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Transfer tables are industrial systems used to move pallets, crates, dies, heavy components and custom handling fixtures between production, maintenance, storage and dispatch points. Roller, ball-transfer, rotating, sliding or lift-table options reduce manual intervention and organize transitions between workstations.
Each system is engineered specifically according to load weight, base geometry, contact points, transfer direction, working elevation, speed and automation requirements.
A transfer table is a mechanical handling system used to direct, rotate, align or move loads between production lines, conveyors, presses, storage racks and maintenance stations.
Depending on project requirements, the system may include:
Move pallets, crates, dies and heavy components between workstations in a balanced manner.
Rotating tables, ball-transfer surfaces and centering elements help orient loads accurately.
Lift mechanisms can match elevations between conveyors, presses, racks and workstations.
Support controlled movement without dragging loads or using unnecessary lifting operations.
Can be integrated with sensors, stops, PLCs, routing systems and robotic feeding.
The system can be extended, moved or rearranged when products, layouts or capacity change.
Provide linear transfer of pallets, crates and heavy products with flat and rigid bases.
Allow multidirectional movement with low friction and support precise positioning.
Turn loads to a defined angle and change the direction of material flow.
Provide mechanical, hydraulic or pneumatic movement between different working elevations.
Manufactured with reinforced frames, surfaces and drive groups for high-tonnage dies, pallets and equipment.
Developed for dimensions, geometries, routing or automation conditions where standard solutions are insufficient.
Each project is evaluated individually according to load characteristics, transfer scenario and site conditions.
Load dimensions, weight, base structure, entry-exit points, working elevations, routing and automation requirements are evaluated.
Table geometry, supporting frame, roller or ball arrangement, rotating or lifting mechanism, drive and control points are determined.
Steel profiles, sheet metal, rollers, shafts, bearings, tables and connection components are cut, machined and assembled according to project dimensions.
Electrostatic powder coating, wet paint, galvanizing or protective coating is applied. Dimensions, welds, surface flatness and mechanical connections are inspected.
Load movement, roller or ball operation, rotation, lifting, sensors, stops and centering functions are tested under controlled conditions.
The system is delivered, aligned, leveled and anchored; mechanical-electrical connections and trial operation are completed.
Existing transfer tables may develop roller or ball wear, bearing failures, frame deformation, rotating-table play, lifting-mechanism problems or sensor faults. Changes in load tonnage, working elevation or process layout may also require modification.
Following a technical inspection, the following works may be carried out:
Material and surface treatment are selected according to load capacity, contact surface, hygiene requirements and operating environment.
Form the main supporting frame of the transfer table. Sections are selected according to load and span.
Sized according to load weight, base structure and movement direction.
Can be considered for food, chemical, wash-down and highly corrosive applications.
Can be used where precise positioning, flatness and connection tolerances are required.
Provides a durable surface suitable for indoor use and corporate colors.
Provide long-term protection in humid, outdoor or corrosive environments.
Projects are not limited to standard table dimensions; they are prepared according to load geometry, total tonnage, transfer direction, working elevation and automation scenario.
Site survey, design, steel fabrication, mechanical-system installation, surface treatment, site installation and commissioning are managed within a single process. Maintenance, modification and capacity-increase work can also be carried out on existing tables.
No. Table dimensions, load capacity, movement type and elevations are determined according to load and site conditions.
Yes. Reinforced frames, rollers, bearings and drive groups can be used for high-tonnage pallets, dies and equipment.
Yes. Rotating table systems can be produced for 90°, 180° or project-specific direction changes.
Yes. Mechanical, hydraulic or pneumatic lifting systems can be used to connect different line elevations.
Yes. Rollers, balls, bearings, frames, rotating tables, lifting mechanisms, drive systems and automation components can be renewed.
Yes. Shipment, mechanical-electrical installation, alignment, testing and trial production can be included in the project scope.
Technical assessment and project engineering can be provided for a transfer table suited to load dimensions, weight, movement direction and process flow.
You can request a quotation for a new system, modification of an existing table or capacity increase by sharing your project information.
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