Additive manufacturing for the GCC
Industrial 3D Printing
When legacy equipment is down or a new aerospace design needs rapid validation, PartsMake helps turn engineering intent into functional parts. Metal and high-performance polymer 3D printing support urgent oil and gas maintenance, advanced aerospace and UAV development, and a more responsive digital spare-parts strategy across the Middle East.
From urgent replacement components to lightweight, application-led prototypes.
At a glance
400 × 400 × 450 mm
Maximum metal PBF-LB build platform for complex components and consolidated assemblies.
20–60 μm
Metal powder-bed layer thickness, selected to suit the component and build requirements.
Up to 220°C
Heated-chamber capability for industrial high-temperature FDM polymer printing.
Manufacturing capability
Print for the part’s job, not just its shape
Select metal or polymer processes around operating conditions, geometry, performance needs and production intent. Additive manufacturing can reduce tooling dependency and enable designs that are difficult to produce conventionally.
Metal PBF-LB
Laser powder bed fusion for complex, functional metal components, including topology-optimised structures and internal channels.
- Materials: Inconel 718, Ti-6Al-4V, 316L and AlSi10Mg
- Build envelope: up to 400 × 400 × 450 mm
- As-built accuracy: typically ±0.05 to ±0.1 mm
High-temperature FDM
Engineering thermoplastics for functional prototypes, design validation and selected end-use components where heat performance and low weight matter.
- Materials: PEEK, PEKK, ULTEM 9085 and carbon-fibre PA
- Build envelope: up to 600 × 600 × 600 mm
- Heated chamber: up to 220°C
Polymer SLS
Powder-bed polymer printing for functional prototypes, custom housings and intricate components without dedicated mould tooling.
- Materials: PA12, PA11 and glass-filled PA12
- Build envelope: up to 380 × 380 × 500 mm
- Typical accuracy: ±0.15 mm
Built around regional requirements
Two urgent challenges. One flexible production route.
PartsMake supports customers dealing with hard-to-source legacy equipment and teams pushing the limits of aerospace and UAV design. We help assess whether printing is suitable, then align the build route with the component’s intended use.
Oil & gas maintenance
Respond to obsolete parts and urgent repairs
For equipment at risk of extended downtime, additive manufacturing can help produce a replacement or trial component when conventional tooling or OEM supply is not practical. Where original drawings are unavailable, a surviving sample or available measurements can inform a geometry-reconstruction and engineering review before manufacture.
- Legacy spares and replacement components
- Metal parts in Inconel, titanium or stainless steel
- Geometry assessment for parts without drawings
- Digital files to support future spare-part planning
Aerospace & UAV development
Move from design iteration to a functional part
For Saudi aerospace and UAV programmes, metal printing enables lightweight topology-optimised structures and geometries that can include conformal internal channels. PEEK and ULTEM printing offers a rapid route to assess fit, form and function in demanding design environments.
- Lightweight structural brackets and joints
- Complex internal cooling passages
- PEEK and ULTEM prototype validation
- Design iteration without hard tooling
Beyond the build
Make urgent parts easier to plan for
A qualified digital spare-parts approach can help reduce dependence on storing every low-volume component physically. Maintain approved part data, review manufacturing readiness and produce parts when the need arises—subject to engineering, material and application requirements.
Review a part for printing01 / Assess
Check suitability
Review the design, expected operating conditions, material needs and inspection expectations.
02 / Engineer
Prepare the build
Consider orientation, supports, geometry and post-processing requirements for the chosen process.
03 / Produce
Print and verify
Manufacture to the agreed specification, with inspection and documentation aligned to the project.
Start with your part
Share the drawing, sample details or engineering challenge
PartsMake can help assess the appropriate additive process, material options and next steps for your application in the GCC.
Metal PBF-LB Printing in the UAE & GCC | PartsMake
Metal PBF-LB printing in Ti-6Al-4V, Inconel 718 and 316L for complex oilfield and UAV parts, with machining, inspection and GCC delivery.
View details →
High-Temp Polymer 3D Printing | PEEK, PEKK & ULTEM 9085
Industrial high-temp polymer 3D printing in PEEK, PEKK and ULTEM 9085 for GCC switchgear and downhole parts. Send drawings for a manufacturability review.
View details →