Description

1. Touch Screen Interface
   Equipped with an intuitive HMI (Human-Machine Interface) for streamlined operational control, parameter configuration, and real-time monitoring of lift cycle status. Facilitates rapid setup adjustments and diagnostics.

2. Full Enclosed Safety Design
   Constructed with rigid sheet-metal or aluminum-alloy framing to prevent ingress of contaminants and ensure operator safety during vertical PCB transfer operations. Complies with industrial ESD (Electrostatic Discharge) protection standards.

3. Maintenance-Optimized Top Cover
   Features a hinged or removable top panel enabling immediate access to internal components (e.g., belts, sensors, motors) for expedited troubleshooting, cleaning, or part replacement, minimizing line downtime.

4. Precision Width Adjustment via Lead Screw
   Incorporates a motorized or manual lead screw mechanism for micron-level calibration of conveyor rail spacing. Accommodates diverse PCB dimensions (e.g., 50×50mm to 530×460mm as per standard models) without mechanical play.

5. Stepper Motor-Driven Vertical Actuation
   Utilizes a high-resolution stepper motor synchronized with precision elevation screws (e.g., TBI brand referenced) to achieve smooth, repeatable vertical travel. Ensures accurate height positioning (±0.1mm tolerance typical) for seamless transfers between multi-level conveyors.

6. Minimized Transmission Clearance
   Engineered with tight-tolerance roller chains/belts and rigid guide rails to eliminate PCB wobble during ascent/descent. Critical for maintaining board alignment in high-precision SMT lines, especially with thin PCBs (≥0.6mm).

7. Customizable Sizing Options
   Scalable frame dimensions (L×W×H) and lifting stroke tailored to specific line configurations, buffer heights, or facility spatial constraints upon request. Supports integration into legacy or automated high-mix environments.

8. SMEMA/EMI Compliance
   Standardized electrical I/O interfaces (Input/Output signals) enable plug-and-play synchronization with upstream/downstream equipment (e.g., AOI, printers, placers). Supports bidirectional communication for automated line control and fault signaling.