PCB Conveyor

CVX-300 Smart Lane Transfer Conveyor | Off-Center, Dual Lane PCB Routing System

Automate PCB flow between misaligned lines. CVX-300 conveyor handles single/dual lanes & off-center transfers with 1-in-2-out, 2-in-1-out modes. PLC & touch screen control for seamless SMT line integration.

The CVX-300 Intelligent Lane Transfer Conveyor is the engineered solution for dynamic PCB routing in complex SMT and assembly environments. It masterfully manages board flow between single and dual lanes, including the challenging task of transferring between non-aligned (off-center) dual-lane conveyors. Equipped with multiple operating modes and smart controls, it eliminates manual intervention, resolves equipment misalignment issues, and creates truly flexible, high-uptime production lines.

Product Overview

• Advanced Lane Handling: Uniquely designed to transfer PCBs not only between single and dual lanes but also between off-center or misaligned dual-lane systems, a common challenge when integrating equipment from different vendors or generations.

• Multiple Routing Modes: Configurable for 1-in-2-out (distribution), 2-in-1-out (merging), 2-in-2-out (cross-lane transfer), and pass-through operation, offering unmatched flexibility for line balancing and routing.

• Precision Control & Ease of Use: At its heart is an industrial PLC ensuring reliable operation, paired with an intuitive LED true-color touch screen for easy mode selection, speed adjustment, and real-time monitoring.

• Seamless Production Line Integration: Features standard I/O signal interfaces for immediate online docking with stencil printers, placement machines, SPI, AOI, and other conveyor sections, enabling end-to-end automation.

• Robust & Reliable Design: Built for 24/7 operation with high-quality components, ensuring consistent performance and minimal maintenance in demanding manufacturing environments.

Why choose the CVX-300?

Equipment Mismatch: Eliminate costly and time-consuming mechanical modifications to align all conveyor tracks.

Production Inflexibility: Rigid production lines cannot adapt to the dynamic routing required for high-mix, low-volume production.

Manual Intervention Costs: Reduce or eliminate operators needed for manually transferring, merging, or sorting PCBs between production lines.

Capacity Bottlenecks: Mitigate congestion caused by differing cycle times of individual equipment through intelligent routing.