Learn · Cost & Quoting

What Affects the Cost of 3D Printing in Malaysia? A Practical Guide

Two parts that look similar can have very different 3D printing prices. Understanding what drives cost helps you design smarter, compare quotes fairly and get parts faster.

By Quick 3D · 6 min read

1. The 3D printing process

Each process has different machine, material and labour costs. FDM is typically the most economical for simple prototypes and fixtures. SLA adds resin and post-curing steps. SLS and MJF can be very cost-effective for batches because many parts share one build, while metal 3D printing has the highest material and post-processing costs. See our process comparison guide to choose the right one.

2. Material choice

Standard plastics cost far less than high-performance materials. Engineering polymers such as PEEK, PEKK and ULTEM PEI, continuous carbon fibre, and metals such as titanium and Inconel are priced at a premium because of their raw material cost and processing demands. Choose the least demanding material that meets your mechanical, thermal and chemical requirements.

At Quick 3D you only pay for the material in your finished part — there is no need to buy a full spool or bottle of a specialist material just to make one small part.

3. Part size and volume of material

Larger and denser parts use more material and more machine time. For FDM, infill can usually be set between 10% and 80%; a lower infill reduces weight, cost and print time for parts that do not need to be solid. Hollowing or lightweighting a design can make a big difference.

4. Geometry and supports

Overhangs in FDM, SLA and metal printing need support structures that consume material and must be removed by hand. Orienting the part well or adding self-supporting angles reduces this cost. SLS and MJF need no supports at all, which makes them ideal for complex shapes.

5. Quantity

Set-up and file preparation are shared across a batch, so the cost per part usually drops as quantity rises — especially in powder-bed processes where parts are packed together in one build. For larger runs, urethane casting can also become economical.

6. Finishing and post-processing

Support removal, sanding, media blasting, vapour smoothing, dyeing, painting, clear-coating and CNC machining of critical features all add time. Specify finishing only where it matters — for example, on visible or mating surfaces.

7. Tolerances and inspection

Tighter tolerances may require a more precise process, slower print settings or secondary machining. Call out critical dimensions clearly so they can be controlled without over-specifying the whole part.

8. Lead time

Standard lead times start from 1 day for FDM, 3 days for SLA and 7 days for SLS, MJF, PolyJet and metal. Urgent jobs that need to jump the queue can cost more.

Should you buy a 3D printer or use a service?

Owning industrial printers means paying for machines, maintenance, operator time and full rolls or bottles of every material you need. A 3D printing service like Quick 3D gives you access to six processes and over 500 materials, and you only pay for the parts you order. We also check your design files before printing to catch problems early, so you do not waste money on failed prints.

Keep reading: compare processes in FDM vs SLA vs SLS vs MJF, see when 3D printing beats injection moulding or CNC machining on cost, and use our checklist for choosing a 3D printing service. Cut cost at the design stage with our wall thickness guide.

Frequently asked questions