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How Are 3D Printing Prices Calculated?

3D printing costs can often feel like a puzzle, especially with the range of technologies and materials available. In this guide, we break down the key factors that influence pricing and share practical advice to help you make informed decisions.

Sky Is The Limit – Elevating Drones with 3D Printing

3D printing is radically changing how drones are manufactured today, enabling lightweight, durable components with unmatched design flexibility. From aerospace to agriculture, this technology is unlocking new possibilities, improving efficiency, and accelerating innovation.

Innovative Engineering with 3D-Printed Lattice Structures

Lattice innovations are reshaping industries. Across aerospace, automotive, healthcare, and defense, this design philosophy is opening new frontiers in efficiency and sustainability. Additive manufacturing is unlocking unmatched design freedom and engineering precision, enabling breakthroughs that were once impossible.

Part Finishes (Primary)

At Graphite Additive Manufacturing, our parts are offered with a variety of finishing options. Between our primary and secondary options, we have over 50 different combinations of finishing to provide you with the most suitable finish for your application.

How are 3D Printing prices calculated?

In traditional manufacturing, such as CNC machining, Metal stamping or Injection moulding, a large percentage of the price can be the initial set-up time and tooling cost. It is normal to have high prices for short production runs, with prices getting ever cheaper per unit, as the volumes increase.

Graphite Additive Manufacturing Accuracy

As engineers, the accuracy that can be repeatably achieved with 3D Printing technologies has long been an obsession with us. At first glance, variability can seem daunting with no obvious reason and it’s all too easy to accept that’s just the way things are.

MJF v SLS

The SLS process uses a bed of powdered material, which is fused one layer at a time by a high power CO2 laser. SLS is used to build strong functional parts and can provide cost-effective solutions from prototype to production. The laser ‘draws’ a single layer cross-section of the required part on the surface of the powder bed, accurately creating the part layer and joining it to the layer below.