Injection Molding Services
Scale Your Crowdfunding Product with Confidence
From rapid tooling for pilot runs to production molds for mass manufacturing, our injection molding services help you scale from hundreds to millions of parts. With in-house mold making and a wide range of materials, we deliver consistent quality at competitive prices for Kickstarter and Indiegogo fulfillment.
Rapid Tooling
Molds ready in 2-3 weeks
ISO Certified
Consistent quality control
Flexible Volumes
500 to 1M+ parts
In-House Tooling
Full control over quality
Our Injection Molding Capabilities
See our work in action
Capabilities
- Rapid aluminum tooling (prototype molds)
- Production steel molds (P20, H13, S136)
- Multi-cavity molds for high volume
- Overmolding and insert molding
- Hot runner and cold runner systems
- In-mold decoration (IMD/IML)
Materials
- ABS, PC, PC/ABS blend
- PP, PE, POM (Delrin)
- Nylon (PA6, PA66, glass-filled)
- TPE, TPU (soft-touch)
- PMMA (Acrylic), PET
- Medical-grade and FDA-compliant
Applications
- Consumer electronics enclosures
- Wearable device housings
- Smart home product shells
- Kickstarter campaign fulfillment
- Indiegogo mass production
- Hardware startup scaling
How It Works
Our streamlined process from quote to delivery
DFM Analysis
Design review for moldability and cost optimization
Mold Design
3D mold design with cooling and ejection systems
Tooling
CNC machining and EDM of mold components
Production
Injection molding with quality inspection
Frequently Asked Questions
Common questions about our injection molding services
What's the difference between rapid tooling and production tooling?
Rapid tooling uses aluminum molds for 1,000-10,000 parts (2-3 weeks). Production tooling uses hardened steel for 100,000+ parts (4-6 weeks) with longer mold life.
What's the minimum order quantity for injection molding?
We recommend 500+ units to optimize unit costs, but we can accommodate smaller pilot runs of 100-500 units for crowdfunding validation.
Can you help with design optimization for injection molding?
Yes, our DFM (Design for Manufacturability) analysis identifies potential issues like sink marks, warpage, and undercuts, helping you optimize your design before tooling.