CNC Machining Parts
Turned and milled parts, machined to the drawing and measured against it.
60 part families across seven process lines. Every one of them is manufactured against a customer drawing, inspected against that drawing, and shipped with the measurement report.
If you are not sure which line your part belongs in, that is a normal place to start — send the drawing anyway and we will tell you if you are looking at the wrong process.
Turned and milled parts, machined to the drawing and measured against it.
Pressed sheet metal brackets, panels and chassis, cut and formed on dedicated tools.
Shafts, flanges, hubs and gear blanks, forged for grain flow and finish-machined for accuracy.
Sand-cast housings, valve bodies and frames, machined on the faces that matter.
High-pressure die cast housings and manifolds, with the shape formed in the tool.
Lost-wax castings in stainless, alloy and bronze, for shapes and tolerances sand casting cannot hold.
Injection-moulded fittings, seals, boots and housings, with the fixings moulded in.
Filter by process line, or open any part for the materials, tolerances, processes and typical applications we build it from.
Sand-cast pump and gearbox housings in grey iron and alloy steel, machined on the critical faces to the drawing.
Cast valve bodies and support brackets in cast iron, with the flow path cored and the sealing faces machined.
Cast iron flanges and manifold bodies, drilled and faced to the specified bolt pattern and pressure rating.
Cast impellers and fan housings in cast iron and aluminium, balanced and machined to the specified hub and bore.
Cast bearing housings with a bored seat, split or one-piece, machined so the bearing sits concentric in the housing.
Cast pulleys, sheaves and bearing bushes, machined at the bore and rim so they run concentric.
Die-cast aluminium transmission gears with machined tooth faces, for gearbox and actuator applications.
Die-cast aluminium gearbox housings with the bearing seats and mounting faces machined after casting.
Die-cast aluminium pump and gear housings with integral ribs, cast in one shot and machined to the drawing.
Die-cast gearbox covers and end housings, machined at the joint face and at the bearing locations.
Die-cast aluminium motor end housings and end bells, machined at the bearing seat and the register fit.
Die-cast aluminium motor housings with integral cooling fins, machined at the bore, the flange and the end faces.
Die-cast aluminium pump casings with integral ports and flanges, machined at the seal faces and the bore.
Die-cast aluminium manifolds and multi-port headers, with the flow paths cast in and the port faces machined.
Die-cast aluminium hubs and flanged housings, with the bore and bolt circle machined to the specified fit and pattern.
Forged steel flange hubs with a raised pilot boss, produced closed-die and finish-machined to suit the mating shaft.
Forged ring flanges with a full-length sealing face, machined flat and parallel for a reliable gasket line.
Forged flanges with a dense bolt-hole circle, machined and faced for high-pressure bolted connections.
Forged steel sprockets and toothed rings, cut and heat-treated for chain drives and indexing systems.
Forged clamping hubs that lock onto a shaft by friction, with a tapered bore finished to the shaft fit.
Forged gear rings and splined collars, machined with the tooth or spline profile cut after forging.
Forged splined shafts that transmit torque through a form-fit spline, finish-machined and heat-treated to specification.
Forged steel spindles and drive shafts, stepped and finish-turned with bearing journals, shoulders and threads.
Forged dowel pins, cross pins and shaft components, finish-turned with controlled diameter and concentricity.
Forged spring seats and retainer rings that hold compression springs in position and carry the load into the housing.
Forged collars and spacers that set and hold axial position on a shaft, finished to the bore tolerance you specify.
Heavy forged flange plates with thick rims, machined on both faces and bored for high-load bolted joints.
CNC machined bushings, blocks and housings — turned and milled to print, with bore and mounting faces held to drawing.
CNC turned collars, nuts and hexagonal fittings, produced on lathes with threads cut and runout controlled.
CNC machined sleeves and plain bearings, supplied as single parts or as matched sets with bore sizes logged.
CNC machined rings, pins and grooved bushings, made to the bore, groove and concentricity the assembly depends on.
CNC machined adapters, unions and fluid fittings with sealed faces and threads cut to the specified standard.
CNC machined clamp bodies and valve fittings, machined from solid with the bore, port and mounting faces held to print.
Injection-moulded seals, gaskets and O-rings in elastomers and engineering plastics, produced in the colour and hardness specified.
Flat gaskets and moulded sealing rings cut or moulded to the flange geometry, with the bore and outer diameter held to drawing.
Moulded rubber bellows and suction boots that protect a moving joint from dust, coolant and impact.
Injection-moulded elbows, tees and reducers in ABS and PVC-U, moulded with the specified wall thickness and socket depth.
Injection-moulded threaded fittings and hose connectors, with threads moulded to the specified standard and seal detail.
Injection-moulded pipe clamps, saddles and mounting brackets, moulded with the fixing detail already in the part.
Moulded ribbed bellows and dust boots for linear and rotary motion, made to the stroke they have to accommodate.
Injection-moulded end caps, protective covers and cable grommets that close and protect exposed ends and openings.
Injection-moulded equipment housings and covers, produced with the wall thickness, ribs and fixings specified.
Investment-cast bronze bushings and fittings, with close tolerances and a fine surface finish from the lost-wax process.
Investment-cast bronze mounting brackets and fittings, with complex forms reproduced faithfully from the model.
Investment-cast levers and linkage arms in stainless and bronze, with the pivot bores machined to a close tolerance.
Investment-cast stainless steel fittings, elbows and unions, with sealed faces and threads machined to the specified standard.
Investment-cast housings and instrument mounts, with thin walls and machined mounting faces where accuracy matters.
Investment-cast clamps and collets, with the gripping profile machined accurately for a repeatable grip.
Investment-cast lever brackets and handles, with a smooth surface from the mould and machined pivot points.
Investment-cast linkage arms and connecting levers, with matched bores so the assembly moves without slop.
Investment-cast support brackets and stands, with bosses and mounting faces machined for rigid, repeatable mounting.
Investment-cast hub bodies and coupling hubs, with the bore machined and the web balanced for rotation.
Investment-cast mounting brackets and standoffs, with fixings machined to position so they land on the tooling holes first time.
Folded, welded and powder-coated sheet metal frames that form the skeleton of an equipment enclosure or machine chassis.
Pressed steel mounting brackets and support arms, produced on progressive tools and finished with tapped or welded fixing points.
Formed and pierced structural brackets in cold-rolled and stainless sheet, for load-bearing connections inside an assembly.
Multi-part stamped bracket assemblies — pressed channels and webs supplied welded, riveted or fitted with their own inserts.
Lightened stamped reinforcing brackets that stiffen a frame without adding dead weight to the finished assembly.
Pressed U- and C-section channel brackets that locate and clamp other parts to a frame edge.
Pressed steel lever and linkage arms with formed pivot bosses, for low-load mechanical motion across a machine.
No parts match that filter.
This catalogue is what we make most often, not the limit of what the workshop can do. If your part is not here, send the drawing and we will tell you whether we can make it.