At Linepro, we are dedicated to advancing dental technology and come up with dental force sensors, which will redefine dental care, treatments and medicine. Designed for dental pressure assessment and ease of use, our sensors provide vital data into dental treatments and procedures, ensuring optimal outcomes for patients and practitioners alike.
Linepro aims to eliminate the disadvantages of traditional methods like articulating paper which are incapable of capturing the insights that our sensors deliver.
Dental force Sensors are refined devices used to measure the force utilized by teeth during different exercises like biting, chewing, and grinding. These sensors give critical information that helps dental experts analyze and deal with conditions like teeth chewing, malocclusion, and temporomandibular joint issues (TMJ).
• Precision and Accuracy: Our bite force sensors are engineered with Printed Flexible Electronics Technology to deliver measurements without compromising on patient comfort. Whether it is assessing bite force, orthodontic pressure, or evaluating prosthetics, Linepro sensors provide the accuracy you need for confident diagnostics and treatment planning.
• Enhanced Patient Care: Our sensors help dentists tailor treatments to each patient's unique needs. This personalized approach not only enhances patient comfort but also improves overall treatment effectiveness.
• Easy Integration: Linepro dental force sensors are easy to integrate with existing force sensing devices. Our user-friendly interface and comprehensive support make it simple to incorporate these sensors into your practice, enhancing your diagnostic capabilities without disrupting your workflow.
At Linepro, patient comfort is our top priority while delivering precise dental pressure measurements for practitioners. Our force sensing modules are crafted from flexible substrates, ensuring they fit comfortably within the patient's mouth without causing discomfort. This ergonomic design allows for accurate bite force assessment without compromising the patient’s ease during the procedure. By combining advanced technology with patient-centric design, we enable dental professionals to make informed decisions based on precise data. This balance of precision and comfort ensures that both practitioners and patients have a positive experience, leading to better outcomes in medical procedures and treatments. Linepro's commitment to innovation and care drives us to continuously improve our products for the benefit of all users.
Linepro's Dental Force Sensors are a remarkable product of printed flexible electronics technology, utilizing advanced Force Sensing Resistors (FSRs). When pressure is applied to an FSR, its resistance changes, allowing the sensor to detect and measure the applied force. In the context of dentistry, when a patient bites down or applies pressure with their teeth, the FSRs in our sensors activate. This activation measures the bite force, providing real-time data to dental practitioners. This detailed information helps in accurate diagnosis and treatment planning.
Orthodontics
Prosthodontics
General Dentistry
• TMJ Turmoil Treatment: Surveying chomp force to analyze and manage temporomandibular joint issues.
• Research:Supporting dental research by providing solid information to concentrate on masticatory capability and dental biomechanics.
The future of dental power sensors is promising, with progressions pointed toward increasing accuracy, reducing size, and improving joining with advanced dental systems. Emerging innovations like artificial intelligence and machine learning will additionally work on the demonstrative abilities of these sensors, prompting more customized and effective dental care.
At Linepro, we understand that every dental practice has unique needs. We offer customization options for our Dental Force Sensors, including:
Tailored to fit specific dental tools and applications.
Customized software solutions for seamless integration with your existing systems.
Options for sensors with increased resistance to wear and tear.