Surface · Topside · Prototyping · Tooling · Spares

Oil & Gas 3D Printing

Surface spares and tooling — on demand, not on a long lead-time. For the long-lead surface spare, the prototype that can’t wait, and the non-critical part holding up topside work. We serve the non-critical surface side of oil and gas — not downhole, pressure-rated or ATEX-certified parts.

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Oil and gas 3D printing UK · long-lead surface spares · topside housings and covers · maintenance jigs and tooling

Overview

It usually starts with one awkward part

A surface spare is a long-lead item and the platform is waiting on it. A new piece of equipment needs prototypes before the design is locked. A non-critical housing or cover is holding up topside work. Different parts, same problem — it is surface-side, non-critical hardware, and the lead-time or the inventory is the bottleneck.

That is the call we take every day. RYSE 3D is a UK polymer additive manufacturer — FDM, SLS, SLA, MJF — that makes the part, finishes it, inspects it and ships it: one roof, one team you can hold to account. To be clear on scope: we serve the non-critical surface side of oil and gas — prototyping, tooling, housings and long-lead surface spares — not downhole or pressure-rated parts. Two King’s Awards, ISO 9001, and the parts that keep surface work moving.

RYSE 3D production floor in Shipston-on-Stour with industrial 3D printers and finished nylon parts for oil and gas surface equipment

● On-site finishing & A-class paint — vapour smoothing, bead blasting, polishing, dyeing, coatings and paint, all in-house.
● Inspection & 3D scanning on-site — parts verified to tolerance before they ship.
● Real engineering materials — plant-based PA11 through to carbon- and glass-filled PA, PPA-CF and PET-CF.
● Bespoke pellet-fed printers, built in-house for true production output.

Facility	8,000 sq ft, Warwickshire, UK
Production printers	100+ machines
Production programmes delivered	25+
Express lead time	1–3 days (SLS, FDM and SLA)
Components in service	2.5m+
Quality process	PPAP 1–4 approved
Scope	Surface and non-critical only — not downhole, pressure-rated or ATEX

What we run for oil & gas teams

The surface parts that keep work moving

These are the jobs we run for operators, service companies and equipment OEMs every week — non-critical surface hardware on the processes that suit each one. Send us yours and we will spec it the same way.

RYSE 3D engineer inspecting a 3D printed nylon housing for oil and gas surface equipment against the CAD model

Prototypes & new equipment

SLS / MJF / FDM · functional · pre-tooling

Functional prototypes for new surface equipment — iterate form, fit and function before committing a penny to tooling.

3D printed nylon surface housing cover fitted to topside pipework, manufactured by RYSE 3D

Non-critical surface housings

MJF / SLS · hydrocarbon-resistant · finished

Surface housings, covers and enclosures in durable nylon — hydrocarbon and chemical resistance, finished and ready to fit topside.

Batch of 3D printed black nylon surface spare parts for oil and gas equipment, produced by RYSE 3D

Long-lead surface spares

SLS / MJF · reverse-engineered · on demand

Hard-to-source surface parts — 3D-scanned, reverse-engineered and reproduced on demand, cutting downtime and inventory.

3D printed nylon assembly jig holding a flanged metal valve body, made by RYSE 3D for oil and gas maintenance work

Tooling & maintenance jigs

FDM / SLS · light & fast · revise on site

Assembly jigs, fixtures and maintenance tooling — lighter and faster than machined, simple to revise as the job changes.

We serve the non-critical surface side of oil and gas — prototyping, tooling, housings and long-lead spares — not downhole, pressure-rated or ATEX-certified parts. That keeps the value clear: durable, hydrocarbon-resistant polymer that beats machining on lead-time and cost. Tell us what is holding up topside work, and we will tell you the process and the lead time.

The two we run most

Most surface work lands on SLS or FDM

We run all four processes, but the majority of what we print for oil and gas teams goes on one of these two. They solve opposite halves of the same problem: SLS handles the repeatable spares, housings and covers, and large-format FDM handles the jigs, fixtures and tooling that have to be big, stiff and on site this week.

SLS — spares, housings and covers

Surface spares · housings · enclosures · low-volume end-use

● Parts build in loose powder, so internal channels and consolidated geometry print with no supports and no witness marks, and a reverse-engineered spare comes back exactly as scanned.
● PA12 for general surface housings and covers, PA11 where a cover or clip has to flex and rebound rather than crack.
● PA12-GF and PA12-CF where rigidity leads, with PA12-CF running to 500 × 500 × 750 mm.
● No minimum order and no tooling, so you print the surface spares you need when you need them rather than holding them in a warehouse.

FDM — tooling, jigs and large fixtures

Assembly jigs · fixtures · maintenance tooling · large parts

● A 500 × 500 × 900 mm envelope prints large jigs and fixtures in one piece rather than bonding them from smaller sections.
● Carbon-reinforced grades where stiffness leads — PA6-CF and PA12-CF for rigid tooling, PPA-CF and PET-CF where heat is the constraint.
● ASA for tooling and covers that live outdoors and have to hold colour and toughness under UV.
● Print direction is a design decision on FDM — layers are the weak axis, so tell us how the jig is loaded and we orient the part to it.

We’re not a print shop — we’re the production line for the non-critical surface hardware that keeps work moving

Prototypes, tooling, housings and long-lead spares. Two people usually sign this off, so here is what each of you walks away with.

For engineers

● Parts that survive topside — durable nylon, hydrocarbon and chemical resistance, FR and ESD grades. Not hobby plastic.
● Tolerances you can sign off — ±0.3 mm up to 100 mm, then ±0.3 mm on the first 100 mm plus ±0.1% for every 100 mm beyond, inspected in-house.
● Long-lead spares, on demand — 3D-scanned and reverse-engineered surface parts, reproduced when you need them.
● A straight answer on process — we tell you what fits, and what doesn’t.

For buyers

● Parts on time, every time — 2.5m+ components in service, cutting topside downtime.
● One supplier, not five — print, finishing and inspection under one roof.
● A programme you can defend — PPAP 1–4, ISO 9001, Cyber Essentials, full traceability, NDA-compliant.
● Prototype before you commit — iterate new surface equipment fast, before tooling or final design.

Rows of 3D printed black nylon brackets produced in batch by RYSE 3D for oil and gas surface equipment

Oil & gas we support

OperatorsService companiesEquipment OEMsSurface / topsideSupply-chain suppliersMRO

Send us the CAD →No CAD? Send us the part

What we run

Tell us the part. We’ll tell you the process.

Nobody orders “an SLS part”. They order a part that has to do a job and perform. SLS and FDM take most surface work, but we run all four processes, so your part goes on the one that performs, not the one machine we happen to own.

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SLS · Selective Laser Sintering

Tooling-free functional nylon. Max build 165 × 165 × 300 mm, up to 500 × 500 × 750 mm for PA12-CF. PA12, PA12-GF, PA12-CF, PA11 (plant-based), TPU 90A. 1–3 days express, 5–7 days standard. A Formlabs Fuse X1 arrives December 2026, the first in the UK.

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FDM · incl. large-format

Engineering-grade & large parts. Max build 500 × 500 × 900 mm (340 × 320 × 340 mm for PPA-CF). PA6-CF, PA12-CF, PA6/12-CF COPA, PA6-GF, PPA-CF, PET-CF, PC-FR, PETG-CF, ASA, ABS. Best for large and fibre-reinforced load-bearing end-use parts, jigs, fixtures and tooling. 1–3 days express, 5–7 days standard.

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SLA · Stereolithography

High-detail, rigid & flame-retardant. Max build 353 × 196 × 350 mm. Rigid 10K / High-Temp Ceramic-Filled, Tough 2000, Black PU Cast-Like, Flame-Retardant (UL94 V0), ESD, Clear V5, Flexible 80A. Best for visualisation and training models, high-detail masters and FR / ESD components. 1–3 days express, 5–7 days standard.

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MJF · Multi Jet Fusion

Durable functional end-use. Max build 380 × 284 × 380 mm. PA 12, PA 11 Gen2, TPU 01 (Shore A 88–90). Finished vapour smoothed, bead blasted, vibratory polished. Lead time 5–7 working days, standard only — there is no express tier on MJF.

Not sure which? That is the point of the quote — upload the CAD and we will spec it for you, free at our instant quote tool.

Where we fit

When we run your parts, here’s where they land

Additive earns its place when a surface spare is long-lead, a new design needs prototyping, or tooling cannot be justified. For operators, service companies and equipment OEMs — surface and topside, non-critical — that is most of the awkward jobs.

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Prototypes

SLS / MJF / FDM. Functional prototypes for new surface equipment — iterate form, fit and function before committing to tooling.

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Tooling & jigs

FDM / SLS. Assembly jigs, fixtures and maintenance tooling — lighter and faster than machined, easy to revise on site.

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Non-critical housings

MJF / SLS. Surface housings, covers and enclosures — durable nylon with hydrocarbon and chemical resistance.

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Long-lead surface spares

SLS / MJF. Hard-to-source surface parts — 3D-scanned, reverse-engineered and reproduced on demand to cut downtime.

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Visualisation & training

SLA / SLS. High-detail visualisation models and training aids for equipment, maintenance and safety briefings.

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Low-volume end-use

SLS / MJF. Repeatable non-critical surface components in low volume — no tooling spend, no minimum order.

Range of 3D printed nylon housings, manifold bodies and brackets in multiple colours produced by RYSE 3D

Got one of these on your desk now? Send it over — you will get a price back, not a sales call, at our instant quote tool.

Where additive pays off

Right part, right process

Additive isn’t the right answer for every part, and we’ll always tell you so. The value is putting your budget where it genuinely beats moulding: lower cost at your volumes, real design freedom, and parts in days instead of tooling lead-times. Small parts stay ahead to high volumes; bigger or complex parts suit additive up to around 10,000 a year, then moulding takes over. For non-critical surface work — prototypes, tooling, low-volume spares — additive almost always wins, with no minimum order or tooling.

Where additive wins for you

✓ Surface spare on a long lead-time? Scan it, reproduce it, cut the downtime.
✓ No minimum order — print exactly the surface spares you need, when you need them.
✓ Durable, hydrocarbon-resistant nylon for topside and surface environments.
✓ Prototype new surface equipment fast, before committing to tooling.
✓ A digital inventory — reprint any surface part on demand, no warehouse needed.

Where we’ll tell you straight

● Downhole, pressure-rated or ATEX-certified parts sit outside polymer additive manufacturing. We are surface and non-critical only, and we will say so upfront.
● Need a specific certification or sour-service rating? We hold ISO 9001, Cyber Essentials and PPAP 1–4 — tell us your standard and we will be straight on what we can meet.
● Metal or load-bearing parts — we are polymer, so for those we will point you the right way.

Send us the CAD, no charge →

FAQ

Oil & gas 3D printing FAQ

Can you 3D print downhole or pressure-rated oil and gas parts?

No. We serve the non-critical surface side of oil and gas only — prototyping, tooling, housings and long-lead surface spares. Downhole, pressure-rated and ATEX-certified parts sit outside polymer additive manufacturing and outside what we do, and we will say so upfront rather than take the work and hope. If a part is load-path critical, pressure-containing or going downhole, we are not the right supplier for it.

What oil and gas parts can you 3D print?

Functional prototypes for new surface equipment, assembly jigs, fixtures and maintenance tooling, non-critical surface housings, covers and enclosures, long-lead surface spares reproduced on demand, visualisation and training models, and repeatable low-volume non-critical surface components. All surface-side, all non-critical.

Can you reproduce a long-lead surface spare from an existing part?

Yes — that is one of the most common jobs we take. Post us the part and we will 3D-scan it, reverse-engineer it and quote it back, then reproduce it on demand. It gives you a digital inventory instead of a warehouse: reprint the surface part when you need it, in the quantity you need, with no minimum order and no tooling spend.

Are 3D printed nylon parts resistant to hydrocarbons and chemicals?

Sintered nylon holds up well against hydrocarbons and many process chemicals, which is why it suits surface housings, covers and enclosures topside. Exposure is specific to your media, temperature and duration, so tell us what the part sees in service and we will tell you which grade fits — or tell you honestly if polymer is the wrong answer.

How fast can you turn around a surface spare or a jig?

Express lead time is 1–3 days on SLS, FDM and SLA, with 5–7 days standard. MJF runs 5–7 working days, standard only — there is no express tier on that process. When a non-critical housing or cover is holding up topside work, that is usually the difference between waiting on a lead-time and getting the job moving.

Do you hold ATEX, sour-service or other oil and gas certifications?

We hold ISO 9001, Cyber Essentials and PPAP 1–4 approval, with full traceability and NDA-compliant working. We do not hold ATEX certification or sour-service ratings. Tell us your standard early and we will be straight about what we can and cannot meet, rather than finding out late in a programme.

Can you make metal or load-bearing oil and gas parts?

No — we are a polymer manufacturer. Metal parts and load-path critical hardware are outside what we run, and for those we will point you the right way rather than stretch a polymer part into a job it should not be doing.

What volumes make sense for 3D printed surface parts?

Small parts stay ahead of moulding to high volumes; bigger or more complex parts suit additive up to around 10,000 a year, after which moulding usually takes over on unit cost. For non-critical surface work — prototypes, tooling and low-volume spares — additive almost always wins, because there is no minimum order and no tooling to pay for.

How do I get an oil and gas surface part quoted in the UK?

Upload your CAD to our instant quote tool for pricing from a single prototype up to 100,000 parts. No CAD? Post us the part and we will 3D-scan it, reverse-engineer it and quote it back. Everything is printed, finished and inspected at our own ISO 9001 facility in Shipston-on-Stour, Warwickshire, and we ship UK-wide.

Ready when you are

You’ll want to see what we’d do with your part.

Upload one and get an instant price on up to 100,000 parts, or post us the part and we will scan it, reverse-engineer it and quote it back. Surface spares, tooling, housings and prototypes, printed, finished and inspected under one UK roof.

Get an instant quote → No CAD? Send us the part

Printed, finished and inspected at our own ISO 9001 facility in Shipston-on-Stour, Warwickshire. Call us on 024 7736 0144 or request a free sample pack.