Free Tool · Product Design
Injection moulding has a high upfront tooling cost; 3D printing has almost none but costs more per part. So there's a break-even quantity. Set your part size and volume below to see which route is cheaper — and what it means for your prototype.
Ballpark estimate · Malaysia · RM
~5–15 cm — e.g. enclosure, handle, bracket
includes ~RM 30,000 one-off mould tooling
At 50 units, 3D printing is the cheaper route — roughly RM 26,650 less than moulding, with no tooling to commit to and parts in days, not weeks.
Break-even is around 448 units for a medium part. Below that, 3D printing usually wins.
Estimates only, for planning. Real cost depends on geometry, material, finish, and volume. Tooling and per-unit moulding prices vary widely by part. 3D printing has a RM 80 minimum order. For an exact figure, send us the part.
A mould costs thousands before a single part exists. 3D printing skips it entirely — you pay only for the parts you make.
Past the break-even quantity, moulding's low per-unit cost overtakes 3D printing. Below it, printing wins — often by a lot.
3D printing delivers in days; tooling takes weeks. For iteration and getting to market, faster is cheaper in ways the unit price doesn't show.
Whatever the volume, the smart move is the same: 3D print a final prototype to lock the design before you commit to a mould. It's the cheapest insurance in product development.
FAQ
3D printing is cheaper below the break-even quantity, because it has little or no setup cost. Injection moulding only wins once you produce enough units to absorb the one-off mould tooling (often RM 18,000–50,000+). For prototypes, low volumes, and design iterations, 3D printing is almost always more economical and far faster.
A simple single-cavity mould typically starts around RM 15,000–20,000 and rises with part size, complexity, cavity count, and finish. This is a one-off cost before any parts are produced, which is why low-volume runs rarely justify it.
Break-even is the quantity where total moulding cost (tooling + per-unit) equals total 3D printing cost. For a small part it can be a few hundred units; for a large part, often over a thousand. Below break-even, 3D print. Above it, moulding usually wins on unit cost — but validate the design with a printed prototype first.
Yes. Always 3D print a final-form prototype to confirm fit, function, and aesthetics before paying for tooling. Catching a flaw after the mould is cut is far more expensive than catching it on a printed part.
Yes. We produce concept, functional, and pre-production prototypes, plus small production runs (typically 5–500 units) without tooling. When you scale past break-even, we can advise on the transition to moulding and refer suitable local manufacturers.
Start with our guided intake process. No free consultations — only serious projects move forward.
Feasibility review may be required for high-risk or time-critical projects.
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Industrial 3D Printing & Digital Fabrication in Malaysia