Plastic Injection Moulding
(PIM) Flow
Scientific moulding backed by advanced simulation, mold-flow analysis, and cleanroom capabilities for precision manufacturing across all industries.
Get Quote
PIM Process Overview
Plastic injection moulding is a highly engineered cycle that transforms raw polymer pellets into precise, high-performance parts.
Clamp
Secures the two halves of the mold under tons of pressure.
Inject
The screw moves forward to push molten resin into the cavity.
Pack/Dwell/Hold
Maintains pressure to ensure the cavity is completely filled.
Cool
The longest stage; allows the part to solidify.
Open
The moving platen separates the mold halves.
Eject
Mechanical pins push the part out of the mold.
PIM Defection Prevention Overview
Our Team use mold-flow analysis, material control, gating, venting, and scientific moulding to prevent such defections as shown below.
Sink Marks
Small, Sunken Areas on the surface.
Warping
Part distort due to uneven shrinkage.
Flash
Thin Layer of excess plastic that oozes out of mold.
Short Shots
Molten plastic does not fill the entire mold.
Burn Marks
Brown, Black or Dark Streaks on the surface.
Advanced Manufacturing Capabilities
From concept to production, our data-driven approach ensures precision, efficiency, and quality in every moulded component.
Scientific Moulding
Process validation through statistical analysis and real-time monitoring for consistent quality outcomes.
Mold-Flow Analysis
Advanced simulation software to optimize part design, gate location, and cooling strategies before production.
Cooling Strategy
Precision thermal management systems ensuring optimal cycle times and dimensional stability.
Defect Prevention
Predictive quality control using AI-powered inspection and process parameter optimization.