Low Volume Manufacturing Australia
Small batch and low volume manufacturing from 1 to 500 parts. CNC machining, sheet metal, injection moulding, and die casting. No minimum order. Send your drawing — we source, manage, inspect and deliver complete finished parts. Quote in 2 business days.
What Volume Range Do We Cover
From single prototype to short run production — the right process depends on quantity, material, and total cost target.
| Volume Range | Best Process | Typical Cost Driver | Lead Time |
|---|---|---|---|
| 1–5 (Prototype) | CNC machining | Setup cost amortised over few parts | 5–10 days |
| 5–50 (Low Volume) | CNC machining | Material and machining | 7–14 days |
| 50–500 (Short Run) | CNC machining / injection moulding | Optimise for cost | 10–20 days |
| 500–5,000 (Medium Volume) | Injection moulding / die casting | Tooling ROI | 3–6 weeks incl. tooling |
Why Low Volume Manufacturing with Rapid Manufacturing
Our managed supply model is built for low volume. No minimum orders. No internal factory constraints. Just parts delivered on time.
No Minimum Order
Order 1 part or 500 parts. No minimum order quantity applies. Single prototypes are quoted and manufactured with the same process rigour as large production runs.
Free DFM Analysis
Every quote includes a Design for Manufacturability review. We flag cost-driving features, tolerance conflicts, and design changes that reduce unit cost by 30–50%.
Prototype-to-Production Pathway
Start with 1–5 prototypes. Scale to 50–500 with the same supplier, same toolpaths, reduced setup cost. A clear path from first article to production.
All Materials & Processes
CNC machining, sheet metal, 3D printing, injection moulding, and die casting — all available at low volume. No process is off-limits for small batches.
Industries Served
Low volume manufacturing serves product development, validation, and ongoing low-demand production across many sectors.
Product Development Startups
Prototype to first production run. DFM included. Iterative prototyping with fast turnaround between design revisions.
Medical Device Companies
Small batch IVD components, Class I medical devices, and pre-market validation parts with material certification and traceability.
Defence & Aerospace R&D
Engineering samples, pre-production lots, and LRIP (Low Rate Initial Production) for defence and aerospace development programs.
Frequently Asked Questions
What is low volume manufacturing?
Low volume manufacturing refers to producing small quantities of parts — typically 1 to 500 units — as opposed to mass production of thousands or millions. Low volume manufacturing serves: product development and prototyping (1–10 parts to validate design), bridge production (50–500 parts while tooling is being made for injection moulding), ongoing low-demand production (spare parts, replacement components for legacy equipment), and custom or bespoke manufacturing (specialised equipment, defence, scientific instruments). CNC machining is the dominant process for low volume because it requires no tooling — each part is machined directly from the CAD file.
What is the cost difference between 1 part and 50 parts?
For CNC machined parts, per-unit cost decreases significantly from 1 to 50 parts due to setup amortisation. Typical scaling: 1 part = 100% (baseline); 5 parts = 55–65% per unit; 10 parts = 40–50% per unit; 50 parts = 25–35% per unit; 100 parts = 20–30% per unit. Beyond 100 parts, the savings flatten. Material cost per part is the same regardless of quantity — the setup and programming cost is the dominant variable at low volumes. Repeat orders (same part, second time) have lower setup costs as toolpaths are retained.
When should I consider injection moulding instead of CNC machining for low volume?
Injection moulding requires tooling (typically $3,000–$50,000 AUD depending on complexity) but produces parts at very low per-unit cost (cents to a few dollars for simple parts). Break-even between CNC and injection moulding typically occurs between 200 and 2,000 parts depending on part complexity, material, and tooling cost. Below 200 parts, CNC machining is almost always more economical. Above 1,000 parts, injection moulding is typically more economical for plastic parts. Between 200–1,000 parts, analysis of total cost (tooling + per-unit) determines the right process. We provide this analysis as part of our free DFM review.
Can I order 1 prototype, then 10, then 100 as I scale up?
Yes. This staged production approach — prototype → low volume → production — is our most common engagement pattern. Each order is treated as a fresh quote (pricing is volume-dependent), but our engineering review, toolpaths, and supplier selection carry over, reducing lead time for repeat orders. For orders that may scale significantly, advise us at the quoting stage — we can select suppliers with production capacity to scale with you.
What processes are available for low volume manufacturing?
All our manufacturing processes are available at low volume: CNC milling and turning (no minimum), wire EDM and sinker EDM (no minimum), sheet metal laser cutting and bending (no minimum), 3D printing (FDM, SLA, SLS, MJF, DMLS — fastest for single prototypes), injection moulding (minimum investment in tooling but no minimum part order after tooling), die casting (tooling required, minimum production quantities apply). Surface treatments (anodising, plating, powder coating) generally have minimum batch requirements — we advise on these during quoting.
Is there a minimum order value?
No minimum order quantity. There is an effective minimum order value due to quoting, engineering review, and administration overhead — orders below approximately $100–200 AUD are rare because they typically represent very simple parts where our managed service model adds less value than going direct. However, there is no formal minimum. Single prototype components at any value are accepted and manufactured with the same quality process as large orders.
Get a Quote in 2 Business Days
No minimum order. Upload your drawing and receive a quote for 1 to 500 parts. Prototype-to-production managed supply.
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