SCI-CPXⅡ
Next Generation nozzle full automatic solution (Clean, Inspection, Traceability)
Effortlessly set the Panasonic nozzle changer directly from the mounter to the cleaning machine. Track nozzle status using 2D codes and manage replacement timing via PanaCIM. Enjoy efficient cleaning with automatic inspection of suction power, identifying defective nozzles for repair or replacement. Advanced traceability and PanaCIM connectivity ensure stable cleaning processes and improved yield rates.
Specifications
| Product No. | SCI-CPXⅡ |
|---|---|
| Outside dimension and Weight | W: 800 x D: 800 x H: 1,900 mm (Including signal tower) Aprrox. 280 kg |
| Power | AC 110, 120, 220, 240 V 50/60 Hz (Selectable) 220 VA |
| Ultrasonic | 38±4 kHz 50 W |
| Air | 0.5 MPa 330 NL/min |
| Cleaning agent | Purified water |
| Takt time | Approx. 16 min by 8 nozzle head (16 nozzles) *1 Approx. 31 min by 12/16 nozzle head (32 nozzles) *1 |
Specifications
Set Panasonic Nozzle Changer Effortlessly
The Panasonic nozzle changer can be set directly from the mounter to the cleaning machine for seamless operation. Track and trace the nozzle status for each cleaning cycle by reading the 2D code on the nozzle, ensuring accurate monitoring and performance tracking. The system is designed to automatically manage nozzle replacement timing and other processes by connecting with PanaCIM.
Efficient Cleaning and Automatic Inspection
With a one-set cleaning process, the nozzle changer streamlines operations, enabling easy transfer from the mounter to the cleaning machine. The system features automatic inspection capabilities that measure the suction power of nozzles using airflow rate. This functionality identifies defective nozzles, prompting timely repair or replacement to maintain performance.
Advanced Traceability and Connectivity
The stability of the cleaning process is controlled and monitored via a PC, with all records linked to the nozzle’s 2D code for comprehensive traceability. By connecting to PanaCIM, the system enhances overall yield rates, making it a valuable tool for improving production efficiency.