Medium AMHS Trolley OTS-812-001

Description

Key Points:-

• Overhead-mounted transport trolley (Model OTS-812-001) for medium-load material handling.

• Transports payloads up to 100 kg along suspended overhead rails with a R1000 mm turning radius.

• Powered continuously via slide contact lines to eliminate battery charging downtime.

• Reaches travel speeds up to 180 m/min and vertical lifting speeds up to 30 m/min.

• Delivers 5 mm walking positioning accuracy and 2 mm lifting positioning accuracy up to a 6,000 mm lift height.

• Features a coaxial rotating walking mechanism for four-wheel load balance and stability.

• Supports specialized payload attachments, including side roll-in, bottom open-close, and manipulator arms.

• Integrates via Wi-Fi/PLC with WMS, MES, and ERP systems for dynamic task allocation and tracking.

The Medium Load Aerial Vehicle (Model OTS-812-001) is an advanced overhead-mounted transport trolley engineered to streamline intra-factory logistics across demanding sectors such as semiconductors, 3C electronics, and new energy production. Operating along suspended overhead rails, it unlocks underutilized vertical air space to transport payloads seamlessly between warehouses and active production lines. By shifting material transport off the ground, this high-performance vehicle eliminates floor-level obstacles, traffic congestion, and spatial footprint constraints, delivering a continuous, 24-hour three-dimensional logistics solution.

Designed with a robust rated load capacity of 100 kg, the vehicle utilizes a dynamic lifting belt mechanism for smooth, controlled vertically automated loading and unloading. It features an impressive horizontal travel speed of up to 180 m/min paired with a precise walking positioning accuracy of 5 mm, alongside vertical lifting speeds up to 30 m/min with a 2 mm lifting accuracy. With a maximum lifting height reaching 6,000 mm and a tight turning radius of R1000 mm, the unit easily navigates complex ceiling-level layouts to maintain optimal operational flow.

Through JEC Technology, businesses in Singapore can directly integrate this versatile solution into their existing infrastructure to transform material distribution workflows. Equipped with industrial-grade Wi-Fi/PLC communication interfaces and powered by continuous slide contact lines, it eliminates battery-charging downtime while offering low-noise, eco-friendly performance. Whether deployed for SMT electronic material replenishment, cleanroom handling, or automated turnover box transport, this system provides unmatched reliability and throughput.

Precision Automated Navigation & Material Handling

Integrated smart sensors and AI-driven control systems allow the vehicle to autonomously identify, grab, and deposit cargo at designated loading and unloading points with high precision. Advanced obstacle avoidance and auto-routing algorithms ensure smooth, uninterrupted travel along the overhead track network. Its versatile load adapter supports multiple specialized payload attachments—including side roll-in, bottom open-close, and manipulator-arm mechanisms—making it adaptable to diverse container and material types.

Intelligent System Integration & Real-Time Monitoring

Driven by proprietary central control software, the vehicle seamlessly interfaces with third-party software environments like WMS, MES, and ERP systems to realize true automated, closed-loop material supply. Centralized dashboards provide real-time status tracking, closed-loop operation management, dynamic task allocation, and automated routing to prevent bottlenecks. Facilities can flexibly adjust the fleet size, track configurations, and delivery stations to perfectly match shifting production demands and maintain optimal transport efficiency.

Space-Saving, Eco-Friendly Mechanical Engineering

The vehicle utilizes a patented coaxial rotating walking mechanism that balances loads across all four wheels, preventing single-wheel suspension and guaranteeing exceptional movement stability. Powered continuously via an overhead slide contact line, the system completely removes the maintenance overhead, charging downtime, and degradation associated with conventional batteries. This clean-energy design significantly reduces factory noise and carbon emissions, offering high-tech manufacturing plants a sustainable, highly efficient automation platform.