Techlinija

  Website: www.techlinija.lt

  Country: Lithuania

  Founding year: 2022

  Key technologies: Hardware design; Firmware development; Software development; Mechanical design; Prototyping

  Team size:

TECHLINIJA is a team of professionals who will draw your technical vision line from the idea to the design of prototype and will lead it into manufacturing of the final product. Our expertise is based on more than 10 years of experience in research and development area, hardware, software development, prototyping and mechanical design areas.

About the Solution: PAS-Prosthetics Adjustment System

URBAN TECH Challenge: Personalized prosthetic socket adjustment automation

Challenge owner: AB “Ortopedijos technika” (Lithuania)

Sector: Health Tech

Funding received: up to 27000 EUR

Type: Software

Customer focus: B2B

Target Market: Global

The PAS-Prosthetics Adjustment System is an innovative solution designed to enhance the comfort, functionality, and adaptability of prosthetic devices.
The PAS system is engineered to address common challenges faced by amputees and prosthetic users, offering a customizable approach to optimize the fit and performance of their prosthetic limbs. By integrating advanced technologies and materials, the system aims to improve the overall user experience and quality of life for individuals with limb loss.

Key features of the PAS-Prosthetics Adjustment System include:

1. Customization: the system offers a high level of customization to accommodate the unique anatomical characteristics and preferences of each user. It provides adjustable components and settings that can be tailored to individual needs, ensuring a precise and comfortable fit.
2. Versatility: PAS is compatible with various types of prosthetic devices, including lower limb prostheses, upper limb prostheses, and orthotic devices. Its versatile design allows it to be seamlessly integrated with existing prosthetic systems, enhancing their functionality and performance.
3. Adaptability: the system is designed to adapt to changes in the user’s body, lifestyle, and activity level over time. It features dynamic adjustment mechanisms that enable users to fine-tune their prosthetic devices according to their evolving needs and preferences.
4. Comfort: PAS prioritizes user comfort by incorporating ergonomic design principles and cushioning materials. It minimizes pressure points, friction, and discomfort associated with traditional prosthetic interfaces, promoting prolonged wear and improved mobility.
5. Performance: the system enhances the overall performance and stability of prosthetic devices, allowing users to engage in a wide range of activities with confidence and ease. It improves alignment, gait dynamics, and energy efficiency, resulting in a more natural and functional movement.
6. User-Friendly: PAS is designed with user convenience in mind, featuring intuitive controls and ergonomic adjustments. It enables users to make on-the-fly modifications to their prosthetic devices without requiring specialized tools or technical expertise.
7. Durability: The system is constructed from durable materials that withstand the rigors of daily use and various environmental conditions. It is engineered for long-term reliability, minimizing the need for frequent maintenance or replacement.