How much does custom 3D printing cost?

It is the first question we are asked, and rightly so. A 3D print has no catalogue price, no more than a machined or moulded part does: the cost is built from your object — its size, its material, its finish, the number of copies.

Rather than leaving you with an "it depends", here is precisely what drives the price. After reading this, you will know how to read a 3D printing quote and estimate your own.

Why there is no catalogue price

Two parts of the same size can cost anywhere from one to three times as much. A decorative shell printed in PLA, hollow and raw off the bed, has nothing in common with a carbon-fibre-filled nylon mechanical part, densely filled and sanded. Same volume, same printer — very different cost.

The price of a 3D print is the sum of a few simple factors. Here they are, from the most decisive to the most marginal.

The factors that determine the price

1. The material

This is often the first lever. Standard PLA or PETG stays affordable. ABS or ASA climbs a little. Flexible TPU, nylon and carbon-fibre-filled composites cost significantly more per kilo — sometimes three to four times the price of PLA. On the resin side, a standard resin is affordable, while a technical resin (tough, flexible, ABS-like) costs more.

The right instinct is not to aim for the cheapest material, but the right material for the use. A decorative part does not need nylon. A mechanical part under load does. This is exactly the role of our advice upfront.

2. The size and weight of the part

The larger a part, the more material it uses and the longer it spends on the machine. But be careful: it is not the outer volume that counts, it is the material actually deposited. A large hollow part can weigh less — and therefore cost less — than a small solid one.

3. The infill rate

Inside, a printed part is almost never solid. We lay down an internal structure — the infill — whose density we set. A light infill is enough for an aesthetic part or a shape prototype. A part that must withstand loads requires a dense infill, or even a solid one. The denser it is, the more material and machine time: the price follows.

4. The finish

A raw part comes off the machine as-is: the layers are visible, which is perfect for a functional prototype or a hidden technical part. If you want a smooth surface, it has to be sanded. If you want a part ready to display or sell, it has to be painted or varnished. Each post-processing step is manual work: it adds to the price, but it changes everything about the result.

5. The lead time

A standard lead time lets us schedule production in the workshop's normal queue. A rush request jumps ahead, takes priority on a machine and sometimes means evening work: it is logically surcharged. If your project is not urgent, the standard lead time is always more economical.

6. The quantity

3D printing does not have the economies of scale of a mould — each part takes its own machine time. But beyond a certain volume, the setup is shared and the unit price drops in steps. This is the whole point of a short run: between a single unit and around fifty, the per-part price falls noticeably.

7. File preparation

Before the first layer, there is invisible work: reviewing the file, orienting the part, adding and removing supports, settings, inspection. These preparation costs are fixed per order — which is why ordering a single part costs proportionally more than ordering several at once.

An example to make it concrete

Picture the same technical enclosure in three scenarios:

• Validation prototype: PLA, light infill, raw finish, standard lead time, a single copy. This is the most economical scenario — the idea is to check a shape, not to produce a final object.
• Functional part: PETG, medium infill, raw, a single copy. The cost rises a little: a more technical material, more material deposited.
• Finished short run: ASA, medium infill, sanded and painted, twenty copies. The total cost is higher, but the per-part price drops thanks to quantity and shared preparation.

Same object, three uses, three budgets. That is why a fair price always goes through your actual need.

How to get your price

You do not need a 3D file to get a first ballpark figure. Our online estimation tool asks for the essentials — approximate dimensions, material, finish, quantity — and returns an immediate range. It is free, with no commitment, and takes two minutes.

For a precise quote, send us your project: a file, a drawing, a sketch or simply a photo. We review it, advise on the right technology and material, and send you a detailed quote. If your project is a matter of rapid prototyping or a short run, we calibrate the approach accordingly.

Frequently asked questions

Is 3D printing expensive?

For a one-off custom part, it is often far more accessible than machining or moulding, which impose tooling costs. For very large series, industrial processes regain the advantage. 3D printing is unbeatable for the one-off part, the prototype and the short run.

Why a quote rather than a fixed price?

Because every part is different. A fixed price would be either too expensive for simple projects or unsustainable for complex ones. A quote guarantees you pay the fair cost of your part.

Can I reduce the cost of my print?

Yes: by choosing a material that fits rather than one that is oversized, an infill consistent with the use, a raw finish when looks are not critical, and a standard lead time. We always steer you toward these trade-offs.

Is the quote free?

Yes. The online estimate and the detailed quote are both free and without commitment.