Fabrication of skids, frames, bases, supports, platforms, non-pressure oil reservoirs, and custom steel assemblies, from cutting and fit-up through welding, dimensional checks, and surface preparation.
The scope is written around the actual workflow rather than unsupported capacity or accuracy claims.
This activity covers fabricated steel assemblies used around machinery, hydraulic systems, and industrial projects. Work is driven by fabrication drawings and final geometry, so plate/profile type, joint locations, mounting surfaces, and datums are established before cutting.
The route can include plate/profile cutting, drilling, edge preparation, fit-up, welding, grinding, assembly, and surface preparation. Welding and assembly sequences are selected to control distortion and final geometry; acceptance criteria come from the project drawing, WPS, ITP, or contract.
Where additional weld inspection, NDT, or a defined coating system is required, methods and acceptance limits should be agreed before fabrication. No blanket welding class, standard, or capacity is claimed for every project because these depend on project design and documentation.
Captions describe only defensible context; equipment capacity or compliance levels are not inferred from photos.
Project details vary, but the control and delivery logic generally follows this sequence.
Review dimensions, plate/profile requirements, joints, datums, and assembly requirements.
Cut parts, drill holes, prepare edges, and prepare joints to the drawing.
Fit-up, alignment control, and welding appropriate to the joint and fabrication instruction.
Local grinding, cleaning, and surface preparation for coating or painting where required.
Final check of geometry, joints, surface condition, and preparation for transport or installation.
The clearer the technical input at the start, the less back-and-forth is needed during sourcing, manufacturing, or inspection.
Send a drawing, part photo, part number, datasheet, or problem description so the requirement can be technically reviewed before quotation or manufacturing.
A hydraulic power-unit frame must carry the reservoir, motor, hydraulic pump, valves, cooler, accumulator and pipework while preserving service access. Centre of gravity, lifting points, vibration, drainage, spill containment and transport limits should be reviewed before fabrication.
A hydraulic reservoir is not simply a welded box. Usable volume, oil residence time, separation of suction and return, internal baffles, access covers, breathers, sensor ports, drain slope and internal cleanliness all influence hydraulic pump reliability and contamination control.
Hydraulic power-unit frames, oil reservoirs, hydraulic pump bases, motor supports, drip trays, accumulator racks, coupling guards and pipe supports are common fabricated items.