Injection Molding

Not cost-effective for early-stage concept validation; use CNC, 3D printing or vacuum casting instead.

T1 mold-trial samples with real production-grade materials for mechanical performance and durability testing.

High repeatable dimensional consistency to verify assembly fit, clearance and system interference.

Molded-in SPI / VDI mold textures available; supports painting, plating and printing for marketing samples.

Bridge tooling for pilot runs of 500-5000 pieces before full hard-mold mass launch.

High-volume continuous manufacturing for volumes above 1000 pieces, achieving low per-unit component cost.

Choose Injection Molding when you need:

High-volume plastic part production above 1000 units.

Frozen, finalized design with no frequent design revisions.

Low per-unit cost, excellent repeatability and stable mass-production quality.

Mass production of complex features: snap fits, living hinges, threads and integrated undercuts.

Consider CNC Machining when your parts:

Small quantity (1-500 pcs), need real solid engineering plastic / metal, fast turnaround without tool investment.

Consider Vacuum Casting when your parts:

10-50 cosmetic samples, short lead-time before mold completion.

Consider 3D Printing when your parts:

Very low quantity (1-5 units), highly complex internal geometry, design still under iteration.

Device housings, covers, buttons and internal structural plastic parts.

Interior trims, instrument components, automotive housing and functional plastic parts.

Household appliance casings, control panels and accessory components.

Non-implant medical equipment housings and instrument components.

Energy-storage module plastic parts, new-energy equipment enclosures.

Sensor housings, wearable device plastic components.