Description

placement performance: Placement speed: up to 80,000 CPH (under ideal conditions), high-speed placement is achieved through the collaborative operation of dual cantilevers (2 Gantry) and 20 spindles (20 Spindle).
Placement accuracy: Standard components: ±25μm (Cpk≥1.0) IC components: ±30μm (Cpk≥1.0)19.
Applicable component range: supports 0201 (0.25×0.125mm) to 55×55mm (maximum height 15mm), covering microchips, LEDs, QFP/BGA packages, etc.159.

Vision system: 1. Flying Vision: Component recognition is completed while the placement head is moving, reducing pause time and improving efficiency19.
2. HD camera: 5M pixel camera, supports accurate recognition of micro components such as 0402 and 060317.

Side View Camera: 1. Real-time inspection of nozzle status and component posture to prevent missed or wrong placement79.
2. 3D laser detection (optional): Detect component height and coplanarity to avoid cold soldering or tombstone13.

Feeder system: 1. Electric feeder (eFeeder): Supports 8mm to 56mm belt feeders, compatible with tube-mounted and tray-mounted components, with a capacity of 120 stations15.
2. Smart Feeder technology: automatic material receiving and material shortage warning, reducing manual intervention and improving production continuity17.

Motion control system: 1. Dual cantilever structure: linear motor drive, X/Y axis resolution reaches micron level, combined with vibration suppression algorithm to ensure high-speed placement stability19.
2. Dynamic pressure control: automatically adjust the placement pressure according to the component type to prevent damage to precision components39.

Software and intelligent functions: 1. Real-time path optimization: automatically allocate component placement sequence, reduce cantilever idle travel time, and improve efficiency15.
2. Family Job Change: When similar machines change lines, they share feeders and nozzles, shortening the line change time by 40%79.
3. Error information sharing: By sharing error marks (Badmarks) between SMT production line equipment, the overall production cycle is shortened