Professional Plastic Injection Molding Services
Rapid production of customized plastic components with competitive lead times. Online quotes available.
Quality Standards: ISO 9001:2015 | CTQ Inspections | ITAR
ISO 13485 certification accessible via manufacturing network
At abismould, we find it highly insightful that we can swiftly obtain components from the same materials used in final production.
Understanding Injection Molding Technology
Injection molding represents a manufacturing technique where molten plastic material is injected into precision metal molds, subsequently cooling to create finished plastic components.
This process excels in high-volume manufacturing scenarios due to minimal material waste and economical per-unit costs. The technology serves multiple sectors including healthcare equipment, consumer goods, and automotive industries.
Our manufacturing approach delivers both prototype and production-ready components with expedited turnaround times, potentially as quick as 24 hours. We utilize aluminum tooling for cost-effective mold creation and rapid manufacturing cycles, maintaining inventory of approximately 200 thermoplastic materials.
Primary Applications:
Small-batch production runs
Transitional tooling solutions
Initial production testing
Prototype development and validation
Manufacturing Specifications
Design recommendations for optimal moldability, aesthetic quality, and efficient production timelines are available through our engineering guidelines.
| Specification | Imperial Units | Metric Units |
|---|---|---|
| Maximum Size | 18.9" × 29.6" × 8" | 480mm × 751mm × 203mm |
| Part Volume | 59 cubic inches | 966,837 cubic millimeters |
| Maximum Depth | 4" from split line | 101mm from split line |
| Extended Depth | 8" (center parting) | 203.2mm (center parting) |
| Mold Area | 175 square inches | 112,903 square millimeters |
Precision Standards: Standard machining tolerance maintained at ±0.003" (0.08mm) with material tolerance ranging from ±0.002"/inch minimum (0.002mm/mm).
Material Selection
Our material library encompasses over 100 thermoplastic and thermoset options. Alternative material recommendations available for standard plastics including ABS, PC, PP substitutions.
Available Materials Include:
- ABS and ABS/PC blends
- Acetal (including Homopolymer/Delrin)
- ETPU, HDPE, LCP variants
- LDPE, LLDPE, Nylon grades
- PBT, PC/PBT combinations
- PEEK, PEI, PET, PETG
- PMMA (Acrylic variations)
- Polycarbonate, Polypropylene
- PPA, PPE/PS, PS, PSU, TPU
Surface Treatment Options
Draft angle specifications vary according to selected finish. Industry-standard Mold-Tech textures available upon request.
| Finish Code | Surface Description |
|---|---|
| PM-F0 | Utility grade, standard finish |
| PM-F1 | Low-cosmetic, minimal tool marks |
| PM-F2 | Utility grade, EDM acceptable |
| SPI-C1 | 600-grit stone, 10-12 Ra |
| PM-T1 | SPI-C1 with light bead blast |
| PM-T2 | SPI-C1 with medium bead blast |
| SPI-B1 | 600-grit paper, 2-3 Ra |
| SPI-A2 | Diamond buff grade #2, 1-2 Ra |
Quality Assurance and Secondary Operations
Various inspection and finishing options available based on application requirements.
Quality Control Services
- Design for Manufacturing (DFM) analysis
- Scientific process development documentation
- Real-time CMM inspection with machine monitoring
- First Article Inspection (FAI) with capability studies and GD&T
Secondary Processing Options
- Mold surface texturing (Mold-Tech finishes)
- Threaded insert installation
- Pad printing services
- Laser engraving capabilities
- Component assembly services
The injection molding process involves multiple complex stages. Prior to production, we provide comprehensive design feedback and consulting services to prevent common tooling issues. Our production methodology utilizes scientific molding principles for consistent, high-quality results across all manufacturing runs.
Critical-to-Quality (CTQ) specifications highlighted in part models inform our quality focus areas. Once production begins, automated inline CMM technology qualifies both process and samples, generating detailed FAI and capability studies without extending lead times.
Our thermoplastic injection process employs aluminum tooling without integrated heating/cooling systems, resulting in extended cycle times. Through scientific molding protocols, our technicians independently optimize injection speed, hold pressure, and timing while continuously monitoring part quality and appearance.
Production Workflow
Material Preparation
Resin pellets loaded into heated barrel for melting and compression
01
Metallurgical Solutions
Molten material injected through runner system into mold cavity via gates
02
Chemical Solutions
Parts cool within mold, then ejector pins facilitate removal into collection bins
03
Petrochemical Solutions
Completed parts undergo inspection before packaging and shipment
04