Custom Flexible Sensors for Industry-Specific Needs
Flexniss offers the most advanced flexible sensor solutions, tailored to meet the needs of a variety of industries including healthcare, consumer electronics, and industrial automation. Whether you need precise medical monitoring, integration of smart devices, or advanced robotics technology, we can provide customized sensor technology that drives innovation and efficiency.
Industries We Serve
Healthcare and Wellness
Sleep Monitoring: Our flexible sensors can be embedded in mattresses or pillows to monitor sleep patterns, detect sleep cycles, and track movements such as rolling over, while also preventing snoring. These data can be used for auxiliary diagnosis of sleep disorders and personalized sleep improvement plans.
Pulse Monitoring: Flexniss sensors can be integrated into smartwatches or medical devices to continuously monitor pulse rates. This data is crucial for tracking cardiovascular health and identifying irregularities such as arrhythmias.
Heart Rate and Body Temperature Sensors: Our sensors provide real-time tracking of vital signs, allowing for continuous health monitoring in both clinical and home environments. This is particularly beneficial for patients with chronic conditions or those undergoing rehabilitation.
Respiratory Monitoring: Our sensors can detect breathing patterns, offering critical insights for patients with respiratory conditions like asthma or sleep apnea. These sensors can be integrated into wearables or hospital-grade medical equipment.
Rehabilitation Devices: Flexniss custom sensors can be used in rehabilitation tools to track patient progress, measure muscle activation, and provide real-time feedback for therapists during recovery processes. Applications include devices for varicose veins treatment or children’s rehabilitation programs.
Medical rehabilitation assistance: Flexniss custom sensors can be used in rehabilitation assistance tools to track patients’ recovery progress, measure muscle activation, and provide real-time feedback to therapists during rehabilitation. Applications include devices for treating varicose veins or children’s rehabilitation programs. Advanced sensors in prosthetics and orthotic devices can provide feedback to patients and medical professionals, enhancing the effectiveness of physical rehabilitation plans.
Consumer Electronics
Wireless Earbuds: Flexniss sensors can be used in wireless earbuds, allowing for functions such as turning the earbuds on and off, playing music, answering calls, and adjusting volume, all without the need for physical buttons, by detecting changes in pressure from pressing.
Smart Stabilizers for Cameras: Our sensors enable advanced stabilization features in camera stabilizers by detecting subtle movements and compensating for them, resulting in smoother footage for both amateur and professional videographers.
Sports Insoles: Embedded in insoles, our sensors track foot pressure, stride length, and overall performance metrics for athletes, providing real-time feedback to improve form, prevent injuries, and enhance training regimens.
Industrial Automation
Human-Machine Interaction (HMI) Systems: Our sensors enable advanced human-machine interaction by providing tactile feedback in robotic systems. These sensors detect pressure, force, and touch, allowing machines to respond to human input more naturally, improving safety and user experience.
Tactile Sensing for Robotics: Flexniss tactile sensors endow robots with the ability to “sense” objects, allowing them to adjust their grip strength and handle fragile materials precisely.
Prosthetic Limbs with Sensory Feedback: Our sensors are integrated into prosthetic limbs to offer real-time sensory feedback, improving the user’s ability to interact with the environment and perform everyday tasks more effectively. Sensory feedback enhances the prosthetic’s usability and user comfort.
Smart Mattresses: Flexniss sensors embedded in smart mattresses can monitor a sleeper’s movements and body pressure distribution, providing insights for improving sleep posture and comfort. This technology is useful not only in the consumer market but also in healthcare, where bed-bound patients need constant monitoring to avoid issues like bedsores.
Automotive Intelligent Cockpits: In automotive applications, Flexniss sensors can be integrated into car seats, steering wheels, and dashboards to monitor the driver’s posture, pressure points, and grip on the steering wheel. This technology enhances driver comfort and safety by adjusting the seat position.
Why Choose Flexniss Sensors?
- Precision and Accuracy: Our custom sensors are designed to provide the most accurate data possible, whether in healthcare, electronics, or industrial settings.
- Custom Integration: We work with you to design sensors that fit seamlessly into your products and systems, ensuring that they meet your exact needs.
- Adaptability: Our sensors can be adapted for a wide range of applications, from monitoring vital signs in healthcare to improving automation in industrial settings.
Our Customization Process
- Consultation: We begin by understanding your unique requirements and challenges.
- Design & Development: Our team creates a custom solution tailored to your specific needs.
- Implementation: We support you in integrating our sensor technology into your products or systems.
- Support & Optimization: After deployment, we continue to offer support and optimization to ensure peak performance.
