G3 Series The World's Highest Throughput is Realized by the Popular Rotary Head System. Quality, Stable Mounting by 48,000 pcs/ h.   The Panasert MSHIII is a high-speed placement machine providing accurate mounting of components ranging from 1005 microchips to 18 mm QFPs for high-density PC boards at a high speed of 0.075 sec/ piece. The rigid coaxial double nozzle and reflective visual recognition technology allows high-speed, high-precision placement.     Features High-speed and high-precision placement tact time of 0.075 sec/ piece    Featuring a rigid coaxial double nozzle, the simple construction exhibits very little inertia and movement of the head. The rotary head construction greatly contributes to the high-speed placement of microchips.    Chips from 1005 microchips to 18 mm QFPs can be mounted at the high speed of 0.075 sec/ piece maximum. Two separate feeder carriage system    The two separate feeeder carriage system allows components to be exchanged and replenished during operation, reducing downtime.    Each carriage can store up to 75 types of components, or a maximum of 150 types total in the two separate feeder carriages.   The special 8 mm thin parts cassette reduces the machine width down to 5,500 mm, achieving space saving. Double nozzle configuration achieves accurate placement of wide variety of components    Since two nozzles (small and medium) are on one axis, the ideal nozzle for the component can be readily selected.    A unique rigid lightweight coaxial double nozzle improves nozzle positioning accuracy, enabling precise component placement. Flexible operation for high productivity    Automatic width control and board thickness adjustment help to improve productivity. Reversible board transfer is also a standard feature suited to the production system and factory layout.    Compatible with IPC system to prevent loading errors.   Input and output of NC data, I/O monitoring and transfer of production management data through an RS-232C serial port are possible. Ease of operation    Information such as operation sequence, program editing, operating status, and production control is displayed on a color interface monitor.