Injection molding is a production technique that involves forcing molten thermoplastics into a mold cavity under high pressure. It is highly efficient for producing parts in large quantities.
Overmoulding is a specialized injection molding technique used to join multiple materials into a single component. It is ideal for creating products with multiple colors or layered structures.
Insert molding is a process in which pre-placed components are embedded within molded plastic. It is especially useful for parts that require threaded inserts or holes.
Injection Moulding Services
We prioritize injection moulding for the production of low-volume plastic components. With its excellent precision, consistent repeatability, and cost-effectiveness in larger runs, our injection moulding solutions have been utilized to manufacture a wide range of parts - from tiny medical inserts to sizable components for the automotive and aerospace industries.
| Relative density |
1.78 |
Bending strength |
131-152 MPa |
| Tensile breaking stress |
48-62 MPa |
Impact strength (notch) |
40-50 KJ/㎡ |
| Heat deformation temperature |
260℃/H |
Flame retardancy test |
V-0 |
| Molding shrinkage |
0.1-0.3 |
Water absorption |
0.15 |
| Dielectric strength |
11KV/mm |
Hardness | |
| Arc resistance |
180+ |
Product size Diameter | Diameter 128*Height 21.5mm |
Secondary operations
We provide a range of secondary processes, including options like painting and heat-insert tapping. You can detail any required secondary operations in the "custom requirements" section when submitting your quote request. Below are some examples of the additional services we offer.
Injection molding surface finishes
The process of our injection molding service
Upload your design 01
Submit your part files through our platform so our team can evaluate your project.
Receive a quote 02
Your dedicated account manager will coordinate with our engineering team and production partners to deliver a quote to you within 48 hours.
DFM & tool approval 03
Get a comprehensive Design for Manufacturing (DFM) review for your approval before we start building your tooling.
Receive T1 samples 04
A golden sample will be provided for your confirmation prior to the start of mass production.
Production & delivery 05
We manufacture your parts to exactly match the approved golden sample and ship them to you.
Reorder as required 06
You can conveniently place repeat orders by reaching out to your account manager.
FAQ's about injection molding service
What Does Plastic Injection Molding Cost?
The total cost of injection molding is determined by three core elements:
- Tooling Costs: Based on part complexity, precision requirements, and mold materials
- Material Costs: Depends on plastic type selection, quantity, and market pricing
- Production Costs: Including machine time, labor, and post-processing expenses
Cost Optimization Strategies:
- Simplify part design to reduce complex features
- Select appropriate material specifications
- Plan production volumes strategically
- Optimize mold design for improved production efficiency
- Detailed cost analysis requires evaluation based on specific project requirements and specifications.
Who Owns the Injection Molds?
Customer Mold Ownership
- Customers retain complete ownership of all custom tooling they develop
- Customers have full intellectual property rights and usage rights for their molds
Manufacturing Partner Proprietary Components
- Reusable proprietary components developed by Manufacturing Partners (MP) remain MP property
- These components typically include standardized fixtures or universal tooling
Mold Storage Policy
- Standard Storage Period: All custom tools are stored at MP facilities for a minimum of 2 years at no charge
- Extended Storage: After 2 years of inactivity, MP will contact abismould to determine continued storage needs
- Customer Communication: abismould handles all customer communication regarding future arrangements
- Mold Transfer: Tools can be transferred to any desired location upon customer request, with costs borne by the requesting party
What Happens If an Injection Molding Partner Leaves Our Network?
When a Manufacturing Partner exits our network, we provide complete business continuity assurance:
- Cost Coverage: We absorb all mold transfer expenses
- Seamless Transition: Molds will be transferred to other qualified Manufacturing Partners within our network
- Delivery Guarantee: Your parts production and delivery schedules remain unaffected
- Quality Maintenance: New manufacturing partners maintain identical quality standards
What is the Available Capacity/Timeline for Reorders?
Standard Processing Workflow
- Quote Preparation: RFQ typically ready within 24 hours
- Production Setup: Mold setup, material ordering, and processing require 2 business days
- Packaging & Shipping: 1 business day for packaging and dispatch after production completion
Production Cycle
- Actual production days determined by part quantities
- High-volume orders may require additional production time scheduling
- Rush orders can be accommodated with expedited processing coordination
Capacity Planning
We provide detailed production schedules and delivery confirmations based on your specific requirements and quantity demands.
How Long Can My Molds Be Stored?
Standard Storage Policy
- Minimum Storage Period: 2 years of complimentary storage
- Storage Location: Professional warehousing at Manufacturing Partner facilities
- Storage Conditions: Proper environmental controls to ensure optimal mold condition
Extended Storage Arrangements
- Continued storage beyond 2 years available upon negotiation
- Long-term inactive mold disposition requires customer confirmation
- Regular mold condition inspections performed during storage period
Mold Maintenance
Necessary rust prevention and maintenance performed during storage
Ensures molds remain in optimal condition for future use