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New platform fabrication is the design and installation of project-specific steel platforms for production, maintenance, service, inspection or access requirements in factories and industrial facilities. Platforms provide safe access around machinery, technical equipment, production lines and different elevations while supporting changing facility needs.
Each platform is engineered specifically according to intended use, load capacity, working height, spans, existing-structure connections, stair and guardrail layout, floor conditions, vibration effects and installation requirements.
New platform fabrication is the process of designing, manufacturing and installing an independent or integrated steel supporting system within an existing facility.
Depending on project requirements, the system may include:
Guardrails, toe boards, anti-slip flooring and controlled access support safe work at elevation.
Provide ergonomic access to machine tops, motors, valves, filters, control panels and inspection points.
Create new working surfaces by using vertical volume without reducing ground-level production and access areas.
Platform geometry, column layout and stair position are planned to avoid obstructing machinery, materials and personnel movement.
The platform can be expanded, relocated or reinstalled when the facility layout changes.
Working height, reach distances and stair arrangements support more controlled operator movement.
Designed for safe access to maintenance and inspection points above or beside machinery.
Allow operators to reach control panels, feeding areas or process points at a suitable working height.
Create safe pedestrian routes over conveyors, piping, machinery or between different elevations.
Used to support or provide maintenance access to compressors, panels, filters, pumps and air-handling units.
Operate on their own columns and anchors without transferring loads to the existing structure.
Connected to existing columns, beams or steel structures following suitable structural evaluation.
Each project is evaluated individually according to usage scenario, load capacity and site conditions.
Intended use, dimensions, working height, target loads, existing structure, floor, access routes and installation area are evaluated.
Platform geometry, column points, stairs, landings, guardrails, flooring and connection details are determined.
Structural sections, base plates, anchors, stairs, guardrails and connections are manufactured according to technical drawings.
Electrostatic powder coating, wet paint, galvanizing or suitable protective coating is applied. Dimensions, welds, geometry and connections are inspected.
Platform modules, stairs, guardrails and connection components are checked in the workshop and prepared for shipment in installation sequence.
The platform is aligned, anchored and assembled; flooring, stairs, guardrails, connections and overall site compatibility are checked before handover.
In active facilities, new platforms must be coordinated with existing machinery, access routes, piping, cable trays and maintenance areas. Installation is planned using workshop-prepared modules to minimize disruption to production.
Following a technical inspection, the following works may be carried out:
Materials and surface systems are selected according to load capacity, spans, operating environment, slip resistance and maintenance requirements.
Box sections, I-sections, U-sections or custom profiles can be used for primary and secondary beams, columns and bracing.
Chequered plate, perforated sheet and steel grating can be selected according to environmental and operational conditions.
Posts, horizontal rails and toe boards provide fall protection around platform edges.
Straight, L-shaped or U-shaped stairs are engineered according to available space and access height.
Suitable base plates and mechanical or chemical anchors safely transfer column loads to the floor.
Electrostatic powder coating, industrial wet paint, hot-dip galvanizing or special coatings can be applied according to indoor and outdoor conditions.
Projects are not limited to standard platform dimensions; load capacity, working height, site geometry, existing structures, installation conditions and future revision requirements are evaluated together.
Site survey, technical design, steel fabrication, surface treatment and professional installation are managed within a single process. Work in active facilities can be phased during off-shift hours, weekends or planned shutdowns.
No. Platform dimensions, load capacity, stairs and connection details are determined specifically according to the facility.
Yes. A new platform can be installed after evaluating the existing structure, floor and site layout.
Personnel, equipment, materials, spans and dynamic effects are evaluated together to determine structural sections and connections.
Chequered plate, perforated sheet and steel grating can be selected according to operating conditions and intended use.
Yes. Stairs, landings, guardrails, toe boards and access gates can be manufactured with the platform.
Bolted and modular systems can be dismantled and reinstalled where the new layout dimensions are suitable.
Technical assessment and project engineering can be provided for a new steel platform suited to your production, maintenance, service or access requirements.
You can request a quotation for new platform fabrication, integration with an existing system or stair, guardrail, flooring and connection solutions by sharing your project information.
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