Detecting torque changes from operator pull replaces barcode scanning, resolving recognition errors among multiple feeders.
High stalk blown film process stabilizes tubular extrusion using controlled gas streams to orient micro-voided polyethylene structures.
A tape guide opener moves with the feed tape to maintain cutter position relative to the carrier.
A component holding apparatus uses imaging devices and laser displacement meters to determine actual positions of scattered components.
A magnetic coupling mechanism decouples inertia forces from the stroke actuator, enabling precise placement force control and faster cycle times.
Integrating multiple projection targets into one mark projector reduces component count and device size while maintaining measurement precision.
A component mounting device uses imaging cameras to detect extraction errors before suction.
Fixed nozzle assignment eliminates exchange delays, shortening cycle time while maintaining parallel conveyance flexibility.
A mounting system compares board images with CAD data to detect positional deviations before component placement.
Multi-pipette placement head releases components via positive pressure, reducing valve complexity and equipment cost.
Automated splicing device joins carrier tapes via precise cutting and positioning to eliminate pitch deviations that cause component pickup errors.
Imaging devices capture component shapes to create mounting data, eliminating manual preparation steps.
A splicing device detects embossed and paper tapes using distinct sensors to calculate component storage section pitch.
A reel supporting member guides the axle to a discharge opening as carrier tape is pulled out.
Wireless RFID updates track roll bodies during tape switching to prevent traceability loss.
A component mounter sets bulk feeder supply timing based on collectable quantity to minimize waiting time.
Multi-direction imaging on the head unit acquires horizontal and vertical positions without moving the measurement device, reducing suction operation time.
A component mounting system adjusts feeding speed based on electronic component shape data.
A tape feeder detects carrier tape presence to determine transport mode upon power reintroduction.