100% Tested SM 8mm SAMSUNG Feeder For SMT Amount Machine

High Precision SM 8mm SAMSUNG Feeder Durable For SMT Amount Machine
 

Specifications:

Supply Ability:

Sell&repair original new and used Samsung feeder:

• SAMSUGN CP SM SMN SME 24MM FEEDER
• SAMSUNG CP SM SMN SME 32MM FEEDER
• SAMSUNG CP SM SMN SME 8MM FEEDER
• SAMSUNG CP SM SMN SME 12MM FEEDER
• SAMSUNG CP SM SMN SME 16MM FEEDER
• SAMSUNG CP SM SMN SME 24MM FEEDER
• SAMSUNG CP SM SMN SME 32MM FEEDER
• SAMSUNG CP SM SMN SME 16MM FEEDER
• SAMSUNG CP SM SMN SME 44MM FEEDER
• SAMSUNG CP SM SME SME 8MM FEEDER
• SAMSUNG SM320 SM321 SM411 SM421 SM471 SM481 STICK FEEDER
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005677A CABLE ASSY-INLINE CABLE #34 [TEP-0N-34]
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005678A CABLE ASSY-LSO#2 SNS #3 [CP60HP-TH-TSV-0]
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005698A CABLE ASSY-VACUUM_PWR
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005750A  ASSY, NOZZLE-ODD_L_37x37
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005752A DRIVE_CABLE3_SMP300 PS3SM-SPC-050
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005753A DRIVE_CABLE4_SMP300 PS3SM-SPC-060
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005754A SERVO_ENC_CABLE1_SMP300 PS3SM-SPC-070
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005755A SERVO_ENC_CABLE3_SMP300 PS3SM-SPC-090
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005756A SERVO_ENC_CABLE_SMP300 PS3SM-SPC-090
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005774A CABLE ASSY-BOARD OUT SENSOR EXT CABLE (R)
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005777A ASSY, NOZZLE-ODD_S_37x37

Stock Adequate:

SMT Advantages:

An SMT component is usually smaller than its through-hole counterpart because it has either smaller leads or no leads at all. It may have short pins or leads of various styles, flat contacts, a matrix of solder balls (BGAs), or terminations on the body of the component.

The main advantages of SMT over the older through-hole technique are:

1. Smaller components.

2. Much higher component density (components per unit area) and many more connections per component.

3. Components can be placed on both sides of the circuit board.

4. Higher density of connections because holes do not block routing space on inner layers, nor on back-side layers if components are mounted on only one side of the PCB.