Samsung SM Compatible Adjustable Vibration SMT Feeder with Straightforward Design

Adjustable Vibration Intensity SMT Feeder for Samsung SM Chip Mounter​

Introduction

This vibrating feeder, produced by Samsung, is tailored for use with the Samsung SM series of chip mounters. It offers configurations with either 3 or 5 tubes and possesses the ability to feed IC components.

Specification

Features

1. Featuring a straightforward linear design, the installation and maintenance processes are simple and straightforward.
2. We use high-quality components from globally recognized brands for the pneumatic, electrical, and functional components.
3. A precision high-pressure double crank mechanism ensures precise control over the die's opening and closing movements.
4. With a high level of automation and intellectualization, it guarantees a clean and contamination-free operating environment.
5. A linker enables seamless integration between the air conveyor and filling machine, facilitating direct inline operation.

About Us

Shenzhen Hansome Technology Co., Ltd. (HSTECH) specializes in manufacturing a comprehensive range of SMT board handling equipment, including Loaders, Unloaders, Buffers, Conveyors, and diverse other solutions tailored for industrial needs. As a high-tech enterprise with proprietary intellectual property rights, our company focuses on researching, developing, producing, and marketing board handling equipment specifically designed for SMT/THT production lines.

Our team boasts skilled technicians and experienced sales professionals who leverage advanced technology to provide our esteemed customers with efficient and reliable board handling solutions. Our engineering team, with extensive industry knowledge, stays abreast of the latest smart factory trends, continually enhancing our products and technology to meet the evolving demands of the market. We are dedicated to developing more automated and economically viable solutions while also offering customized OEM services that precisely match our clients' unique requirements.