Precision manufacturing · Prototype to production

The Future of Hardware.
Built with AI.

From complex prototypes to end-to-end production: an AI-enhanced approach that delivers precision parts with unmatched quality and efficiency, backed by a dedicated engineering team on every order.

See the process
±0.05 MM100% INSPECTEDMATERIAL TRACEABILITYNDA ON REQUEST
R-4421 · Closed impeller · 11 blades · live model
Shipped hardware

Parts that earn their tolerances

Internal channels, conformal cores and consolidated assemblies: the geometries that justify additive are the ones we ship every week.

R-4421 · Closed impeller · Ti-6Al-4V
R-4421 · Closed impeller · Ti-6Al-4V
B-1107 · Topology bracket · AlSi10Mg
B-1107 · Topology bracket · AlSi10Mg
M-2280 · Hydraulic manifold · SS 316L
M-2280 · Hydraulic manifold · SS 316L
H-0915 · Conformal heat exchanger · CuNi
H-0915 · Conformal heat exchanger · CuNi
G-3342 · End effector · PA12-CF
G-3342 · End effector · PA12-CF
N-5519 · Nacelle housing · HT resin
N-5519 · Nacelle housing · HT resin
±0.05 mm
achievable accuracy
5
additive processes
11+
engineering materials
< 1 min
to a priced bill of materials
Capabilities

Built for high-value, low-volume engineering

From first concept models to production-representative hardware, organized around one objective: parts that perform to print.

Polymer and composite additive

FDM, SLA, SLS and MJF across engineering thermoplastics, technical resins and fiber-reinforced nylons. Matched to your load case, finish and environment.

Metal additive programs

Stainless, aluminium and titanium components quoted as dedicated programs, with specialists engaged from feasibility through final inspection.

Design-for-additive review

Every order receives a manufacturability assessment: wall sections, orientation, support strategy and tolerance allocation, before production begins.

Metrology and quality assurance

Calibrated inspection of every part against your model, with documented dimensional reports and traceability retained on file.

How we work

Specialists at every step. Speed at every hand-off.

A defined owner, a defined deliverable and a defined turnaround at each stage, so your program never waits on ambiguity.

01

Instant quotation

Self-serve · line-item bill of materials
Minutes

Upload CAD files and receive transparent per-part pricing across five additive processes. No obligation, no waiting.

02

Engineering review

Application engineer · assigned to your order
Within 4 business hours

Geometry, tolerances, material selection and orientation are reviewed for manufacturability before anything reaches a machine.

03

Production planning

Dedicated program manager
Same business day

Specifications confirmed, schedule locked. One named owner for communication and escalation through delivery.

04

Additive manufacturing

Certified process specialists
2-7 days by process

Produced on calibrated, process-controlled equipment with full material traceability, then finished to specification.

05

Inspection and dispatch

Metrology and quality team
Every order

100% dimensional inspection against your model, documented in a report that ships with your parts.

Your team

A dedicated engineering team on every order

Not a ticket queue. Named specialists own your order from upload to delivery.

Application engineer

Reviews geometry, material and tolerance decisions against your use case. Flags risk before it reaches a machine.

Program manager

Single point of contact. Owns schedule, communication and escalation from order to delivery.

Quality and metrology

Inspects every part against the model and signs the dimensional report that ships with your hardware.

L-0098 · Octet-truss cell array · live model
Start now

Ready when your parts are.

Upload CAD files, build a line-item bill of materials across five processes, and put a named engineering team behind your hardware. Today.

WEFAB© 2026 WEFAB AI · SUPPORT@WEFAB.AI