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Steel supports are welded or modular structures used to carry machinery, equipment, conveyors, pumps, motors, gearboxes and automation components safely and hold them in the correct position. They transfer static and dynamic loads to the floor, help reduce vibration and deflection and support the preservation of equipment geometry.
Each system is engineered specifically according to equipment weight, operating forces, connection points, floor conditions, maintenance access and handling requirements.
A steel support is a structural system that forms the main supporting frame of machinery and equipment, carries loads within a defined geometry and transfers them safely to the floor.
Depending on project requirements, the system may include:
Distribute machine weight, operating forces and equipment loads evenly to the floor.
Suitable profile sections, reinforcements and foot positions limit structural deformation.
Help motors, gearboxes, bearings and motion systems remain positioned within the required geometry.
Machined mounting plates and hole patterns allow controlled equipment fixing.
Service openings, removable modules and lifting points support maintenance operations.
The system can be reinforced, extended or rearranged when capacity or equipment layout changes.
Rigid systems anchored to the floor to carry equipment continuously in a fixed position.
Can be moved within the facility using forklift pockets, lifting lugs or heavy-duty wheels.
Bolted and removable connections facilitate transport, installation and future modifications.
Manufactured with reinforced sections for presses, dies, hydraulic units and heavy equipment.
Designed for geometric accuracy and low vibration in CNC, testing, measurement and automation systems.
Custom structures that carry motors, rollers, transfer units and automation equipment on a common frame.
Each project is evaluated individually according to equipment loads, operating conditions and site connections.
Equipment dimensions, total weight, operating forces, floor, access and connection conditions are evaluated.
Supporting geometry, profile sections, plate components, reinforcements, feet and mounting points are determined. Technical drawings are prepared.
Profiles and plates are cut, drilled, bent and machined according to project dimensions.
Components are assembled in suitable fixtures. The welding sequence is planned to reduce deformation, and dimensions, flatness and connection centers are inspected.
Blasting, primer, electrostatic powder coating, wet paint or galvanizing is applied. Equipment connections may be checked by trial assembly where required.
The steel support is delivered, positioned, leveled, anchored and finally inspected on site.
Existing supporting structures may develop cracks, weld damage, corrosion, deflection, loose connections or vibration-related deformation over time. Capacity increases or equipment changes may also make the current system insufficient.
Following a technical inspection, the following works may be carried out:
Material and surface treatment are selected according to load capacity, precision requirements and the operating environment.
Provide high strength and cost-effective production for general industrial applications.
Used for mounting plates, gussets, base elements and special connections.
Can be considered for applications requiring hygiene, chemical resistance or high corrosion protection.
Provides a durable surface for indoor use and can be matched to corporate colors.
Suitable for large components or projects requiring special chemical resistance.
Provides long-term protection in humid, outdoor or highly corrosive environments.
Projects are not limited to standard profile frames; they are prepared according to equipment loads, operating forces, connection points and site conditions.
Site survey, design, steel fabrication, surface treatment and site application are managed within a single process. In addition to new production, reinforcement, dimensional modification, damage repair and rearrangement of existing supports can also be carried out.
No. They are engineered specifically according to machinery dimensions, loads, equipment layout and site conditions.
Yes. Reinforced profile and plate sections can be used according to static and dynamic loads.
Yes. Profile reinforcement, foot renewal, mounting-plate replacement and weld repair can be applied.
Yes. Forklift pockets, lifting lugs or heavy-duty wheels can be integrated into the design.
Yes. Structural rigidity can be increased and connections can be prepared for anti-vibration mounts or adjustable machine feet.
Yes. Positioning, leveling, anchoring and final inspection can be included in the project scope.
Technical assessment and project engineering can be provided for a steel-support system suited to machinery and equipment loads, operating conditions and site connections.
You can request a quotation for new production, reinforcement of an existing system or modification based on equipment layout by sharing your project information.
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