New Scale Robotics enhances its automated gauging system through robotic thread verification
Thread verification is the latest enhancement to New Scale Robotics’ Q-Span Automated Gauging System, a “do-it-yourself” robotic automation system for quality teams in high-mix, small-batch manufacturing.
The Q-Span Gauging System automates gauging processes by combining existing manual gauges with a collaborative robot, grippers for part handling, easy-to-use metrology and robot control software, and automated data collection.
The robot arm loads parts into a fixture and activates the thread gauge to verify or chase threaded holes or external threads.
The Q-Span System can then sort parts based on measured data, such as thread depth of blind holes, or reject parts for defects such as missing, short, or improperly formed threads.
Systems can be configured for “GO” gaging, “NO GO” gaging, combination gaging, or even thread chasing.
Data from all gauges in the Q-Span System – including thread gauges, robotic calipers, LVDT probes, drop gauges, bore gauges, laser micrometers, vision system, 2D telecentric profilers, and more – is combined into one convenient output for statistical process control.
Data from any or all gauges can be used in real time for in-process decision making and process monitoring.
A Q-Span Automated Gauging System with a thread gauge, bore gauge, drop gauge, robotic calipers, and grippers for part handling will be shown at the Precision Machining Technology Show April 18-20, 2023 in Cleveland, Ohio (New Scale Robotics’ Booth #4109).
The Q-Span Gauging System incorporates a Universal Robots collaborative robot for flexibility, ease of use, and rapid return on investment.
The mobile workstation table fits into existing workspaces and work flows. New Scale Robotics incorporates gauges and grippers to meet each customer’s initial needs, and users can easily configure the control software themselves for additional parts and processes.
No robotics experience or special training is needed, says New Scale Robotics.