Define the detection event
Clarify whether the system needs contact, presence, distribution or relative force-change information.
FLEXIBLE SENSING APPLICATIONS
Flexible Pressure-Sensing Components for Seating & Contact Systems
Develop sensing zones around the contact geometry, load path, flexible installation space, tail routing and customer electronics.
Operating focusHow force reaches the sensor and how the system interprets the signal
Useful inputsDetection goal, contact shape, loading, installation, electronics and validation
Approval basisApplication fixture, customer electronics and installed-system testing
Component scopeCustom HMI or flexible sensing component
APPLICATION OVERVIEW
A flexible sensor works only as part of a defined mechanical and electronic system.
Seating and contact systems can use thin resistive sensing elements to detect presence, contact distribution or relative force change. Shape, zone layout and tail routing can be adapted to the installation.
The final response is also affected by cushions, covers, load spreaders, mounting pressure, electronics, calibration logic and environmental conditions.
RELEVANT PRODUCT FAMILIES
Components commonly reviewed for this application.
The final product route depends on whether the task is key input, graphic identification, an integrated keypad or flexible force sensing.
STARTING INFORMATION
What helps us organise the first application review.
You do not need every answer before contacting us. Share what is available and we will identify the missing mechanical, electrical, environmental or programme inputs.
Detection objective
The event, change or pattern the equipment needs to recognise.
Mechanical stack
Contact surface, supporting layers, preload, movement and available thickness.
Sensor geometry
Required zones, outline, mounting area and tail route.
Electronic interface
Readout method, thresholds, connector and any existing controller information.
VALIDATION BOUNDARY
Approve the component in the actual equipment context.
Project-specific statement
An FSR is not automatically a calibrated precision load cell or a safety-rated occupant-classification system. Safety, accuracy and compliance claims require the complete system to be designed and validated for that purpose.
COMMON QUESTIONS
Useful boundaries before quotation.
Can the sensing zones be customised?
Zone count, geometry and routing can be reviewed against the contact area, load path and available installation space.
Can the sensor be used for a safety-critical decision?
A component alone cannot establish a safety function. The complete mechanical, electronic, software and validation system must meet the applicable requirements.
RELATED APPLICATIONS
Compare adjacent equipment environments.
DISCUSS YOUR PROJECT
Tell us what you need.
Start with a short description of seating & pressure-sensing systems. Drawings or confidential files can be shared later through business email, WhatsApp or another agreed channel.