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Precision SMT Yamaha Feeder KW1-M1300-00 CL0201: Reliable Component Placement for PCB Manufacturing 1

Precision SMT Yamaha Feeder KW1-M1300-00 CL0201: Reliable Component Placement for PCB Manufacturing 2

Precision SMT Yamaha Feeder KW1-M1300-00 CL0201: Reliable Component Placement for PCB Manufacturing 3

Precision SMT Yamaha Feeder KW1-M1300-00 CL0201: Reliable Component Placement for PCB Manufacturing 4

Precision SMT Yamaha Feeder KW1-M1300-00 CL0201: Reliable Component Placement for PCB Manufacturing 5

Precision SMT Yamaha Feeder KW1-M1300-00 CL0201: Reliable Component Placement for PCB Manufacturing

The SMT Yamaha Feeder KW1-M1300-00 CL0201 is a top - notch component feeder for SMT lines. Its core features include high - precision component placement and compatibility with various SMT machines. Designed for CL0201 - sized components, it has a sturdy build for long - term reliability. Functionally, it ensures efficient component supply and smooth production. It plays a key role in maintaining production schedules and guarantees product quality through accurate placement. Its advantages are high - speed feeding, low maintenance needs, and easy integration into existing lines. This feeder enhances production efficiency, reduces costs, and boosts the competitiveness of electronics manufacturing businesses.

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Product Introduction

Product Display

1744509765629-kw1-m1300-110-cl8-213

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Product Advantages

Precision SMT Yamaha Feeder KW1-M1300-00 CL0201: Reliable Component Placement for PCB Manufacturing 20

Ultra-high Speed Performance The feeding speed can reach up to 800mm/s, which is compatible with the ultra-fast mode of Yamaha chip mounters, increasing the production capacity by over 30%. The intelligent tension adjustment technology ensures that miniature components such as ICs, resistors, and capacitors are fed without deviation.

Extreme Durability The main body is made of aviation aluminum material, combined with an anti-static ceramic ratchet, boasting a lifespan of over 5 million cycles (twice the industry average). With an IP65 dustproof and splash-proof design, it is suitable for dust-free workshops and high-humidity environments.

Precise Compatibility It natively supports Yamaha series chip mounters, allowing for plug-and-play operation without debugging. The customizable tape guides can accommodate components that conform to JEDEC standards as well as non - standard and irregularly shaped components.

Cost Optimization Solution With a modular design, key components such as feeding gears and sensors support quick replacement, reducing maintenance costs by 60%. It provides a 1-year warranty and a global 48-hour spare parts response service.

Application Scenario

Consumer electronics

Smartphone motherboards, TWS earphone circuit boards, smartwatch modules

Automotive electronics

ECU control board, vehicle-mounted sensors, charging modules for new energy vehicles

LED display

Mini LED backlight module, outdoor display screen unit

Medical electronics

PCBs for medical imaging equipment, implantable sensors

FAQ

What is the typical lifespan of an SMT Feeder? How to extend its service life?

Standard lifespan: The average lifespan of an industrial-grade SMT Feeder is 3 to 5 million cycles. For example, the Yamaha CL series can reach up to 8 million cycles.

How to fix communication errors between SMT Feeder and pick-and-place machine?

Confirm that the PIN pins of the Feeder interface are not bent or oxidized. Check whether the Feeder firmware version supports the model of the chip mounter. Restart the control unit of the chip mounter and reload the parameter configuration file of the Feeder.

Can third-party SMT Feeders match OEM performance?

Third-party Feeders have an advantage in terms of short-term costs, but there are significant differences. For high-precision and large-batch production, it is preferable to choose the original factory feeders. For trial production or scenarios with low complexity, it is possible to try high-quality third-party brands.

How to quickly replace worn parts like feeder gears?

Cut off the power supply and remove the tape. Use a 3mm hexagonal wrench to remove the gear cover plate (pay attention to the spring tension). Take out the old gear set and compare the pitch consistency with that of the new gear. Apply thermal conductive silicone grease and then install the new gear. Use a calibration jig to test the feeding tension (target value: 2.5N±0.3N).

Can you customize SMT Feeders for non-standard tape widths?

YES

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