Add memory seating to your power wheelchair designs with LiNX Memory Positions, the latest advancement from Dynamic Controls.
Gary Dellow - Product Manager, Dynamic Controls
LiNX Memory Positions enables manufacturers to integrate advanced memory seating capabilities into any wheelchair design. This innovative solution eliminates the need for extensive research and development, delivering a streamlined, high-quality implementation of memory seating features.
With advanced customisation options and intuitive one-touch activation, LiNX Memory Positions transforms the memory seating experience. Therapists can effortlessly configure optimal seating positions tailored to individual client needs, while clients enjoy seamless access to their personalized settings.
Designed with simplicity in mind, LiNX Memory Positions requires no intricate actuator calibration or specialized modules. This reduces maintenance complexity and in-service costs, ensuring manufacturers and service providers can maintain high performance with minimal effort.
LiNX Memory Positions is a cost-efficient and effortless solution for manufacturers to incorporate advanced memory seating into their wheelchair designs, with no additional software development, actuators, tools or devices required.
Integrate memory seating into your existing wheelchair designs without additional or costly software development.
Utilise existing actuators without the need to add specialised encoders. Simply add LiNX angle sensors where required to implement LiNX Memory Positions.
Angle sensing technology, paired with actuator control algorithms, allows clients to easily move to stored positions through the touch of a button or use of the joystick. Removing the need for costly third-party tools.
The LiNX Memory Positions feature is available to all customers with LiNX Market Release 7.
LiNX Memory Positions is designed to be a simple solution to integrate advanced memory seating in wheelchair design. For manufacturers, there are just a few components to connect to make memory seating a reality:
Angle sensing technology, built into LiNX actuator modules (DLX-ACT200 and DLX-ACT400) or individual sensors (DLX-TILT200), is used alongside smart algorithms to move clients to stored positions.
Smart algorithms included in the LiNX system can control the speed and direction of multiple actuators, connected to LiNX power modules or LiNX actuator modules, to move the client from one position to another without multiple user-adjustments.
Control the memory position from a touch display remote module (joystick) – REM400/500 or a standard remote module – REM2xx. Set up direct access to a memory position with a LiNX 10-way switch or an external switch.
User feedback is provided through the remote modules. On standard remote modules, LEDs keep the user informed from activation through to completion. In addition, display remote modules (REM400/500) offer a memory position identifier as well the an angle of a specific angle sensor.
Users, through their remote module, can update memory positions (if enabled) to personal preferences without special programming tools. Therapists can lock positions for specific users or clinical reasons.
Gary Dellow - Product Manager, Dynamic Controls
Because LiNX Memory Positions is so customisable, it is now easier than ever for therapists and dealers to improve the health outcomes of their clients and encourage correct wheelchair positioning.
Setting up LiNX Memory Positions for your wheelchair designs is incredibly simple through the LiNX Access programming tools.
LiNX Access allows manufacturers to decide how memory positions will be configured on their wheelchairs.
Once memory seating is set up through LiNX Access by the manufacturer, therapists and dealers can easily update position preferences for clients through the wheelchair’s remote module, helping clients to adopt complex seating positions with ease.
LiNX Memory Positions is the future of accessible memory seating in wheelchair design. If you’re interested in learning more about the Dynamic Controls LiNX solution, please get in touch.
