We design and manufacture vibrating compaction tables around the container, maximum loaded weight and filling method. Controlled vibration encourages suitable material to settle, reducing occupied volume or voids where the product responds to the selected movement.
Supporting the load and compacting it effectively are different requirements. We assess the moving mass, suspension, vibration force and operating cycle together. The required result may be a lower settled fill level, more consistent distribution or consolidation within a mould. Compaction does not measure net weight; weighing equipment is needed where the process must control the mass filled.
Key Features
Load-specific design: Table dimensions and supports matched to the container and maximum operating load.
Matched drive and suspension: Selected for the moving assembly, material response and intended cycle.
Controlled operation: Vibration adjustment and timed operation considered where required by the duty.
Practical loading: Working height, positioning and any restraint requirements reviewed with your team.
Construction options: Mild steel or stainless steel specified for the environment and cleaning method.
Maintenance access: Inspection and replacement access considered for motors, fixings and suspension components.
Industry Applications
Food and ingredient packing: Settling suitable dry powders or granules in containers, with contact materials and cleaning requirements specified for the process.
Chemicals and plastics: Assessing the settling response of powders, pellets or granules during drum, box or bulk-container filling.
Recycling: Settling suitable recovered flake or granulate during filling, with the container and loading method included in the design.
Concrete and refractory moulding: Consolidating suitable mixtures in moulds, subject to the material response and agreed vibration cycle.
Industrial packing: Reducing unfilled space or improving material distribution where trials or process evidence establish a useful result.
Built for Your Process
We begin with your container dimensions, empty and maximum filled weights, material and required cycle. Tell us whether loading is manual, by forklift or part of an automated line so access and the working height can be considered.
The table surface, drive and suspension are assessed together. A table that carries the load is not necessarily producing the movement needed to settle it. We agree what successful compaction means for your process before finalising the design.
How it Works
The container or mould is positioned on the table using the agreed loading and restraint arrangement. The drive excites the supported table assembly, transmitting movement into the load and encouraging suitable material to settle.
The vibration setting and cycle are selected for the material and container, rather than increased indiscriminately. Performance is assessed against an agreed result, such as settled fill height, density or void reduction. Where filling is weight-controlled, the weighing system remains responsible for measuring the quantity delivered.
Why Choose Our
Vibrating Compaction Table
We are a small industrial design and manufacturing team based in Wisbech. You work directly with us on the production problem, including the details that affect daily use: container positioning, filling access, cleaning and component replacement.
Two tables with similar dimensions can behave differently under load. We consider the drive, suspension and loaded container as one system, and discuss the proposed design in 3D and 2D before manufacture. The aim is useful compaction in your process, not vibration for its own sake.