The LPS-C is a high precision marking system, including recognition of the PCB mark and automatic correction of the X-Y coordinates before marking.
Panasonic’s LPS-C significantly improves the quality and process of marking. To avoid peeling off barcode-stickers or the smearing of printed marks, laser marking directly on the surface is a reliable alternative.
High-precision marking with a minimum cell size of 0.1 mm × 0.1 mm. In addition, the system can mark at high speed of 0.3 s/mark. As well as characters and numbers, the LPC-S is able to mark barcodes and 2D-codes.
The LPS-C has an automatic serialisation function which avoids wrong or duplicate serial numbers. This machine is an in-line solution and can be placed in any SMT production line and be fully integrated with PanaCIM.
|PCB Dimensions||L 50 mm × W 50 mm ~ L 510 mm × W 460 mm|
|PCB Weight||Max. 3 kg|
|PCB Thickness||0.3 ~ 8 mm|
|PCB Exchange Time||Max. 4 s|
|Electric Source||Single Phase AC 200, 220, 230, 240 V ±10 V 1.4 kVA|
|Pneumatic Source||0.5 MPa、28 L / min (A.N.R)|
|Dimensions *1||W 912 mm × D 1 772 mm × H 1 487 mm(When fume extractor is Installed at the rear)
W 1 422 mm × D 1 545 mm × H 1 487 mm(When fume extractor is Installed at the side)
|Mass||540 kg(Main Body), 31 kg(Fume Extractor)|
|Marking Field||55 mm × 55 mm|
|Character Width / Height||0.1 mm ~ 55 mm *2|
|Minimum Cell Size*3||Min. 0.1 mm× 0.1 mm|
|Marking Speed||Max. 3 000 mm /s|
|Character Type||English alphabets & numerals|
|Bar Code Types||CODE39, CODE128, ITF, NW-7, JAN(EAN)/UPC|
|2D codes Types||QR Code, Micro QR Code, iQR Code, Data Matrix, GS1Data Matrix|
- The automated laser marking reduces material cost because no inks and labels are needed.
- The LPS-C can be integrated in any production line for a fully automated, cycle time optimized production process.
- An offline editor allows the editing of marking coordinates and conditions.
- Marking data and verification information can be stored and exported via LAN and SD Card.
- Excluding signal tower
Settings range that can be accepted. The allowable size dependent on PCB conditions
Varies with PCB Conditions