Industrial 3D Printing Services in Milton Keynes
Need a batch of plastic parts but do not have a CAD model? Send us a sketch, sample details, photographs or a description of the problem. We can review the modelling work needed and quote for suitable trial parts, batch manufacture and repeat supply.
We make functional housings, guides, spacers, inserts and jigs for manufacturers, engineers and maintenance teams. Based near Newport Pagnell, we support Milton Keynes and customers across the UK.
Already have a model? Send it with your quantities and requirements for a production quote.
No CAD file required to start an enquiry. Any modelling work, trial and production requirements are assessed and quoted for the agreed scope.
What do you need manufactured?
You do not need to know which filament or printer to specify. Tell us what the part needs to do, the quantity required and whether you have an existing model.
3D Printing for Prototypes, Functional Parts and Production
Our 3D printing service is designed around the customer's component, not around selling printer time. We review the geometry, material, quantity, expected use and the best route to make the part.
For some jobs, 3D printing avoids the cost of mould tooling or a complex machining setup. For others, it provides a test part before the final product is machined or fabricated. We will explain where printed plastic is a sensible option and where another process is likely to perform better.
Small-batch 3D printing
Functional plastic components for low-volume production, pilot runs and repeat supply. We can review quantities such as 10, 50, 100 or more against the actual print cycle and materials.
See production optionsRapid prototyping
Physical prototypes for checking size, fit, assembly, ergonomics and design changes before committing to an expensive manufacturing route.
See prototyping support3D printed jigs and fixtures
Custom location blocks, CNC soft jaws, assembly fixtures, drilling guides and production tooling tailored to the part or process.
See tooling examplesCustom replacement parts
Help sourcing a missing, discontinued or unusual plastic component? We can assess a sample, dimensions or CAD model for a suitable replacement.
See replacement applicationsNylon and engineering materials
PETG, ASA, TPU and reinforced nylon options for demanding applications, subject to the part's operating temperature, loading and environment.
Compare materialsMachine aids and custom products
Covers, inserts, spacers, guides, brackets, trays and purpose-made production accessories that cannot easily be purchased off the shelf.
See parts we have madeReal Customer Parts, Made In-House
These photographs are from Wards' own workshop and customer work. They show the kind of functional parts and repeat-printing applications we can discuss with an engineer or purchasing team.
Small-Batch 3D Printing, From the First Part to Repeat Orders
If you need the same component regularly, start by agreeing the design and production requirements. We can review an existing model or assess the modelling work needed from a sample, sketch or drawing.
Tell us the initial quantity and likely repeat demand. We assess intended use, material, print time, important dimensions, finishing, inspection and delivery. Where agreed, a trial part can support specified fit and use checks before a batch.
Repeat parts may include conveyor guides, trays, protectors, spacers, covers and small assemblies. With several printers, jobs can be scheduled in parallel where the selected material and print settings allow it. Larger forecasts are reviewed for capacity and consistency before any commitment is made.
Information that helps us price a batch
- Part file: ideally STEP, STL or 3MF, with a drawing where dimensions are critical.
- Volume: initial quantity plus expected weekly, monthly or annual demand.
- Material: any specified polymer, colour and performance requirement.
- Quality: important dimensions, surface finish, inspection and assembly needs.
- Logistics: delivery dates, repeat ordering pattern and packing requirements.
For contract work, we can review a sample-first approach and retain agreed production settings for subsequent batches. We will not recommend a printed route if a different process makes more engineering or commercial sense.
Rapid Prototyping & Prototype 3D Printing
Prototype 3D printing lets you check a design physically before committing to full manufacture. That can mean a quick fit test, an assembly trial, a product demonstration or a functional test using a more suitable material.
Form and fit
Check clearances, mounting points, overall size and access around other components. An inexpensive trial part can reveal problems that are not obvious on a screen, especially with mating assemblies.
Functional testing
Where suitable, we can advise on a material and print orientation for a part that needs practical handling or mechanical evaluation. The test conditions should be clear before any conclusions are drawn.
Design revisions
When a hole, wall thickness, clip, boss or clearance needs changing, send an updated model or ask us to quote the changes needed. We can discuss modifications that improve printability and reduce unnecessary support or post-processing.
Rapid prototyping services are particularly helpful for R&D teams, product developers and production engineers working through several design iterations. If you only have a sketch, drawing or physical part, explain what you need; we can advise whether modelling work is required and quote it separately where applicable.
3D Printed Jigs, Fixtures & CNC Workholding
For machine shops, 3D printing can deliver jigs and fixtures tailored to a component or a specific operation. A part-specific jig can improve location, support a component, protect a finished surface or make an awkward operation easier to repeat.
At Wards we work with machining and fabrication as well as additive manufacturing, so we understand the practical constraints around holding, drilling, checking and assembling parts. The design must suit the forces and temperatures involved: a printed fixture is not automatically an acceptable substitute for metal tooling.
A good example is the 3D printed CNC soft jaws produced for aluminium components. Another is the printed manufacturing jig designed to support consistent location and handling. These are real Wards projects, rather than theoretical applications.
What to send for a fixture
- A model or drawing of the component being held.
- Photos of the machine, assembly bench or work area.
- The operation being carried out and any forces involved.
- Required repeatability, expected cycles and contact surfaces.
- Any restrictions around clamps, fasteners or existing tooling.
We can review whether a fully printed fixture, a printed insert or a combined metal-and-plastic design is the sensible approach.
Custom 3D Printed Replacement Parts
When a plastic cover, spacer, guide, bracket or insert is damaged or unavailable, replacement part 3D printing may be possible. Replacement-part 3D printing can be especially useful for obsolete equipment, non-standard machinery and components that were originally produced in small quantities.
Examples from Wards include a vintage motorbike engine cover for restoration-related development, custom conveyor guides for production equipment and installation spacers. The right material and process will depend on the actual application.
Not every component is safe or suitable to reproduce in printed polymer. Parts with critical structural loads, guarding duties, unusual heat exposure or regulatory requirements must be assessed carefully. We may recommend machining, fabrication, a design change or an OEM replacement instead.
No CAD file? Start here.
- Take clear photos from several angles with a ruler for scale.
- Note the dimensions that affect fitting and assembly.
- Explain what failed and how the component is used.
- Tell us the machine model or intended environment, if known.
- State how many replacements you need and whether demand will repeat.
These details help us decide whether a sample-based quote or further design information is needed.
Ask About a ReplacementEngineering Materials, Nylon & FDM Printing
Material choice for 3D printing should start with the operating environment and the design, not simply the strongest-sounding filament. In FDM 3D printing, print orientation, wall structure, layer adhesion, moisture and operating conditions can be as important as the polymer itself.
| Material | Useful characteristics | Example applications | Points to consider |
|---|---|---|---|
| PLA | Cost-effective, accurate for many non-demanding designs. | Concept models, assembly checks, light-duty jigs. | Limited heat resistance; assess load and environment. |
| PETG | Tougher general-purpose option for many functional components. | Trays, covers, holders, spacers, workshop parts. | Surface finish, stiffness and temperature still need checking. |
| TPU | Flexible and resilient for appropriate designs. | Protective pads, flexible inserts, feet and sleeves. | Hardness and compression performance depend on grade and geometry. |
| ASA | Suitable candidate for outdoor and UV-exposed applications. | Exterior housings, guards and brackets. | Exposure, mounting and print conditions need review. |
| PA6-GF / PA6-CF | Reinforced nylon options for selected engineering applications. | Production aids, wear/spacer parts and fixtures. | Moisture control, anisotropy, temperature and final duty matter. |
| PC and other grades | Options for projects with specific performance needs. | Selected engineering prototypes and functional items. | Discuss project suitability, printability and availability first. |
Real engineering material experience: Wards has produced PA6-GF identification tags for manufacturing trays and a glass-fibre reinforced nylon spacer wear plate. We assess each new use case independently instead of assuming that one successful application proves suitability for another.
For equipment guarding and other safety-related uses, buyers should also consider the HSE guidance on work equipment and machinery. Printed components should not be adopted for safety-critical use without an appropriate assessment.
Industrial 3D Printing Projects Completed by Wards
When buying 3D printing services, engineers need proof that a supplier understands real production problems. The following Wards project examples cover handling, machining, part replacement, identification and component development.
Custom Electrical Housing
Wards used 3D printing to make an electrical housing that had been expensive to produce in acetal. The housing and separate cover show a different manufacturing route for an existing component.
Custom Conveyor Guides
Guides made to suit a customer's conveyor and product profile, supporting more consistent product location and providing a replacement route when parts wear.
Lens Tray Paperwork Inserts
Custom tray inserts to retain paperwork with the correct production batch, helping an operator keep documents and product information organised.
3D Printed CNC Soft Jaws
Custom soft jaws developed for holding aluminium components during machining while helping protect contact surfaces. A useful example of geometry-specific workholding.
Component Location Fixture
A purpose-made jig for nuclear-related manufacturing support where repeatable component positioning, handling and protection were important.
PA6-GF Oven Tray Tags
Reinforced nylon identification components for lens-production trays used in an elevated-temperature process, illustrating application-led material choice.
Vintage Motorbike Engine Cover
A development and replacement application for a hard-to-source component, demonstrating how CAD and additive manufacture can support restoration projects.
Looking for a similar part? You do not need the same industry or the same exact component. Send the problem or drawing and we will discuss whether it suits 3D printing, machining or another process.
More printed parts from our live project library
Our 3D printing project gallery below retains the work already published on the Wards website.
3D Printed Pool Cleaner Replacement Part
A pool hoover needed a replacement component.
View Work Produced →
Custom 3D Printed Electrical Housing
The existing electrical housing was expensive to produce in acetal, so an alternative manufacturing route was needed.
View Work Produced →
3D PRINTED JIG FOR NUCLEAR COMPONENT MANUFACTURING
THE JIG HELPED IMPROVE REPEATABILITY AND PART LOCATION DURING THE CUSTOMER’S PROCESS. IT REDUCED THE NEED FOR MANUAL POSITIONING, HELPED PROTECT COMPONENTS FROM DAMAGE, AND PROVIDED A MORE CONSISTENT METHOD OF HANDLING OR CHECKING NUCLEAR-RELATED PARTS.
PLA / SELF-COLOUR
Made using: Bambu Lab X1E
View Work Produced →
SPACER WEAR PLATE
Steel wear plates and spacers used on agricultural machinery can cause excessive wear, corrosion and unnecessary weight. This custom PA6-GF (glass fibre reinforced nylon) spacer wear plate provides excellent wear resistance, reduces friction, eliminates corrosion and protects expensive farm equipment from premature damage while extending service life.
PA6-GF / SELF-COLOUR
Made using: Bambu Lab X1E
View Work Produced →
MOTORCYCLE ENGINE BLOCKS
Motorcycle engine blocks and crash protection parts are often difficult or expensive to replace when they are damaged. These custom 3D printed parts provide a fast, cost-effective way to produce replacement, prototype or protective components for crash repair, fitment testing and restoration work.
Other / SELF-COLOUR
Made using: Bambu Lab X1E
View Work Produced →
ROOFING TRIM SPACER
Traditional roofing trim spacers can be difficult to source in the correct size, leading to inconsistent spacing, poor alignment and longer installation times. This custom 3D printed spacer ensures accurate, repeatable positioning of roofing trims, improving the finished appearance while speeding up installation and reducing fitting errors.
PLA / SELF-COLOUR
Made using: Bambu Lab X1E
View Work Produced →
TINY FLOWER POTS
Small plant pots can be expensive to source in custom sizes, and standard designs often don't suit promotional, decorative or indoor planting applications. These custom 3D printed flower pots provide a cost-effective, fully customisable solution that can be produced in any size, shape or colour with rapid turnaround.
PLA
Made using: Bambu Lab X1E
View Work Produced →
CONVEYOR GUIDES
Many production lines use standard conveyor guides that wear quickly, allow products to move out of position, or are unavailable for unique product sizes. These custom 3D printed conveyor guides provide precise product alignment, reduce jams and misfeeds, minimise product damage, and can be rapidly manufactured and replaced without the cost or lead time of traditional machined components.
PLA
Made using: Bambu Lab X1E
View Work Produced →
LENS TRAY PAPERWORK INSERTS
Lens manufacturing trays often need paperwork, labels or job cards kept with the correct batch, but loose documents can get lost, damaged or mixed up during production. These custom tray inserts securely hold the paperwork in place, helping operators identify jobs quickly, reduce mistakes, and keep each tray organised throughout the manufacturing process.
PLA
Made using: Bambu Lab X1E
View Work Produced →
VINTAGE MOTORBIKE ENGINE COVER
Original vintage motorbike engine covers are often cracked, corroded, discontinued or impossible to source. Using 3D scanning and additive manufacturing, a replacement can be accurately reproduced for prototyping, restoration or pattern making, reducing downtime and preserving classic motorcycles.
PLA
Made using: Bambu Lab X1E
View Work Produced →
CNC Soft Jaws
Standard metal vice jaws can mark, deform or fail to securely grip aluminium components, especially parts with complex shapes or finished surfaces. These custom 3D printed jaws provide a precise, part-specific fit that prevents movement during machining, protects the aluminium from damage, reduces setup time, and improves machining accuracy while lowering tooling and fixture costs.
PLA
Made using: Bambu Lab X1E
View Work Produced →
OVEN TRAY TAGS
Nylon oven tray tags solve a common problem in lens manufacturing by making production trays instantly identifiable throughout the manufacturing process, even when exposed to high oven temperatures. Traditional paper labels, adhesive stickers and marker pen markings can fade, peel off, become illegible or contaminate the process, leading to confusion, delays and costly mistakes.
PA6-GF
Made using: Bambu Lab X1E
View Work Produced →Tell Us About Your Part and the Quantity You Need
You can enquire without a CAD file. Start with the information you have so we can explain what is needed to quote modelling work, a trial where appropriate, or production.
I need help developing the part
Send photographs, a sketch, useful dimensions or details of a physical sample. Explain where it fits, what it needs to do and any problems with the existing part. Include the initial quantity and likely repeat demand.
I already have CAD or a drawing
Send STEP, STP, STL, 3MF or drawing files with the quantity, material requirements, important dimensions and required date. Identify the current revision and features that must not change.
For either route, include operating temperature or loading, mating components, finish, colour, inspection needs and delivery location. If you are unsure about material, describe the application.
Request a Quote
Need welding, fabrication, CNC machining, folding, 3D printing, repairs, site work or general metalwork? Upload your CAD file, drawing, photo, project document or zipped folder and send the details to Wards for a quote.
Prefer email? Contact sales@wards-welding.com or use the contact page. Tell us if your project contains confidential drawings or specific handling requirements.
How We Approach Quality and Repeat Orders
Reliable 3D printing is not simply a matter of sending a model to a machine. For functional parts, we review the geometry and how the component will actually be used. Layer direction, wall thickness, mounting holes, sharp corners, infill, support contact and environmental exposure can all affect the outcome.
Fit and tolerances
We consider the clearance and dimensional requirements before making claims about precision. Where a close fit is essential, a test piece or revised design may be necessary. Extremely tight tolerances may favour CNC machining.
Finish and post-processing
Visible layers and support contact marks are normal on many FDM components. Let us know if the part has a visible face, moving interface or finish requirement so those details can be considered in the quote.
Repeatability and records
For agreed repeat-production parts, we can retain the approved model and relevant printing settings. We discuss the appropriate inspection method for the job rather than assuming every part requires the same level of checking.
Where a job requires documented inspection, specific traceability, certified material properties or safety-critical performance, those expectations must be discussed and agreed before ordering. We can advise on the limits of our current equipment and when an alternative manufacturing route or additional validation is appropriate.
Our Printers, Materials Preparation & Production Planning
For our 3D printing work, Wards currently operates one Bambu Lab X1E and two Bambu Lab A1 printers. This gives us a combination of an enclosed engineering-material platform and additional parallel capacity for suitable materials. We use print scheduling, material preparation and practical engineering review to choose an approach for each job.
Bambu Lab X1E
Our enclosed printer for selected engineering polymers, higher-temperature material applications and glass- or carbon-fibre-reinforced grades where appropriate. The nominal build area is 256 × 256 × 256 mm.
Two Bambu Lab A1 Printers
These printers provide flexible parallel output for suitable materials and product designs. They support prototypes, workshop aids and repeat batches without requiring every job to occupy the same machine.
Bambu Lab AMS HT
Moisture-sensitive filament benefits from suitable preparation. Our AMS HT provides material drying capability, with a stated drying temperature of up to 85°C for compatible materials.
Who Uses Our Industrial 3D Printing Service?
Manufacturing & automation
Conveyor guides, assembly aids, sensor mounts, tray inserts, component locators and other process-specific printed parts that support production equipment.
Machine shops & fabricators
Soft jaws, non-marking contact pieces, setup aids, protection caps and checking fixtures designed around a particular workpiece or workstation.
Maintenance & engineering
Replacement plastic parts, custom spacers, guards for suitable duties, brackets, test assemblies and adapted components where stock items do not fit.
Product developers
Early prototypes, repeated design iterations, functional trials and low-volume product runs before tooling or another process becomes viable.
Agriculture & installation
Selected wear/spacer components, installation aids and custom fixing or positioning tools, with material and loading reviewed for each use.
Specialist equipment suppliers
Short-run covers, housings, process accessories and customer-specific components that need repeatable geometry without a high tooling investment.
3D Printing Milton Keynes, Bedford, Northampton & Nationwide
Wards Welding & Fabrications provides 3D printing from Newfield Farm, Chicheley Road, Newport Pagnell, near Milton Keynes. We support engineering and manufacturing enquiries locally and can discuss suitable shipping or collection arrangements for customers elsewhere in the UK.
Send the drawing - not a long specification
When asking for 3D printing near me, buyers often want a real person to check whether the job can be made. That is our approach. Tell us what matters, attach the available information, and we can review the practical options.
For a national production enquiry, include the intended delivery location and any regular call-off requirements so the commercial quote covers the complete supply need.
Send Your EnquiryFrom a Sketch or Sample to a Batch of Parts
Show us what you need
Send a sketch, photos, sample details or an existing CAD file. Explain what the part does, how many you need and whether you expect to order it again.
Review suitability and scope
We review geometry, build size, material, important dimensions and intended use. Any modelling or design changes are scoped and quoted separately where applicable.
Agree the approach
We discuss the model, fitting points, material and any proposed changes. Trial parts, finishing, inspection and production requirements are agreed where appropriate.
Check a trial where needed
Where agreed, a trial part supports the specified fit and function checks. Any revisions and the production version should be agreed before the batch proceeds.
Manufacture and check
We print using the agreed production approach, remove necessary supports and review the completed parts against the agreed requirements.
Plan repeat supply
For suitable repeat work, we can retain the approved model and relevant print settings. Tell us the next quantity and required date so pricing and availability can be confirmed.
Suitable approved CAD may not need modelling or a trial stage. Trial checks do not replace required technical validation; safety-related applications are assessed separately before work is accepted.
Watch Our 3D Printers at Work
These Wards workshop videos show 3D printing in action. A time-lapse can be useful for seeing the manufacturing process, but the finished part and its suitability for the job remain the most important measures.
An Engineering Supplier, Not Just a Print Farm
Wards combines 3D printing with practical CNC machining, metal fabrication, welding and folding experience. That matters when a printed prototype becomes a metal part, when a fixture needs a machined insert or when a buyer wants an honest assessment of the most suitable manufacturing method.
Real project evidence
Browse completed parts and project descriptions before enquiring. If you need something similar, reference the project to help us understand the requirement.
Connected manufacturing
Where appropriate, we can discuss printed and machined or fabricated components as parts of the same engineering project.
Commercial focus
From a 3D printing prototype to repeat plastic components, we consider batch cost, expected use and supply planning rather than simply quoting by filament weight.
Industrial 3D Printing FAQs
How much does a custom 3D printed part cost?
Pricing depends on size, material, print time, preparation, geometry, support removal, finishing, inspection and quantity. A single test part and a recurring batch may have different setup costs. Upload a file with your intended quantity for a job-specific quote.
Can Wards manufacture 50, 100 or 500 printed components?
We can review these batch quantities and larger enquiries against the part, material, printer availability, quality needs and delivery schedule. For repeat 3D printing work, a sample or pilot run is often a sensible first step. Capacity and lead time are confirmed when the actual job has been assessed.
What is the difference between a prototype and a production print?
A prototype is often used to check form, fit or function before a design is approved. A production print is intended to be supplied repeatedly under agreed conditions. Production work may require additional attention to process settings, orientation, inspection, packing and component consistency.
Do you accept STEP, STL and 3MF files?
Yes. STEP or STP is useful where CAD changes may be necessary; STL and 3MF can be suitable for ready-to-print models. Drawings, photos and sketches are also helpful. Tell us about any critical tolerances rather than relying on a mesh file alone.
Can you make a replacement part without an existing CAD model?
Potentially. Send photos, sketches, measurements or details of a physical sample. We assess suitability and any modelling work, which is scoped and quoted separately where applicable. A trial can be discussed for agreed checks before batch production. Suitability depends on the part's shape, loads, environment and intended purpose.
Do you offer nylon 3D printing and reinforced engineering materials?
We can discuss engineering polymers including PA6-GF, PA6-CF and other suitable materials for applicable projects. Material preparation and print conditions matter. Please provide the operating temperature, load, exposure and any specified performance requirements so we can assess the part.
Can you make CNC jigs, soft jaws and fixtures?
Yes. These are established applications at Wards. We have produced printed soft jaws and a manufacturing jig for component location and handling. The exact fixture design and polymer must suit the operation and expected forces.
How quickly can you print a prototype or batch?
Turnaround depends on the size, number of parts, material, preparation, current workload and any design changes or inspection needs. Send your required date with the enquiry and we can confirm a realistic lead time in the quotation.
Do you only provide 3D printing in Milton Keynes?
No. We are based near Newport Pagnell and support customers in Milton Keynes, Bedford, Northampton and surrounding areas, as well as suitable projects elsewhere in the UK. File-based enquiries can be reviewed remotely, with collection or delivery discussed at quotation stage.
Is FDM printing suitable for safety-critical parts?
Not automatically. Safety-related, load-bearing or highly regulated applications require an appropriate engineering assessment, specifications and validation. We will discuss the limits of printed polymers and recommend another manufacturing method where necessary.
Looking for Ready-Made Workshop Products?
Our separate online shop sells practical 3D printed tool holders, organisers and workshop accessories.
Need a Part Developed for Batch Production?
Send your sketch, sample details or CAD file, plus the initial quantity and likely repeat demand. We can review the practical route from any agreed modelling work to a trial where appropriate and production.
Email sales@wards-welding.com or use the quotation form on this page. You can also contact Wards about a project involving CNC machining, welding, fabrication or folding.