Low Volume Production

50 to 5,000 parts.
No mass tooling.
Flexible production.

Low-volume production manufacturing. Bridge between prototypes and mass production. 50-5,000 parts per order using CNC, MJF 3D printing, urethane casting, or rapid injection molding — matched to optimal economic process for your specific part.

Low Volume Quote IM vs 3DP

50-5,000 parts Any process No tooling risk Design flexibility

01 · Process selection

Best process by quantity and material.

Low-volume production has no single "right" answer — the optimal process depends on material, quantity, complexity, and budget. Here's our decision framework.

50-200 parts, nylon

MJF 3D printing

Economical MJF nylon production. No tooling cost, consistent part quality.

50-200 parts, metal

CNC machining

CNC cost-effective at this volume. Real production materials, tight tolerance.

50-200 parts, other plastic

Urethane casting

Silicone mold casting in ABS-like, PC-like urethanes. Matches production material properties.

200-500 parts, metal

CNC machining

Still CNC-competitive. Batch production reduces setup cost per part.

500-5,000 parts, plastic

Rapid injection molding

Aluminum tooling economical at this volume. Real production thermoplastic.

500-5,000 parts, metal

CNC production

CNC remains competitive especially for complex geometry. Batch production.

1,000+ parts, simple plastic

Rapid IM or steel tool

Break-even zone between aluminum and steel tooling. Economics-driven decision.

2,000+ parts, metal

CNC or die casting

Die casting for high volume aluminum/zinc, CNC for steel/stainless or complex features.

Mixed needs

Multi-process

Sometimes best solution combines CNC for precision features + 3D printing for complex geometry + assembly.

02 · Low-volume applications

Where low-volume production wins.

Bridge production

Launch product while steel tooling builds — 1,000 parts of aluminum tool production

Specialty products

Niche products with lifetime volumes below 20,000 — steel tooling never justified

Limited editions

Premium products in limited quantities — watches, vehicles, luxury goods

Market validation

Test market response before committing to high-volume production

Regulatory samples

Produce quantities for FDA, CE, or other regulatory submissions

Clinical trials

Medical device clinical trial quantities (50-200 units)

Launch volumes

New product launches with uncertain initial demand

End-of-life

Legacy product replacement parts where tooling is gone

Custom configurations

Build-to-order products with customer-specific variants

FAQ

Low Volume questions.

Key questions: (1) Material — determines available processes (MJF nylon vs CNC metal). (2) Quantity — determines tooling economics (injection tooling above 500-1000 pieces). (3) Part complexity — determines feasibility (deep internal features = 3D printing or casting). (4) Tolerance — determines precision (CNC for ±0.025 mm). (5) Lead time — determines process (3D printing fastest). We quote multiple processes and recommend best economic path for YOUR specific part.

Yes — ongoing production orders welcomed. For repeating production: we maintain programs, tooling, material stock. Monthly or quarterly production schedules supported. Ongoing customer relationships reduce per-job quoting overhead. Standing quotes for repeat products at negotiated volume pricing.

Same QC processes as high volume: first-article inspection, dimensional verification, material certification. Additional flexibility: smaller-batch inspection frequency, statistical sampling adapted to batch size. For critical applications: 100% inspection feasible at low volumes. Documentation package per customer requirements (PPAP levels, AS9102 FAI, ISO 13485 docs).

Common workflow. Example: 10 prototypes first (validation), 100 parts next (pilot production), 1000 parts monthly after that (ongoing production). Same manufacturer reduces transition risk — all processes validated once on initial prototype work. Our low-volume capability means no transition to different manufacturer as volume scales.

Indicators: (1) Annual volume > 20,000 parts, (2) Part design stable (no expected changes), (3) Price pressure requiring cost reduction, (4) Required cycle time faster than low-volume methods. Transition typically moves to injection molding (plastic), die casting (Al/Zn), or stamping (sheet metal). We can manage the transition — continue low-volume production while customer builds high-volume supplier relationships.

Typical low-volume pricing breakpoints: 10, 25, 50, 100, 250, 500, 1000 parts. Per-part cost drops significantly with quantity due to: amortized setup, efficient material utilization, streamlined handling, reduced per-part inspection overhead. At 1000 parts, CNC parts typically 40-60% of 10-part pricing. Above 1000, additional breakpoints for production scheduling.