It is the process of placing metal, ceramic, or plastic components into a mold and injecting plastic over them. With this technology, the following benefits are achieved:
Single-piece, compact products are produced
The need for assembly is eliminated
Product durability and precision are enhanced
Especially in micro-scale production, manual methods become unsustainable. At this point, automation plays a critical role.
Why is Automation Essential?
In Micro Insert Molding Processes:
Tolerances: ±5–10 microns
Part Sizes: Below the millimeter scale
Error Tolerance: Nearly zero
Manual Placement:
Inconsistent
Slow
High error rates
With Automation:
30–50% higher productivity
Up to 85% reduction in errors
Around 12 months ROI
Stable and repeatable quality
Our Solutions
We design end-to-end integrated production cells, not just robots:
Robotic SystemAS
High-precision linear robots
Delta and SCARA robot options
Micron-level positioning
Intelligent EOAT (End-of-Arm Tooling)
Multi-axis servo-controlled grippers
Vacuum and custom gripping systems
Optimized design for delicate and fragile parts
👁️ Vision Systems
Part recognition and orientation control
Placement verification
Inline quality control
🌡️ Controlled Production Environment
Temperature and humidity stabilization
ESD (static electricity) management
Clean room integration (ISO standards)
Let’s Design Your Project Together!
Contact us to make your micro insert molding processes faster, more precise, and more efficient. 👉 Let us provide you with a tailored solution and feasibility analysis.