Australian Manufactured Conveyor Rollers, Pulleys, Frames and Equipment

Manufacturers of Conveyor Pulleys and Equipment

Australian Manfactured and Owned since 1968

Conveyor Frames

Australian Conveyor Frames

Australian Manufactured Conveyor Frames products including 1000 Series Cantilever 3 Roll Set, 1500 Series 2 Roll Trough set Inline, 3000 Series - 2 Roll Trough Set, Picking Set Impact Inline, Picking Set Impact Inline, Picking Set Impact Offset, Picking Set Steel Inline, Picking Set Steel Offset, Retractable Trough Frame (Removal), Steel Trough Set Inline, Steel Trough Set (Offset), Steel Trough Set (Offset), Training Return Idler Assy, Transition Frame Impact Offset, Transition Frame Steel Offset, Trough Frame (Empty), Trough Impact Inline, Trough Impact Offset, Trough Trainer Inline and Vee Return Assy

Front Image: 
Australian Conveyor Frames

3000 Series -2 Roll Trough Set

A 3000 series 2 Roll trough set is used on a conveyor system were a uniform vee shape is required in the belt-form on the load side of the conveyor system.

The inline configuration of the rollers on the frame allows for a multi-direction operation of the belt on the conveyor system. The overall width of the trough frame can be constructed in a range of roller angles to suit all belt widths and the corresponding frame mounting bolt hole centres required, matched to suit a customer's existing conveyor structure.

1000 Series Cantilever 3 Roll Set

A 1000 series Cantilever 3 roll trough set is used on a conveyor system where a light load and uniform trough shape is required in the belt-form on the load side of the conveyor system.

The offset configuration of the rollers on the frame allows for a single direction operation of the belt on the conveyor system. The overall width of the trough frame can be constructed in a range of roller angles to suit all belt widths and the corresponding frame mounting bolt hole centres required, matched to suit a customer's existing conveyor structure.

1500 Series 2 Roll Trough set Inline

A 1500 series 2 Roll Steel Trough Set (Inline) is used on a conveyor system where a uniform vee shape is required in the belt-form on the load side of the conveyor system.

The inline configuration of the rollers on the frame allows for a multi-direction operation of the belt on the conveyor system. The overall width of the trough frame can be constructed in a range of roller angles to suit all belt widths and the corresponding frame mounting bolt hole centres required, matched to suit a customer's existing conveyor structure.

Trough Impact Offset

A Trough Impact (Offset) assembly is used on a conveyor system where a uniform impact trough shape is required in the belt-form on the load side of the conveyor system.

The offset configuration of the rollers on the frame allows for a single direction operation of the belt on the conveyor system. The overall width of the trough frame can be constructed in a range of roller angles to suit all belt widths and the corresponding frame mounting bolt hole centres required to match a customer's existing conveyor structure.

Picking Set Steel Inline

A Picking Set Steel (Inline) is used on the load side of the conveyor belt where a transition is required in belt-form between flat and the trough along a section of the conveyor belt.

This style of frame can be also used consistently along the belt to form a predominately flat belt layout along the conveyor frame with only a small trough formed on the very edges of the belt width to prevent loss of product from the belt.

Picking Set Steel Offset

A Picking Set Steel (Offset) is used on the load side of the conveyor belt where a transition is required in belt-form between flat and the trough along a section of the conveyor belt.

This style of frame can be also used consistently along the belt to form a predominately flat belt layout along the conveyor frame with only a small trough formed on the very edges of the belt width to prevent loss of product from the belt.

Picking Set Impact Offset

A Picking Set Impact (Offset) is used on the load side of the conveyor belt where a shock load is apparent and a transition is required in belt-form between flat and the trough along a section of the conveyor belt.

This style of frame can be also used consistently along the belt to form a predominately flat belt layout along the conveyor frame with only a small trough formed on the very edges of the belt width to prevent loss of product from the belt. As an offset frame structure the picking set can be used on a single directional belt layout.