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Services
Eight services, described properly. Open any row for the detail, the sort of work it covers and what to send us.
01 CNC Turning Shafts, bushes, spacers, pins and threads — turned to drawing, one-off or batch.
Turning is the backbone of the workshop. Round work, held in a chuck or a collet, cut to a diameter and a length that somebody actually needs. Most turning enquiries arrive as a drawing with a handful of critical dimensions and a generous tolerance everywhere else, which is exactly the sort of job we like: clear requirements, no guesswork.
We work in one-offs and in batches, and we set the job up the same way either way. If a part is going to be repeated later, the set-up notes and inspection records are kept so the second run matches the first.
Typical work
- Shafts, spindles and stepped diameters
- Bushes, sleeves and press-fit spacers
- Pins, dowels, studs and threaded adaptors
- Washers, collars and retaining rings
- One-off replacements and small batch work
What to send usA drawing (PDF, DWG, DXF, STEP or IGES) with the material, the tolerances that matter and the quantity. If there is no drawing, a clear sketch with a few key dimensions, or the worn part itself, is usually enough to quote from.
02 CNC Milling Plates, brackets, profiles, pockets, slots — with drilling and tapping in the same set-up.
Milled work is usually flat, angular and full of features. Plates that need a pocket in the middle and a bolt pattern around the edge. Brackets that have to fit an existing machine and cannot be redesigned. Profiles cut from plate with a tolerance on the outside shape and nothing much on the inside.
Features are kept in as few set-ups as possible, so hole positions stay related to one another rather than drifting between operations. Where a job needs a feature on more than one face, we will tell you at quoting stage what that does to the price and the lead time.
Typical work
- Mounting plates, base plates and adaptor plates
- Brackets, cleats and machine fittings
- Pockets, slots, counterbores and spot faces
- Drilled and tapped hole patterns
- Profiled components cut from plate
What to send usA drawing or model, plus the material and quantity. If the part has to fit something existing, send a photograph or a sketch of the assembly as well — it often saves a question later.
03 Precision Machining & Fitting Boring, reaming, controlled fits — and worn parts brought back to size.
Some jobs are defined by a number on a drawing and some are defined by a fit. A bore that has to accept a bearing with the right amount of interference. A shaft that has to turn freely in a housing without rattling. A worn surface that needs building up, re-cutting and finishing back to the original size.
This is the work where measurement matters most, so it is measured rather than estimated. Bores are checked as they are cut, fits are tried before finishing, and the finished part is inspected against the mating component wherever we have it.
Typical work
- Boring and reaming to a controlled size
- Interference and clearance fits to a mating part
- Keyways, circlip grooves and retainer details
- Worn shafts and housings reworked or built up
- Scraped, lapped or hand-finished surfaces
What to send usThe mating component if you have it, or its measured dimensions, plus the fit you are trying to achieve (interference, transition or clearance) and where the measurement is being taken from.
04 Fabrication & Welding Frames, guards, brackets, stands and repairs in mild steel, stainless and aluminium.
Fabrication is where machining and welding meet. A guard that has to clear a rotating part and bolt to existing holes. A stand that has to carry a known load and sit level on an uneven floor. A frame that has to be square within a millimetre across two metres, because everything bolted to it depends on it being square.
Material is cut, prepared and checked before welding, and critical dimensions are verified after welding rather than assumed, because heat moves metal. Where a fabricated item needs machined faces or accurate holes, they are cut after welding so the finished geometry is correct.
Typical work
- Machine frames, bases and bed plates
- Guards, covers and safety enclosures
- Brackets, gussets and mounting arms
- Stands, trolleys and handling frames
- Repairs, strengthening and modification of existing structures
What to send usA sketch or drawing with overall sizes, the material and the loads or environment it will see. A photograph of the space it has to fit is genuinely useful, as is telling us whether appearance or function matters more.
05 Prototypes & One-Offs From a drawing, a sketch or a sample part — with design-for-manufacture advice included.
Not every job arrives fully specified, and it does not need to. Plenty of good parts start as a sketch on a bench, a photograph of something broken, or a drawing that was never quite finished. If you can describe what the part has to do, we can usually work out how to make it.
Where a design will be difficult or expensive to machine, we will say so before quoting, and suggest a change if there is an obvious one — a corner radius that would need a special cutter, a feature that could be a standard size, a tolerance that is tighter than the function requires. That advice is part of the job, not an extra.
Typical work
- First-off prototypes for testing and evaluation
- One-off brackets, adaptors and fixtures
- Parts made from a broken sample or a photograph
- Jigs and simple work-holding aids
- Design-for-manufacture review before a batch run
What to send usWhatever you have: a sketch with key dimensions, a PDF, a model, or the sample part itself. Tell us what the part has to do and how many you might eventually need, and we will quote with that in mind.
06 Batch & Repeat Production Small to medium batches with repeatable set-ups, so part ten matches part one.
Batches are quoted with the set-up in mind, because on a run of twenty parts the set-up is often a meaningful share of the cost. That means it is worth talking to us before you commit to a quantity: sometimes a small change to the drawing, or a slightly different quantity, changes the price per part more than the metal does.
Repeat orders are made to the same set-up notes as the original run, and the inspection records from the first batch are kept so we can show that the second matches the first. If you need parts delivered in stages rather than all at once, that can be arranged at quoting stage.
Typical work
- Small batches of turned components
- Repeat milled parts and plate work
- Spacers, pins and bushes by quantity
- Repeat orders of a previously supplied part
- Staged deliveries against a build schedule
What to send usThe drawing, the quantity you need now, and the quantity you might need over a year if you know it. Annual or repeat volumes often change how we would set the job up, and we would rather quote it once, properly.
07 Repairs, Modifications & Reverse Engineering Measure, model and remake obsolete or broken components that cannot be bought.
A machine goes down, the manufacturer no longer supports it, and the part that failed is no longer available at any price. That is a familiar situation, and it is one of the most useful things a small workshop can do: take the broken part, measure it carefully, work out what it was originally meant to be, and make a replacement.
Where a part has worn rather than broken, the wear itself is the information. Measuring a worn surface carefully tells us what the original size should have been. Where a design was clearly weak, we will say so, and can suggest a modest change that keeps the part interchangeable while lasting longer.
Typical work
- Obsolete machine components remade from a sample
- Worn shafts, bushes and housings replaced
- Broken castings and brackets replaced or repaired
- Reverse engineering from measurements and photographs
- Modifications to improve a part that keeps failing
What to send usThe failed part, or what is left of it, along with as much information as you have about the machine it came from. If the part is still in service and cannot be sent, photographs with a rule held against it are a workable starting point.
08 Assembly, Finishing & Fitting Deburring, finishing, pressing and fitting, through to assembly of complete items.
Machining is only part of the route to a usable component. Edges need breaking, bores need cleaning, pressed parts need pressing, and sometimes the customer wants a finished assembly rather than a bag of parts. We would rather supply the second.
Finishing is done by hand where hand work is what the job needs, and deburring is treated as a real operation rather than an afterthought, because a sharp edge is a defect whatever the drawing says. Where an assembly is supplied, it is checked as an assembly — fits, alignment and freedom of movement — not just as a collection of parts.
Typical work
- Deburring, chamfering and edge breaking
- Pressing, shrinking and fitting of bushes and bearings
- Hand finishing to a required surface finish
- Assembly of machined and fabricated sub-assemblies
- Final inspection and packing for dispatch
What to send usThe component drawings plus, where relevant, an assembly drawing showing how the parts go together, the fit required at each joint, and whether you want the item delivered assembled or as loose parts.
09Materials
What we machine.
- Mild steel
- Stainless steel
- Aluminium
- Brass
- Bronze
- Engineering plastics
These are the typical materials we work in. If your job calls for something else, ask — and if it is not something we can machine well, we will tell you rather than experiment at your expense.
10How it works
Four steps, no surprises.
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01
Send your drawings
Email them, upload them on the quote form, or drop a sample part in. Photographs and sketches are fine if that is what you have.
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02
We quote
You get a price and a lead time, with any questions about the drawing asked up front. If the job is not one we should take, we will say so.
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03
We manufacture
The job is set, machined and checked in process. If something unexpected comes up, you hear about it before it becomes a problem.
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04
Inspect & dispatch
Parts are inspected against the drawing, finished and packed, then dispatched or made ready for collection.
11Enquiries
What to include in your enquiry.
The more of this you can give us, the faster and more accurately we can quote. Missing something is not a problem — we will ask.
- Drawings — PDF, DWG, DXF, STEP or IGES. Sketches and photographs are welcome if a formal drawing does not exist.
- Quantities — how many you need this time, and roughly how many over a year if you know.
- Material — the specification if you have one, or the requirements if you do not (strength, corrosion resistance, weight).
- Tolerances — the critical dimensions, and which ones genuinely matter for the function.
- Finish — as-machined, deburred, painted or plated, and whether you are arranging finishing yourself.
- Required date — when you need the parts, and whether a partial delivery would help.
Next step
Have a drawing? Let’s talk about it.
Send us your drawings, sketches or a sample part and we’ll come back with a price and a lead time.
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