Sheet Metal Work
Professional engineering services from Stanford-Le-Hope, Essex
Romark Engineering provides expert sheet metal work from our fully equipped workshop in Stanford-Le-Hope, Essex. Serving the automotive, power generation, and architectural industries, we deliver high-quality sheet metal components and assemblies from single prototypes through to ongoing production supply.
What is Sheet Metal Work?
Sheet metal work encompasses the processes of cutting, forming, and joining flat sheets of metal into three-dimensional components and assemblies. At Romark Engineering, we carry out all the core sheet metal processes in-house: laser cutting for accurate flat profiles, CNC press brake folding for precision bends and forms, and welding for joining components into finished assemblies. This complete in-house capability allows us to control quality throughout the manufacturing process and deliver finished components ready for use.
Laser Cutting
Our Amada LC Alpha IV 4Kw CO2 laser is the starting point for most sheet metal work. It produces clean, accurate profiles in mild steel up to 12mm, stainless steel up to 12mm, and aluminium, copper, and brass at various thicknesses. Cutting tolerances of +/- 0.1mm ensure that blanks are accurate before moving to the forming stage. We accept DXF and DWG file formats, or our CAD team creates cutting programs from your drawings.
CNC Folding
Our Amada CNC press brakes, with capacities from 100 to 220 tons and folding lengths up to 4 metres, handle the forming stage of sheet metal work. CNC back gauge systems deliver repeatable accuracy on every bend, whether we are folding a prototype or the hundredth part in a production run. Our operators produce simple single bends, complex multi-bend components, box sections, enclosures, and formed profiles.
Welding
Our coded welders complete the sheet metal work process by joining folded components into finished assemblies. TIG welding provides clean, precise joints for stainless steel and aluminium work. MIG welding handles heavier materials and structural applications efficiently. Spot welding delivers fast, reliable joints for production sheet metal assemblies.
Blank Development
Accurate sheet metal work begins with accurate blanks. Our CAD department develops flat patterns from 3D models, calculating bend allowances and deductions so that components fold to the correct finished dimensions first time. This eliminates trial-and-error and reduces material waste, saving time and cost particularly on complex multi-bend components.
Materials
We carry out sheet metal work in mild steel, stainless steel, and aluminium as standard. Our laser also cuts copper and brass. We work with material thicknesses from thin gauge sheet through to heavy plate, selecting the appropriate processes for each material and thickness combination.
Applications
Our sheet metal work produces components for a diverse range of applications including enclosures, housings, brackets, panels, machine guards, ventilation ductwork, architectural features, signage, electrical cabinets, covers, trays, and bespoke components. We work from your drawings or can develop designs in-house using Solidworks, AutoCAD, and Rhino3D.
For professional sheet metal work, contact Romark Engineering on 01375 673 447. Free quotations provided for all sheet metal requirements.
Related Services
Explore the engineering services relevant to your project.
Laser Profiling
Precision laser cutting up to 5000 x 1500mm in 12mm steel, 12mm stainless and 10mm aluminium.
Folding & Pressing
CNC press brakes from 100 to 220 ton capacity with folding lengths up to 4 metres, plus hydraulic presses.
Fabrication & Welding
Bespoke sheet metal fabrication with TIG and MIG welding for all metals.
Sheet Metal Welding
Specialist welding for sheet metal assemblies in steel, stainless, and aluminium.
Blank Development
Flat pattern development and blank cutting for complex formed parts.
Frequently Asked Questions
Sheet metal work typically involves cutting (laser profiling), forming (CNC press brake folding), and joining (TIG, MIG, or spot welding). Additional processes include blank development, machining, and finishing. We carry out all core processes in-house at our Essex workshop.
We work primarily with mild steel, stainless steel, and aluminium. We also cut copper and brass on our laser. Material selection depends on your application requirements including strength, corrosion resistance, weight, and cost.
Yes, we work from customer-supplied CAD files (DXF, DWG), PDF drawings, or physical sketches. Our CAD department can also develop manufacturing data from 3D models and create flat patterns with correct bend allowances.
Sheet metal work specifically involves forming flat sheet material into components through cutting, folding, and welding. Fabrication is a broader term that includes sheet metal work plus processes like machining, structural steelwork, and assembly. We offer both.
Yes, we regularly produce single prototype parts alongside production batches. Our CNC equipment ensures consistency on repeat work, while our experienced operators handle complex one-off projects. We are set up for flexibility across all quantities.
Ready to Discuss Your Project?
Contact our team for a free, no-obligation quote. Whether you need a single prototype or a full production run, we're here to help.