This Heavy-Duty Inductive AGV Cart acts as a high-capacity autonomous transport shuttle designed for the reliable movement of massive payloads along a fixed wire-guided path. Built by Gradin as a custom engineered-to-order (ETO) solution, the vehicle utilizes electromagnetic inductive sensors to follow a wire embedded in the facility floor, a navigation method chosen for its extreme reliability in environments with heavy metal interference or high dust levels. Engineered to support rigorous 24/7 duty cycles, the cart features a reinforced steel chassis and high-torque electric motors capable of transporting multi-ton workpieces with consistent accuracy. The system includes programmable PLC logic to manage complex stop sequences and is equipped with multi-zone safety scanners to ensure a secure interface with human workers and other machinery. By providing a stable, vibration-free logistical bridge for heavy raw materials or finished products, this Inductive AGV Cart eliminates the variability of manual transport and optimizes the predictable flow of goods across the production floor.
| Categoría técnica | Key Parameters | Referencia estándar | Gradin Bespoke Options (ETO) |
| I. Core Performance | Capacidad de carga nominal | 20,000 kg (20 Tons) | Scalable up to 150,000kg (150T+) |
| Guidance Technology | Magnetic / Electromagnetic | Bespoke Multi-Path Inductive Logic | |
| Travel Speed | 20 m/min (Full Load) | Adjustable VFD Speed up to 60 m/min | |
| Precisión de posicionamiento | ± 10 mm | High-Precision Station Docking (± 3 mm) | |
| II. Structural & Material | Chassis Engineering | Welded Carbon Steel | FEA-Optimized High-Tensile Box Section |
| Steering Technology | Differential / Multi-Axle | Synchronized Multi-Module All-Wheel Steer | |
| Platform Surface | Reinforced Steel Plate | Motorized Rollers / Turntables / Custom Jigs | |
| Surface Treatment | Industrial Powder Coat | C5-M Corrosion-Resistant / Foundry Grade | |
| III. Control & Intelligence | Control System (PLC) | Siemens S7-1200 | Siemens S7-1500 / Allen Bradley / 5G |
| Inductive Sensor Logic | High-Sensitivity Arrays | Anti-Interference Shielded Sensors | |
| Protocolo de comunicación | Industrial Wi-Fi | Profinet / EtherCAT / MQTT Integration | |
| System Connectivity | Standalone | Full WMS / MES / Industry 4.0 Integration | |
| IV. Environment & Safety | Operating Temperature | -10°C to +40°C | Extreme Heat (+80°C) or Cold Storage |
| Safety Sensors | Laser Scanners | 360° Safety Perimeter / Dynamic Muting | |
| Emergency Measures | Dynamic Braking | Fail-Safe Electromagnetic Load Locking | |
| Compliance Standard | CE / ISO 3691-4 | Full OSHA / ASME / AS3000 Compliance |
High-Reliability Inductive Guidance and Anti-Interference Logic
Traditional navigation systems often fail in industrial environments with high dust levels or complex obstructions. The Gradin Bespoke Inductive AGV Cart utilizes advanced electromagnetic or magnetic wire technology for consistent path-following.
Environmentally Resilient: Unlike laser navigation, induction-based logic is unaffected by steam, ambient light fluctuations, or high-dust foundry environments.
Precision Tracking: Our sensor arrays are shielded against industrial EMF, ensuring the cart follows floor-embedded paths with millimeter consistency across long-distance transfers.
Dynamic Route Complexity: We design multi-path logic that allows the cart to perform complex multi-station docking, ensuring that your high-tonnage materials are delivered to the exact production coordinate every time.
FEA-Validated Structural Integrity for 150-Ton Payload Dynamics
Lifting and transporting ultra-heavy industrial loads requires a frame engineered to manage massive bending moments and inertial forces. Every Gradin Bespoke Inductive AGV Cart is engineered using Análisis de elementos finitos (FEA) during the design phase.
Zero-Deflection Chassis: We utilize reinforced high-tensile steel structures specifically optimized for your payload’s center of gravity to ensure absolute stability during turns and emergency stops.
Multi-Axle Load Distribution: Our chassis engineering focuses on floor-loading protection, distributing massive weight across synchronized drive modules to prevent floor damage in your facility.
Torsional Stress Management: This engineering-first approach ensures the vehicle maintains absolute structural integrity during the high-torque startup and deceleration phases of 150T material transfer.
Industry 4.0 Connectivity and Fleet Management Integration
Heavy material handling must function as a synchronized node within a digital factory ecosystem. Every Gradin Bespoke Inductive AGV Cart features an open-architecture control system designed for full factory integration.
Real-Time Data Handshake: Through Profinet, EtherCAT, or 5G connectivity, the cart provides instant feedback on location, load distribution, and battery health to your Manufacturing Execution System (MES).
Autonomous Traffic Logic: Our control logic integrates with your Warehouse Management System, allowing for autonomous mission prioritization and traffic de-confliction in multi-AGV environments.
Predictive Maintenance Monitoring: The system tracks motor torque profiles and sensor health, providing the data needed to prevent unplanned downtime in high-stakes 24/7 automated facilities.
[Automotive Stamping] – Continuous Heavy Die and Coil Flow
The Challenge: Maneuvering 50-ton dies through press shops where lighting and floor space are restricted, making laser navigation unreliable.
Gradin Solution: El Gradin Heavy-Duty Inductive AGV follows a dedicated floor-path with zero risk of navigation loss. By performing a digital handshake with the press line, the cart ensures dies are aligned and ready for the next tool change, significantly reducing downtime.
[Steel & Metal Production] – High-Heat Slab and Ladle Transfer
The Challenge: Operating automated transport in areas with high radiant heat and metallic dust that obscures optical or laser-based navigation sensors.
Gradin Solution: Our bespoke inductive guidance systems are optimized for harsh foundry environments. With thermal shielding and sealed electronics, the cart navigates ladle-transfer bays with consistent, autonomous precision, ensuring safe and reliable molten-metal logistics.
[Power & Energy] – Massive Transformer and Turbine Logistics
The Challenge: Moving oversized, 100-ton components through narrow production bays with a requirement for vibration-free, stable transit.
Gradin Solution: Engineered with synchronized multi-module drive logic and high-capacity suspension. Our AGV carts ensure that delicate, multi-ton energy components are moved with absolute stability, maintaining structural integrity throughout the multi-stage assembly process.
Redundant Safety Architecture and High-Tonnage Inertia Management
Safety in an autonomous ultra-heavy industrial environment is our most critical engineering priority.
Multi-Layered Safety Perimeter: Every Gradin Bespoke Inductive AGV Cart is integrated with dual-laser scanners and ultrasonic sensor fusion that create programmable “warning” and “emergency stop” zones tailored to your aisle widths.
Fail-Safe Braking Systems: We utilize electromagnetic braking logic calibrated for the specific inertia of your maximum payload (up to 150T+), ensuring a controlled stop even in the rare event of a total power loss.
Intelligent Load Monitoring: The PLC features active load-stability logic, which monitors the cargo position in real-time and executes a controlled deceleration if any shift is detected, ensuring total compliance with global safety standards (ISO 3691-4).
Para esta serie de alta resistencia, podemos diseñar capacidades de carga de hasta [300] toneladas, con dimensiones de la plataforma y alturas de elevación adaptadas a sus necesidades operativas. Los requisitos que excedan nuestra matriz de ingeniería estándar serán sometidos a un análisis de elementos finitos (FEA) por parte de nuestro equipo de ingeniería para garantizar la viabilidad estructural antes de proponer una solución.
Para dar inicio a la propuesta de ingeniería, por favor proporcione los siguientes datos de referencia:
Capacidad de carga nominal
Altura máxima de elevación y altura en posición cerrada
Dimensiones de la plataforma (largo x ancho)
Ciclo de trabajo (p. ej., ciclos operativos por hora/día)
Condiciones ambientales (p. ej., interior/exterior, lavable, a prueba de explosiones)
Restricciones relacionadas con la profundidad del foso o la altura libre
Sí. Los sistemas de control pueden equiparse con protocolos de comunicación estándar (por ejemplo, Profinet, Modbus, Ethernet/IP) utilizando [Siemens / Allen-Bradley / Omron] PLC. Esto garantiza una sincronización perfecta de las señales de E/S con las cintas transportadoras de entrada y salida, las unidades AGV/AMR y su sala de control central.
Cada unidad personalizada se somete a una prueba de aceptación en fábrica (FAT) obligatoria antes de su envío. Esto incluye pruebas de funcionamiento continuas a la carga nominal de 100%, pruebas de sobrecarga estática a [120% / 125%] capacidad, así como la activación física de todos los dispositivos mecánicos anticaída y los enclavamientos de seguridad hidráulicos. La documentación de la prueba de aceptación en fábrica (FAT) y el video de prueba se incluyen en su paquete de ingeniería.
Una vez aprobados definitivamente los planos del esquema general (GA), el plazo de fabricación suele ser De 4 a 8 semanas. Los componentes estructurales de gran tamaño se diseñan con una estructura modular para que quepan en contenedores de transporte estándar (20 pies/40 pies de altura). El montaje in situ utiliza uniones con bridas atornilladas prefabricadas y conectores de alta resistencia de tipo aeronáutico, lo que elimina por completo la necesidad de soldar en el lugar de la obra.
Ofrecemos un estándar [12/24]-meses de garantía que cubre el bastidor estructural y los componentes hidráulicos y eléctricos principales. Para minimizar el tiempo de inactividad, se envía junto con el equipo un conjunto completo de consumibles estándar (por ejemplo, kits de sellos para cilindros, interruptores de recorrido y relés). Durante el período de garantía, las piezas de repuesto para fallas no causadas por el usuario se envían por transporte aéreo urgente (DHL/FedEx) en un plazo de 48 horas.
Más allá de la garantía, te garantizamos asistencia técnica de por vida. Los planos CAD, los esquemas eléctricos y la lista de materiales (BOM) de su equipo personalizado se archivan de forma permanente en nuestro sistema. Esto garantiza que reciba asistencia técnica remota ininterrumpida, orientación sobre el mantenimiento y piezas de repuesto que se ajusten exactamente a su equipo durante todo su ciclo de vida.
🔒 Seguro y confidencial: Tu propuesta técnica y tu diseño en 3D estarán listos en 2 horas.
Gradin Machinery es un fabricante líder especializado en plataformas elevadoras y soluciones de elevación hidráulica. Con certificaciones ISO y CE, ofrecemos equipos seguros, confiables y personalizados para satisfacer las necesidades industriales a nivel mundial
Copyright ©2026 GRADIN Maquinaria. Todos los derechos reservados
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