TCG – Traverse Chain Conveyors

High performance and long service life, optimizing wood handling processes and minimizing downtime
TC conveyors are robust and efficient traverse chain conveyors, designed for feeding wood logs or slabs.
Shock-resistant structure
Customizable design
Efficiency and low maintenance
Wood based panels
MDF/HDF PB/SPB OSB/LSB/FOSB
Pressed wood packaging
Pallet blocks and pressed pallets
Pellets & Energy
Wood pellets, green fuels and biomass
Efficient log transport with Traverse Chain Conveyors in wood panel production

Thanks to their modular configuration, they are custom designed based on the type of wood being handled, ensuring the best balance between material flow, wear resistance, and operational reliability.
- Self-cleaning sprockets – our conveyors are equipped with special self-cleaning sprockets, preventing bark and debris buildup, improving chain movement, and reducing maintenance
- Shock-resistant structure – engineered to withstand high shock loads, maximizing fatigue resistance and ensuring consistent performance even in heavy-duty industrial applications
- Modular and customizable design – available in various lengths, widths, chain numbers, speeds, and load capacities, adapting to any production requirement
- Efficiency and low maintenance – additional features such as adjustable speed via frequency converter and high storage capacity ensure reliable operation with minimal maintenance costs
Thanks to these features, TC conveyors deliver high performance and long service life, optimizing wood handling processes and minimizing downtime.
Improved material flow control
Easy integration into existing systems
Efficient transport and high storage capacity

Technical features
Available length: from 4 to 25 meters, with a modular structure
Available width: from 1,000 mm to 8,000 mm, with multiple traverse chain configurations
Rear or side loading options, for greater integration flexibility
Self-cleaning sprockets to prevent bark accumulation and reduce maintenance
Heavy-duty shock-resistant frame, designed to withstand high-impact loads
Torque-based adaptive speed control, optimizing feeding flow and preventing overloads
More info
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