Services · AM / PROTO

Additive Manufacturing & Prototyping

We define the right combination of method, process and material for the project, turning digital design into fast, verifiable physical output.

Discuss your project ↗

3D printers and prototype parts produced using different manufacturing methods

Typical needs

Rapid physical validation of form, fit and function
Functional or surface-quality-focused prototypes
Process selection for pilot and low-volume production

Inputs to start the work

CAD model and intended part use
Material, strength and surface requirements
Quantity, dimensional requirements and target schedule

Scope of service

FFF, SLA/DLP and powder-based additive manufacturing selection based on part requirements. Functional prototypes, fit assessment and low-volume production.

Functional and strength-led FFF parts

Fine detail and high surface quality with SLA/DLP

Industrial strength and low-volume production with powder-based additive manufacturing

Mechanical test samples

Form, fit and function checks

Pilot and low-volume manufacturing

Technology, lead-time, cost and performance optimisation

Delivery approach

Requirements and data

Technical requirements, available data and success criteria are clarified.

Feasibility

Method, data quality, risks and practicality are assessed.

Execution

Engineering work proceeds against the approved scope.

Validation

Outputs are checked against requirements, manufacturability and quality targets.

Delivery and next step

Revision status, delivery package and next actions are made clear.

Typical deliverables

Methods and technical capabilities

Technology and material selectionProduction-prepared modelFunctional or visual prototypeReview notes and next-production recommendation

Frequently asked questions

Which printing technology is selected?

FFF, SLA/DLP or powder-based additive manufacturing is assessed against mechanical, surface, tolerance, quantity and timing requirements.

Is low-volume production possible?

Pilot or low-volume production can be planned for suitable geometries and requirements.

Dynacore

Have a technical requirement?

Let us define the scope, deliverables and the right engineering workflow together.