Omnidirectional Transport System

Omnidirectional Transport System

The omnidirectional transporter with a hydraulic lift is designed to meet the specific needs associated with assembling smaller components within larger structures. Key factors in assembly processes include mobility and precise positioning, which are crucial for achieving multiple contact points between the component being assembled and the overall structure. The omnidirectional transport system with a lift is the result of a detailed analysis of these requirements, manifested as a specially tailored, battery-powered electric transport platform. This solution aims to provide high mobility and precise positioning while maintaining the highest safety standards.

FEATURES OF THE OMNIDIRECTIONAL TRANSPORT SYSTEM

• The system is designed as a self-propelled transport platform with battery-powered drive.
• The platform is equipped with MECANUM wheel assemblies, allowing for free manipulation in any direction, including smooth movement in all directions and rotation around a vertical axis, even in very confined spaces.
• The device features a scissor lift platform supported by hydraulic lifts, raising it to a specific height.
• The wheel construction also allows safe passage of the platform across tracks in the production hall.
• Control: Radio and emergency cassette.
• Safety is ensured through the use of light and sound signaling systems, as well as a pressure-sensitive strip around the lifted platform.
• The system can be customized in various size configurations.

BENEFITS OF USING THE SYSTEM

• Mobility: The wheel system allows efficient movement in all directions and negotiation of turns with varying radii.
• Flexibility: The solution is effective for handling loads in confined spaces and narrow aisles.
• Functionality: The hydraulic scissor lift allows for transporting and raising various types of loads, with free manipulation in the working area.
• Ergonomics: The platform can be efficiently operated by a single worker, with an option for automatic mode.
• Safety: Ensured by light and sound signaling during movement and lifting, as well as a pressure-sensitive strip around the platform.
• Potential: The design can be adapted to the specific needs of the user, including device dimensions, load capacity, speed, and additional equipment.
• Compactness: Simple to operate and deploy.

APPLICATION

• Transporting and handling loads in storage, processing, and assembly areas.
• Transporting auxiliary loads such as assembly support devices, assembly components, goods, and materials.
• Transporting loads in confined spaces.