loading

A professional manufacturing, trading and agency company with 16 years of experience in SMT machines

Boost SMT Line Efficiency with FUJI CP642/CP643 In-Conveyor Belt (3285) – WQCS5091
In the world of Surface Mount Technology (SMT), the smooth coordination of components within pick-and-place machines is essential to maintaining high productivity and yield. For manufacturers using the FUJI CP642 or CP643, the In-Conveyor Belt WQCS5091 plays a vital role in the stable transfer of PCBs inside the machine, ensuring precise placement and uninterrupted production flow.
2025 07 22
SMT Siemens Feeder Calibration Jig: The Key to Enhancing Placement Accuracy
Article Summary:This article explores the importance of the SMT Siemens Feeder Calibration Jig in ensuring accurate component placement in SMT production lines. It highlights the key features, advantages, and typical applications of the calibration jig, explaining why regular Feeder calibration is essential for maintaining high efficiency, reducing machine downtime, and improving production yield.
2025 07 19
Industry Focus: IPC APEX EXPO 2025 Recap – Driving the Future of Smart Manufacturing

At the start of 2025, IPC APEX EXPO brought together global leaders in SMT and electronics manufacturing. The spotlight was on smart manufacturing, automated assembly, and AI-powered inspection and data integration. Key trends included flexible production, high-reliability design, and sustainable material applications, reflecting the evolving direction of SMT lines.

Highlighted innovations included:



Advanced visual systems in pick-and-place machines



Eco-friendly solder paste alternatives



Data-driven process optimization
2025 06 24
Understanding the SMT Fuji Nozzle CP7 1.0mm (ADCPH7531): Precision and Reliability in SMT Production

Explore the features and benefits of the SMT Fuji Nozzle CP7 1.0mm (ADCPH7531), designed for precise SMD placement on Fuji CP7 pick-and-place machines. Ideal for high-speed SMT production.
2025 06 20
Samsung SM 8×4mm SMT Feeder – Quad-Lane High-Efficiency Tape Feeder for SM Series Machines
Looking to upgrade your SMT production speed and efficiency? The Samsung SM 8×4mm SMT Feeder, now available at AISMT Supplier, delivers powerful multi-lane performance, allowing your Samsung SM series machines to handle four 8mm component tapes simultaneously.
2025 06 13
Samsung SMT CP Series 8×2mm Feeder – Precision Tape Feeding for High-Speed SMT Lines

The Samsung SMT CP Series 8×4mm Feeder is a compact, high-performance component feeding solution tailored for efficient SMT assembly. Designed specifically for small surface-mount devices such as resistors, capacitors, and diodes, this feeder supports 8mm-wide carrier tapes with a 4mm pitch—a standard format in high-density circuit board production.
2025 06 12
KV6-M7113-23X SMT Nozzle – Replacement for Yamaha Machines
High-precision KV6-M7113-23X nozzle for Yamaha SMT machines. Durable, compatible, and ideal for efficient PCB placement in high-volume production.
2025 06 11
SMT Yamaha Nozzle KGR-M71N3-A1X | High-Precision Durable Placement Nozzle for Yamaha SMT Machines
Discover the SMT Yamaha Nozzle KGR-M71N3-A1X, designed for precise and reliable component placement on Yamaha SMT machines. Engineered with durable materials for long-lasting performance, it enhances production efficiency and reduces maintenance costs in high-speed PCB assembly.
2025 06 10
What Is SMT?
2025 06 04
no data
recommended for you
no data
Ready to work with us ?
aismtsupplier@gmail.com
Find us here: 
With 20 years of experience in the SMT industry, we have successfully helped thousands of companies gain the trust of customers from80 different countries. We welcome collaboration and partnerships, and look forward to working with you.
Contact Us
Contact person: jiaqin luo 
Tel / WhatsApp: +86 135 383 96713 
E-mail: aismtsupplier@gmail.com

Add:
Songshan Lake Industrial Building, Dongguan, Guangdong, China zip 523808


Copyright © 2025 Quanzhu | Sitemap  |  privacy policy
Contact us
whatsapp
Contact customer service
Contact us
whatsapp
cancel
Customer service
detect