Brief introduction

EP XQC201E Reach Mast Forward-Moving Robot: High-Bay Storage & Automated Docking Solution

Meta Description: EP XQC201E reach mast forward-moving AGV delivers high-bay stacking precision, automated equipment docking, and laser SLAM navigation—ideal for high-density warehouse storage and smart factory automation workflows.

EP’s XQC201E Reach Mast Forward-Moving Robot is a specialized autonomous reach truck engineered for high-bay pallet stacking/retrieval and seamless automated equipment docking. Its forward-moving reach mast design enables precise access to deep racking, while robust navigation and safety systems make it the ideal solution for high-density warehouses and smart factories seeking to automate end-to-end material flow.

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Core Application Scenarios ✨

1. High-Bay Rack Stacking: Automates precise pallet stacking/retrieval in tall, deep racking systems, maximizing vertical storage density in high-bay warehouses.
2. Automated Equipment Docking: Seamlessly connects with robotic arms, conveyor lines, and automatic doors, enabling fully unmanned material transfer between production and storage.
3. Warehouse-to-Production Logistics: Supports just-in-time (JIT) material delivery between high-bay storage and assembly lines, eliminating manual handling bottlenecks.
4. Multi-Shift Continuous Operations: Reduces labor dependency in repetitive stacking tasks, supporting 24/7 warehouse and factory automation workflows.

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Core Functional & Structural Advantages 🔧

📦 Forward-Moving Reach Mast Design

• Deep rack access: Forward-moving mast enables precise pallet handling in deep, high-bay racking, eliminating the need for extra aisle space.
• Stable high-lift performance: Robust hydraulic system ensures safe, stable lifting to extreme heights, ideal for multi-level storage.
• Precise positioning: Optimized mast geometry delivers millimeter-level accuracy when docking with racking and automated equipment.

🎯 Precision Navigation & Reliable Operation

• Laser SLAM navigation: Delivers ±10mm positioning accuracy, ensuring reliable docking with high-bay racks and production equipment in dynamic environments.
• Dual-mode task support: Optimized for both high-bay stacking and point-to-point transport, adapting to diverse warehouse and factory workflows.
• Comprehensive safety protection: Integrates 360° laser obstacle detection, anti-collision bumpers, emergency stop buttons, and audible-visual alarms for safe human-machine collaboration.

🧠 Smart Integration & Fleet Management

• Seamless WMS/MES/ERP integration: Enables centralized task scheduling, real-time inventory tracking, and fleet management for end-to-end automation.
• Automated equipment docking: Precisely interfaces with robotic arms, elevators, and conveyor systems, enabling fully unmanned material transfer workflows.
• Easy deployment & maintenance: Intuitive programming interface and modular components reduce setup time and maintenance costs.

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Key Technical Specifications 📊

Parameter	Specification
Product Model	EP XQC201E
Product Type	Reach Mast Forward-Moving Robot (Autonomous Reach Truck)
Navigation Mode	Laser SLAM
Positioning Accuracy	±10 mm
Core Design Highlight	Forward-Moving Reach Mast for Deep High-Bay Racking
Safety Configuration	360° Laser Detection, Emergency Stop, Anti-Collision Bumper, Audible-Visual Alarm
Application Scope	High-bay warehouses, automated production lines, smart factories, logistics hubs

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Why Choose EP XQC201E?

1. High-Bay Storage Efficiency: Forward-moving mast design maximizes vertical storage density and enables access to deep racking.
2. Automated Docking Capability: Seamlessly integrates with production equipment, enabling fully unmanned material transfer workflows.
3. Precision & Safety: High-accuracy navigation and comprehensive safety systems ensure reliable operation in dynamic industrial environments.
4. Low TCO: Reduces labor costs for manual stacking, minimizes storage footprint expenses, and supports remote maintenance.
5. Scalable Solution: Compatible with EP’s full AGV product line, easily expandable to meet growing automation needs.