Ejector-driven core pulling systems use mold ejection movement to retract internal cores and release undercuts without external actuators. This guide...
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Why Pressure Control Is Critical in Injection Molding
Learn how pressure control affects quality, filling performance and production stability in modern injection molding...
How to Reduce Cycle Time in Injection Molding
Learn how to reduce cycle time in injection molding by improving cooling, filling performance and industrial productivity...
How Simulation Reduces Errors in Mold Design
Learn how mold flow simulation helps reduce engineering mistakes, costs and development time in modern injection molding...
Why Uniform Cooling Is Critical in Injection Molding
Learn how uniform cooling improves quality, dimensional stability and productivity in modern injection molding...
How to Prevent Air Traps in Injection Molding
Learn how to prevent air traps in injection molding to improve surface quality, filling performance and production stability...
Hydraulic Cushioning in Injection Mold Cylinders
Hydraulic cushioning is a key feature for controlling mass deceleration in injection molds. Learn design principles, calculations, benefits, limitations and...
Preload in Self-Locking Hydraulic Cylinders
Even elastic deformations of only a few tenths of a millimeter can affect injection molding quality. Discover how preload in...
Fakuma 2026 anniversary injection molding technologies
Fakuma 2026 will celebrate its 30th anniversary with a special program extending far beyond traditional technology exhibitions. With the Innovation...
Fakuma 2026 injection molding technologies
Fakuma 2026 is expected to become one of the most important technical events for the plastics industry. From smart molds...