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Solder Dispense

Automatic Adjustment Prevents Pick-up Errors

pick & place machines can use vision to calculate the offset of the component tape from the taught pickup position and index the tape feeder forward or backward accordingly. This feature is especially useful when reloading a feeder with a new reel where the alignment of the tape pocket position is slightly off from the position of the previous reel. If pickup errors associated with loose tolerances between components and tape pockets are a problem, this feature can be set to check and index on every pickup for the feeders with the problem tape reels.

Full Range of FeederSizes

Smart tape feeders are available in 8 mm to 72 mm widths with programmable tape index settings from 2 mm to 36 mm. Variable tape index settings, from 16 mm to 26 mm, can also be stored in the smart feeder memory modules. This is particularly useful for 32 mm through 72 mm tape widths when extra component length requires more than the standard 4 mm, 8 mm or 12 mm tape index. Storing these setting in the memory module ensures that the settings will be used for that feeder regardless of where it is loaded—even if it is loaded on a different machine.

Universal Stick Feeders for Flexibility

한번 다른 Model 변환을 하고할 때 사용하면 편리하다.

Smart stick feeders can be positioned directly adjacent to smart tape feeders and, like the tape feeders, are able to communicate with the MC series software via DB-9 interface connectors that plug into the smart feeder base. The memory modules store unique ID numbers that link the individual lanes in the feeder hardware with relevant feeder data, including assigned feeder position, component data, belt indexing increments, and on/off time control settings for the vibratory/gravity feed portion of the feeder.

Automatic Component Quantity Tracking

The software also tracks the number of components used, updating each feeder's memory module at the end of the production run with the quantity remaining on the reel (based on the number of pickups). This value, like the feeder ID, is retained with the feeder even after the feeder has been removed from the feeder base. When that feeder is loaded for new—or even a different—production run, the component quantity will be read from the smart feeder back into the assembly program so that an accurate component count can continue.

Feeder Position Verification

When using optimized feeder positionssmart feeder IDs can be verified against feeder position data to ensure that the correct feeders are in the correct connector ports.

Position Scanning for Fast Changeover

When optimized feeder positions are not used, the system can automatically scan the loaded feeders for their IDs and inform the assembly program of each pick-up's feeder location.

Quick-Change Feeder Locations

If the operator, for whatever reason, has to position the smart feeders in a different arrangement on the machine or doesn't want to reposition smart feeders that are used in consecutive production runs, the Change Feeder Location Function can be used to import the new feeder ID data into the pick and place file.

Cut Out Manual Data Entry

An optional bar code reader can make quick work of reading and entering component data, including value, lot code, date code and starting quantity, directly from the reel or other packaging.

TS-1 Tray Holder

IC Tray을 Multi로 여러 부품을 한 Tray에 설정 작업 할 수 있다.

TS-1 tray holder occupies approximately 330 mm x 140 mm of work area and is designed to hold a standard 316 mm x 136 mm JEDEC Matrix Tray or up to two cut strip tape holders. The TS-1 provides adjustability for a wide variety of smaller matrix tray and waffle pack combinations and can easily be modified for custom tray configurations.