phone icon email icon linkedin logo youtube logo
ROBOTIC SYSTEMSTOOLING & FABAUTOMATION CONTROLS SERVICEREQUEST A QUOTE
Logo
  • Company
    • About Us
    • How We Operate
    • Careers
    • Service Testimonials
    • Industries We Serve
    • Our Partners
    • Media Coverage
  • Products & Services
    • Fastening Automation
      • Fastening Capabilities
      • Robotic Fastening Tools
      • Hand-held Drivers
      • Speed-Dock Feeder
      • Screwdrivers
    • Dispense Automation
      • Dispense Capabilities
      • Primer Dispense
      • Gasket Dispense
    • Material Handling
      • Packaging Systems
      • Machine Tending
      • Trunnion Cart
    • Pre-Engineered Chassis
      • Automation Stations
      • Mold-Mate Chassis
      • Workstations
      • CNC Tender
    • Special Machines
      • Rotary Dial Machines
      • Conveyor Based Systems
      • Single-Station Special Machines
    • Services
      • Tooling & Fabricate To Print
      • Automation Controls Service
  • Resources
    • Case Studies
    • White Papers
    • Presentations
    • Fast Facts
    • Service FAQs
  • Contact US

Haptic EOL Testing

Human Interface Testing Takes a “Special Touch”

This machine tests the haptic or “sense of touch” functions of an automotive climate control module.  An Epson G6 SCARA robot uses a gripper to twist the control knobs and dials on the interface while the electrical output signals are monitored by National Instruments brand analysis equipment.   An ATI 6-axis force sensor integrated with the gripper measures the forces to turn the knobs at various points within their travel range. Meanwhile two Cognex vision systems capture the appearance of the digital display in order to confirm that it is operating appropriately as the climate controls are adjusted.  In addition to testing the module’s knobs and dials, the system also performs haptic tests on the buttons.  A SMAC brand linear actuator is mounted adjacent to the robot’s gripper.  The robot moves the SMAC actuator into place while the built-in stroke and force sensors provide data that can be verified for proper specification.  Again, during this process, the electrical signals and corresponding display graphics are also confirmed for proper function.

Request More Info

Let's chat about how this can fit your solution. Simply fill out the form below and we will be in touch within 1 business day to discuss a solution.
FlexAuto logo
phone icon email icon linkedin icon youtube icon

(810) 742-8540
6202 S. State Road,
Goodrich, MI 48438

fanuc icon ria icon
map

© 2025 Flexible Automation Inc. | All Rights Reserved.