Learn how to select a self-locking hydraulic cylinder by calculating cavity pressure, cylinder force, traction reserve, locking capacity, preload, breakaway...
Tag Archives: Mold Engineering
How to Size a Mechanical Self-Locking Hydraulic Cylinder for an Injection Mold
A detailed engineering analysis of CF030 and CF036 self-locking hydraulic cylinders, including locking force, preload, injection pressure and stripping force...
How Minimum Stroke Affects Position Sensor Performance in Hydraulic Cylinders
How much cylinder stroke is needed for reliable position sensing? This real engineering case from the Vega Technical Department explains...
Why Hydraulic Cylinder Preload Improves Mold Quality
Why is preload so important in hydraulic locking cylinders? This real engineering case explains how the Vega Technical Department uses...
Maximum Pressure Is Never the Only Limit of a Hydraulic Cylinder
Is the maximum pressure the only limit of a hydraulic cylinder? This real engineering case explains why pressure ratings are...
Why Full Stroke Is Essential for Self-Locking Hydraulic Cylinders
Why must a self-locking hydraulic cylinder always complete its full stroke? This real engineering case explains how preventing a V260CF...
Hydraulic Cylinder Oil Leakage in Injection Molds
Why do hydraulic cylinders continue leaking oil even after replacing the seals? This real engineering case explains how multiple small...
V270CG vs V260CF: What’s Really Changed?
The V270CG represents the second generation of Vega self-locking hydraulic cylinders. While maintaining the proven mechanical locking principle of the...
Can Hydraulic Cylinders Operate at 200°C?
Can standard hydraulic cylinders operate reliably inside a rubber injection mold at 200°C? This real engineering case explains how the...
How to Calculate Core Pulling Force for Injection Molds
Selecting a hydraulic cylinder for core pulling or thread unscrewing should always begin with engineering calculations. This real case from...