People-mover Conveyors
Safe and Synchronized Movement for Operators and Vehicles
TUNELIX Walk-Along Conveyor Systems are designed to transport operators and vehicles simultaneously, providing a safe, stable and efficient working platform throughout vehicle processing operations. The system improves productivity, enhances operator comfort and supports consistent workflow in demanding industrial environments.


Key Features
Synchronized Operator & Vehicle Movement
Operators move safely alongside the vehicle at a constant speed, improving operational efficiency and reducing physical strain.
Enhanced Workplace Safety
Designed with anti-slip modular belts, stable walking surfaces and reliable drive systems to ensure safe daily operation.
Smooth and Stable Operation
Precision conveyor technology minimizes vibration and provides a comfortable walking experience for operators.
Durable Modular Belt Construction
Manufactured with high-strength modular plastic belts offering excellent wear resistance and long service life.
Low Maintenance
The modular design allows fast replacement of individual belt sections, reducing maintenance time and operational downtime.
Corrosion and Chemical Resistance
Suitable for wet and demanding environments, with excellent resistance to water.
Flexible System Design
Available in customized widths, lengths and layouts to fit different production lines and process requirements.
Easy Integration
Can be incorporated into new production lines or retrofit existing conveyor systems with minimal modification.
Reliable Continuous Operation
Engineered for continuous industrial use, ensuring dependable performance and maximum equipment availability.
Advantages
Safe operator movement
Synchronized vehicle transportation
Improved working efficiency
Comfortable walking surface
High durability
Low maintenance
Custom-engineered solutions
Long service life
Applications
Ideal for:
Vehicle Inspection Lines
Vehicle Interior cleaning
Automotive Assembly Lines
Vehicle Maintenance Centers
Industrial Vehicle Processing Systems




