YAMAHA YSM10 Al ve Yerleştir Makinesi

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YAMAHA YSM10 Al ve Yerleştir Makinesi

SMT Toplama ve Yerleştirme Makineleri

January 13, 2025

Kategori Bağlantısı: SMT Toplama ve Yerleştirme Makineleri

sohbet Bizimle iletişim kur

Etiketler:

#SMT Elektronik Al ve Yerleştir Makinesi #PCB montaj ekipmanlarını seçip yerleştirmek #Smt toplama ve yerleştirme ekipmanları

Kısa: Discover the YAMAHA YSM10 Pick And Place Machine, the latest in high-speed modular SMT assembly solutions. Featuring a 1-head solution for versatile component handling, 25% faster speeds, and integrated advanced technologies for reduced downtime and enhanced precision.

İlgili Ürün Özellikleri:

Achieves world's fastest mounting capability at 46,000 CPH with a 25% speed increase over traditional models.
Single-head solution eliminates the need for head changes, handling a wide range of parts efficiently.
Enhanced scanning camera extends component dimension compatibility from 8mm to 12mm.
Flexible scalability with options like sATS15, ANC, and automatic nozzle stations for varied production needs.
Supports high-precision mounting of components over 6.5mm in height or larger than 12mm.
Integrates advanced features from top-tier YAMAHA machines to reduce pick and identification errors.
Compatible with electric intelligent feeders SS and ZS for seamless component supply.
Automated component data creation and tracking with e-Vision technology minimizes downtime.

Sorular:

What makes the YAMAHA YSM10 Pick And Place Machine stand out in speed?

The YSM10 achieves a 25% speed increase over traditional models, reaching up to 46,000 CPH, thanks to its lightweight universal HM head and next-gen servo systems.
Can the YSM10 handle large or tall components?

Yes, the YSM10 supports components over 6.5mm in height or larger than 12mm, with enhanced scanning camera technology for precise placement.
How does the YSM10 reduce machine downtime?

By integrating advanced features like e-Vision for automated component data tracking, the YSM10 minimizes pick and identification errors, significantly reducing downtime.