around the same axis, resulting in a more compact rotation. The finger design makes it possible to use handwriting implements and cutlery in a largely natural manner. • ietter view of the object being grasped thanks to special gripping kinematics • .ow weight due to omission of an inner hand • 'arious sizes, cosmetic gloves and control variants available • Can be positioned in all...

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8S20 Cosmetic Glove for Children The standard prosthetic gloves for children are very robust and flexible thanks to the PVC base. Aside from 18 different skin tones, they are available in a choice of nine bright colours. Information material Key features • 'rotects the Electric Hand 2000 against environmental influences such as dirt, dust and moisture • pecial PVC material, particularly robust and durable • Durable and tear-resistant with minimal abrasion thanks to mechanical strength • Modern appearance tailored to the needs of young users • uitable for girls and boys • Easy to clean with special...

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Myolino ■ Myo prosthetic gloves essories/spare parts for 8S20N, 8S20640F18 Donning spray The donning spray for Ottobock Skeo Liners and prosthetic gloves (silicone, PVC) is needed among other things for putting on and removing the Liner or prosthetic glove. Technical data Article number Prosthetic gloves and liners 90 ml Prosthetic gloves and liners 900 ml 640F13 Pump sprayer The user should always keep a pump sprayer filled with special cleaner for prosthetic gloves handy in order to be able to use the cleaner immediately in case of soiling. Technical data Article number for Contents • This...

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10S16 Lamination ring The Lamination ring connects the Electric Hand 2000 (article no. 8E51) to the prosthetic socket. Prostheses can be provided for relatively Long forearm residual Limbs thanks to the Low structural height. The Lamination ring is Laminated directly into the outer socket. The desired friction can be individually adjusted. This allows the Electric Hand 2000 to be fully rotated. Technical data Article number User group Outside 0 For hand size 10V51 MyolinoWrist 2000 The MyolinoWrist 2000 mechanical ball wrist with adjustable friction for combination with the Electric Hand 2000...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.

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