Yamaha CL 8*2mm FEEDER KW1-M1400-00X used in SMT pick and place machine
Min. Order: 1 Piece/Pieces
Trade Term: FOB,CIF,EXW
Payment Terms: Paypal, L/C, T/T, WU, Money Gram
Means of Transport: Ocean, Air, Land
Production Capacity: 1000
Packing: good package
Delivery Date: 3-5 days
Brand Name: Yamaha
PN: KW1-M1400-00X
Original: new and used
Model: CL
Weight: 2 kg
Yamaha CL 8*2mm FEEDER KW1-M1400-00X used in surface mount technology (SMT) machines for electronic assembly.
to the pick-and-place head of the SMT
Yamaha CL 8*2mm FEEDER KW1-M1400-00X used in SMT pick and place machine
  • Yamaha CL 8*2mm FEEDER KW1-M1400-00X used in SMT pick and place machine
  • Yamaha CL 8*2mm FEEDER KW1-M1400-00X used in SMT pick and place machine

Features:
Part Number: CL Feeder
KW1-M1500-030 CL 8*2mm Feeder for 0201
KW1-M1400-00X CL 8*2mm Feeder for 0402
KW1-M1100-000 CL 8*4mm Feeder
KW1-M2200-300 CL 12mm Feeder
KW1-M3200-10X CL 16mm Feeder
KW1-M4500-015 CL 24mm Feeder
KW1-M5500-010 CL 32mm Feeder
KW1-M6500-000 CL 44mm Feeder
KW1-M7500-000 CL 56mm Feeder
KW1-M8500-000 CL 72mm Feeder


he Yamaha  feeder is a component used in surface mount technology (SMT) machines for electronic assembly. It is designed to hold and feed electronic components, such as resistors, capacitors, and integrated circuits, to the pick-and-place head of the SMT machine.

The  feeder is known for its high-speed and accurate component feeding capabilities. It is equipped with a motorized mechanism that advances the components forward, allowing them to be picked up by the pick-and-place head and accurately placed onto the circuit board.

Yamaha feeders come in various sizes and configurations to accommodate different component sizes and types. They are typically designed to be easily interchangeable and can be quickly swapped out during production to accommodate different component requirements.

Overall, the Yamaha YS feeder plays a crucial role in the efficient and precise assembly of electronic components in SMT machines, contributing to the overall productivity and quality of electronic manufacturing processes.