Samsung’s EasyOLP off-line program tool converts various types of CAD data or ASCII files into placement data for Samsung systems. The converted data provides the basis for an optimum set-up for all machine configurations, thereby maximizing productivity.
|
| Universal Data Extraction |
EasyOLP can extract the required placement information from CAD data, ASCII files or placement programs from existing machines, regardless of the manufacturer.
|
| Workflow Management |
The component shortage warning feature prevent component shortages in real-time during machine operation. This feature minimizes machine downtime by permitting the operator to replenish components in advance so as to not impact production.
• Monitor remaining quantity for each component tape reel
• Alert the user that a component shortage is imminent
|
| Materials Management |
The EasyOLP program output is distributed via network to every machine tracking each job in its database.
|
| Automatic Optimization |
Line balancing algorithms evenly distribute the optimized component placer’s work load across the available machines automatically.
|
| Various Input File Support and Processing |
EasyOLP supports data input from multiple native language CAD formats, including Mentor, PADS, Protel and Zuken. In addition, ASCII files containing X and Y coordinate data and can be used to extract information from a variety of competitors systems. The data also can be imported from BOM files or other database files.
|
| Practical Visual Display |
 Similar interfaces are used for the PCB and machine views. Results of line balancing and optimization are presented in a graphical display of the work process.
|
| Effective Tabletop Management |
 EasyOLP effectively manages the placement program and feeder configuration. Work order and feeder changeover reports guide the setup. Updated programs, either created off-line or modified on the machine, are saved in a common database to ensure complete production tracking. Stored programs can be retransmitted to the machine for future production runs.
 |
EASY OLP
