Compression load cell FSR

platform

Description
We apply conductive and resistive inks on various substrates to produce sensor shields and custom sensor solutions for industrial applications. Shields are typically printed on a flexible polyester film with a mesh of silver-based conductive ink and are connected to the host product GND via a flat cable fitted with an eyelet or a Faston terminal.

Display shields
For displays we manufacture conductive yet fully transparent indium tin oxide (ITO) shields that can be applied directly onto the display to shield emissions while maintaining optical clarity.

FSR sensors
We design and produce FSR (Force Sensing Resistor) sensors to detect force and pressure variations. Typical industrial applications include presence and footprint detection, seat occupancy sensing, impact detection and object recognition across medical, sports, industrial, marketing and security sectors.

Models and typical products

• PTS (Pressure Thin Sensor) — thin-film FSR on very thin flexible substrate
• FSR single pad flex sensors
• FSR round single pad flex sensors
• FSR matrix array flex sensors
• Touchpad — FSR touchpad flex sensors
• Flexible sensor shields and transparent ITO display shields

Customization
The PTS (Pressure Thin Sensor) is a fully customizable thin-film FSR produced on very thin flexible film. Dimensions and sensing ranges are configurable to customer requirements.

Technical characteristics / specifications

• Shield substrate: flexible polyester film
• Conductive printing: silver-based conductive ink (mesh printed on film)
• Display shielding option: transparent indium tin oxide (ITO)
• Shield electrical connection: flat cable to GND, with eyelet or Faston terminal options
• PTS form factor: very thin flexible film; dimensions configurable from 10 mm up to 1,000 mm
• PTS detectable force range: configurable, typical range between 1 N and 10,000 N
• Applications: medical, sports, industrial, marketing, security — presence/footprint sensors, seat sensors, impact sensors, object recognition