SMT PCB Magazine Unloader – ET 250UL
Overview
The SMT PCB Magazine Unloader – ET 250UL by Estovir Technologies is a fully automatic unloading system designed for removing printed circuit boards (PCBs) from production lines and placing them efficiently into magazines. Built with precision, durability, and stability in mind, this machine is ideal for modern SMT (Surface Mount Technology) and AI (Automatic Insertion) assembly lines.
Engineered with a high-strength aluminium alloy frame, the ET 250UL ensures long-term operational stability and minimal vibration during continuous industrial use. Its PLC + micro-computer control system guarantees smooth, reliable, and programmable performance, while the intuitive touchscreen interface provides easy, user-friendly operation. The unloader supports various PCB sizes and thicknesses, with adjustable pace settings based on board specifications. Additionally, it features multi-color light and sound alarm indicators for real-time system alerts and safety notifications.
Key Features of SMT PCB Magazine Unloader – ET 250UL
Durable Aluminium Alloy Structure
- High-strength frame provides exceptional stability and vibration resistance.
- Ensures reliable long-term operation under continuous industrial load.
Advanced PLC + Micro-Computer Control
- Delivers steady and consistent performance.
- Enables precise, automated unloading cycles with minimal human intervention.
Touchscreen Display
- Intuitive, user-friendly control panel for simplified operation.
- Reduces operator training time and enhances workflow efficiency.
Smart Alarm System
- Multi-color light and sound alarm for operational safety alerts.
- Notifies users immediately in case of system faults or process issues.
Adjustable Elevator Pace
- Pacing speed can be configured (10–60 mm optional) according to PCB thickness.
- Allows flexible operation for different magazine types and PCB formats.
Fast Magazine Replacement
- Magazine changeover completed in ~30 seconds, maximizing productivity.
- Smooth lifting mechanism ensures safe handling during replacement.
Energy-Efficient Design
- Operates on AC 220V, 50Hz power with 4–6 kg/cm² air pressure.
- Designed for energy efficiency and low maintenance operation.
Applications of SMT PCB Magazine Unloader
The ET 250UL is designed for automated PCB unloading in electronic manufacturing environments where precision, reliability, and safety are essential.
- Automatic unloading of PCBs from SMT or AI production lines.
- Safe stacking of PCBs into magazines after inspection or soldering.
- Reduces manual handling to minimize risk of PCB damage.
- Ideal for automated assembly lines requiring consistent throughput.
- Ensures continuous, stable, and hands-free unloading operation.
Why Choose ET 250UL PCB Magazine Unloader
The ET 250UL offers a perfect balance of intelligent automation, mechanical stability, and ease of use. It’s a trusted choice for electronics manufacturers looking for reliable and efficient PCB unloading solutions.
- Superior build quality with aluminium alloy construction for enhanced durability.
- PLC + micro-computer control ensures smooth, stable, and reliable operation.
- Touchscreen interface simplifies setup and control.
- Multi-alarm system improves safety and operational awareness.
- Adjustable pitch and magazine configuration for versatile applications.
- Quick 30-second magazine changeover reduces downtime.
- Low-maintenance, energy-efficient design for 24/7 industrial use.
- Backed by Estovir Technologies’ expert support and service.
Our PCB Handling Equipment Range
At Estovir Technologies, we design and manufacture a complete line of PCB handling systems tailored for SMT and AI production environments, ensuring performance, reliability, and automation excellence.
- SMT PCB Magazine Loader – ET 250L
Automatic PCB loading solution with PLC control and quick changeover. - SMT PCB Magazine Unloader – ET 250UL
Fully automatic PCB unloading system with high-speed operation and safety alarms. - PCB Conveyor Systems
Efficient conveyor modules for smooth PCB transfer between SMT/AI process stations.
