At T & H Stainless Steel Works, our production capability is built around a fully integrated fabrication facility designed to support precision, consistency and practical problem-solving. From component-level work through to larger assemblies, our in-house machinery allows us to manage more of the production process under one roof, reducing delays, improving control and helping customers move from design to finished product with confidence.

For more than 40 years, TH Steel has invested in the machinery, skilled people and production processes needed to support commercial, industrial and specialist fabrication requirements. Our equipment is not simply there to increase capacity. It allows us to take on more complex work, maintain tighter control over quality, and respond to customer requirements across cutting, bending, forming, welding, finishing and assembly.

The equipment to handle tough, precise and complex jobs

Modern fabrication often demands more than one process. A part may need to be cut accurately, bent cleanly, welded securely, finished properly and assembled to fit the customer’s exact specification. Having these capabilities in-house allows TH Steel to support jobs that require both precision and practical manufacturing experience.

Our machinery supports a wide range of work, including CNC laser cutting, CNC laser tube cutting, sheet metal processing, stamping, bending, CNC plate rolling, pipe and tube bending, profile rolling, welding, water jet cutting, laser marking, surface finishing, woodworking and carpentry. This gives customers access to a broad production base without having to coordinate multiple separate suppliers.

Whether the requirement is a one-off fabrication, repeat production, a prototype, a structural component, a stainless steel product, a commercial installation or a specialist assembly, our machinery gives us the flexibility to approach each project properly.

Typical uses: Precision sheet metal cutting, stainless steel components, mild steel and aluminium profiling, repeatable production parts, decorative panels, brackets, covers and custom profiles.

Typical uses: High-accuracy sheet and plate cutting, production components, industrial panels, machine parts, enclosures, signage, architectural metalwork and precision fabrication work.

Typical uses: Permanent part marking, branding, serial numbers, identification codes, batch marking, product labelling and traceability marks on metal components.

Typical uses: CNC laser cutting of tubes and profiles, including accurate holes, slots, mitres, joints and complex tube features. Ideal for frames, railings, furniture structures, architectural metalwork and repeat tube-based production.

Typical uses: Cold cutting of metals and other materials without heat distortion. Suitable for stainless steel, aluminium, thicker materials, intricate shapes, mixed materials, stone, composites and precision profiles where heat-affected edges are not desirable.

Typical uses: Fast cutting of conductive metals, especially for heavier steel plate, rough profiling, fabrication preparation and jobs where speed is more important than laser-level edge precision.

Typical uses: Repeatable tube bending for frames, handrails, furniture, industrial tube assemblies, stainless steel structures and production runs requiring consistent bend angles.

Typical uses: Precision tube bending for complex shapes, multi-bend parts, stainless steel tube assemblies, architectural metalwork, railings, display structures and engineered tube products.

Typical uses: Reducing, shaping or forming tube ends so pipes can be joined, sleeved, fitted or assembled more cleanly.

ypical uses: Accurate drilling of pipes and tubes, often used in handrail work, frames, balustrades and repeat tube assemblies.

Typical uses: Preparing pipe and tube ends for angled joints, mitres, welded tube frames, handrails, railings and structural tube fabrication.

Typical uses: Rolling plate into curves, cylinders, tanks, cones, architectural forms, ducting sections and large curved stainless steel or mild steel components.

Typical uses: Rolling profiles such as angle, flat bar, channel, pipe and tube into curves or rings. Useful for curved frames, architectural features, circular structures, decorative work and specialist fabrication.

Typical uses: Forming decorative metalwork, scrolls, wrought iron-style components, gates, railings, ornamental pieces and custom architectural features.

Typical uses: Metal shaping, forging-style forming, decorative fabrication, custom metalwork and specialist shaping operations.

Typical uses: Precision bending of sheet and plate, stainless steel panels, brackets, covers, enclosures, trays, folded components and production parts requiring repeatable angles.

Typical uses: High-precision press brake work, smaller folded parts, production bending, accurate sheet metal components and detailed fabrication work.

Typical uses: Sheet metal bending, smaller fabricated parts, folded brackets, panels, covers and lighter production work.

Typical uses: Controlled pressing and forming operations, repeatable forming tasks and fabrication components requiring accuracy.

Typical uses: Heavy forming, flattening, pressing, shaping, assembly support and fabrication jobs requiring high-force compression.

Typical uses: Stamping, punching, forming and repetitive press operations for brackets, plates, small components and production parts.

Typical uses: General sheet and plate bending, folded sections, fabrication components and custom metalwork.

Typical uses: Heavy pressing, forming, punching-related preparation, shaping and fabrication work requiring substantial pressing force.

Typical uses: Straight cutting of sheet metal before bending, forming, welding or fabrication.

Typical uses: Sheet metal shearing, blank preparation and cutting sheet stock to size.

Typical uses: Cutting sheet material into blanks, strips or panels for further fabrication.

Typical uses: Cutting notches in sheet metal, corners, angle sections and folded parts to prepare them for bending or assembly.

Typical uses: Punching, shearing, notching and cutting structural sections, flat bar, angle, channel and general fabrication materials.

Typical uses: Precision turning of cylindrical metal components, shafts, pins, bushes, fittings and custom machined parts.

Typical uses: CNC turning for repeatable, accurate round components, threaded parts, machined fittings and production machining.

Typical uses: Milling slots, pockets, faces, profiles and accurate features into metal components.

Typical uses: More complex CNC milling work, multi-sided machining, precision components, fixtures, tooling and machined fabrication parts.

Typical uses: Large-format machining, heavy components, large plates, precision surfaces, moulds, tooling, machine parts and oversized fabrication components requiring accurate machining.

Typical uses: General machining, drilling, slotting, facing, manual milling and workshop support.

Typical uses: Manual turning, custom one-off parts, repair work, shafts, bushes, fittings and fabrication support components.

Typical uses: Clean circular drilling through hard materials, thick sections or installed components, often used where standard drilling is not suitable.

Typical uses: Stainless steel welding, mild steel welding, aluminium welding where applicable, fabrication assembly, frames, tanks, furniture, architectural metalwork, pipework, brackets and custom products.

Typical uses: Inserting captive fasteners into sheet metal, including studs, nuts and standoffs for panels, enclosures, covers and assemblies.

Typical uses: Installing PEM-style self-clinching nuts and fasteners into sheet metal components for clean, strong threaded fixing points.

Typical uses: Stainless steel polishing, weld clean-up, surface finishing, brushing, blending and final appearance work.

Typical uses: Flat surface grinding, polishing, finishing stainless steel surfaces and producing consistent surface appearances.

Typical uses: Grinding and surface preparation of metal parts, deburring, smoothing cut edges and preparing components for finishing.

Typical uses: Buffing, polishing, finishing and improving the appearance of stainless steel and metal products.

Typical uses: Precision sheet metal cutting, stainless steel components, mild steel and aluminium profiling, repeatable production parts, decorative panels, brackets, covers and custom profiles.

Typical uses: High-accuracy sheet and plate cutting, production components, industrial panels, machine parts, enclosures, signage, architectural metalwork and precision fabrication work.

Typical uses: Permanent part marking, branding, serial numbers, identification codes, batch marking, product labelling and traceability marks on metal components.