+604 332 2335
sales@professional-tools.com
Precision Plastic Injection Molding Malaysia
Precision Plastic Injection Molding Malaysia
Professional Tools & Dies Sdn Bhd offers high-precision plastic injection molding service as part of its vertically integrated contract manufacturing capabilities.
From small intricate parts to large structural foam panels — including PC+ABS, PA6 & PA66, PMMA, PPS, and glass-filled resins.
Plastic Injection Molding Capabilities
| No | Services | Key Features |
| 1 | High-Volume Molding | 24/7 production, <0.5% defect rate |
| 2 | Prototype Molding | 2-week turnaround, low-cost tooling |
| 3 | Overmolding/Insert Molding | Plastic over Metal, Plastic over Plastic |
| 4 | Structure Foam Injection Molding | Big Parts with thick walls |
| 5 | Gas Assist Injection | Large Panel Parts with Superior Quality |
Specialized Techniques
Structure Foam Injection
Gas Assist Injection Molding
PEEK Injection Molding Malaysia
Industries Served
Medical Devices
Automotive
Consumer Electronics
Telecommunications
Industrial Machines
Oil & Gas
Semiconductor
Sports Equipment
Project Gallery
Plastic Injection Molding
Frequently Asked Questions (FAQs)
What’s your minimum order quantity?
10 parts for prototyping, no MOQ for production.
Can you help with material selection?
Yes – our engineers recommend resins based on your cost/performance needs.
How do you control part accuracy when plastic shrinks after molding?
Plastic naturally shrinks as it cools, so accuracy is controlled through mold design, material selection and process optimisation. Engineers compensate for shrinkage during tooling design and adjust parameters like pressure and cooling to maintain consistent final dimensions.
Can you achieve tight tolerances for functional or assembly parts?
Yes, tight tolerances are achievable depending on material and design. Typical injection molding tolerance is around ±0.1 mm, with tighter tolerances possible under controlled conditions and stable materials, especially for precision or assembly-critical components.
What factors affect lead time and production cycle in injection molding?
Lead time and cycle time depend on part complexity, material type, mold design and cooling efficiency. Cooling is often the longest stage and optimised cooling systems can significantly improve production speed while maintaining part quality.