Moldex3D Expert module has been extensively used to assist designers in evaluating the proper settings for optimizing processing conditions such as melt temperature, mold temperature, cooling time, flow rate profile, packaging pressure profile.
Now, Moldex3D Expert module provides not only Process Optimization and Design of Experiment (DOE) Analysis, but also Design Optimization. Â Design Optimization of Moldex3D Expert module can achieve optimized runner sizes and gate locations; optimized single/multiple gate(s) location(s) can be automatically achieved with eDesign mesh (True 3D mesh). This powerful function helps users find minimum flow length for each gate, and then achieve balanced flow.
The following tips are essential for optimizing gate locations using Moldex3D Expert Module.
STEP 1. Create an Expert run
STEP 2. Select Optimization for Gate location in Design Optimization
STEP 3. Set Design Variables. The Method, Gate Optimization Method 1, provides efficient iterative calculation to find out the most uniform filling time for specificed gate(s) location(s). The concept is simply given in the Design Purpose, Minimum mean square deviation of fill time; by finding the most uniform filling time from calculation nodes of part model the minimum mean square deviation of fill time is obtained and then the optimized gate(s) location(s) is determined.
STEP 4. Choose “AutoGate Analysis-AG†as analysis type and then obtain results of optimized gate location. This figure shows the optimization result of filling time, which reflects the minimum mean square deviation of fill time after iterative calculation.
In this figure, the optimized gate locations are identified after the optimization calculation for the original random gate locations.
CP96 Pneumatic Cylinder Barrel
Standard model: ISO 15552
Easy adjustment of buffer valve Pneumatic Cylinder Tube
CNOMO, D-M9 â–¡ and A9 â–¡ are arranged with grooves on 4 sides
â— With magnetic switch (C96SD series: C96SD, C96KD, C96YD)
The CP96 series is a cylinder produced by SMC that meets the 1S0 standard. Its cylinder tubes are usually made of aluminum alloy and have certain characteristics and advantages. Here is some information about the CP96 series cylinders:
Characteristics of SMC CP96 series cylinders:
Lightweight: Compared to the previous generation product C95, the CP96 has reduced its weight by approximately 10%.
Installation flexibility: Through special designs such as A9/M9 slots and CNOMO slots, the installation of magnetic switches is made more flexible. Compliant with ISO standard: These cylinders comply with ISO 15552 standard, which means they have standardized dimensions and interfaces for easy replacement and integration. New buffering system: adopting a new buffering method of air buffering combined with rubber buffering sheets, which helps reduce the noise generated when the piston stops and shorten the production cycle time. Accuracy improvement: By improving the accuracy of the liner and piston rod, reducing tolerances, the deflection of the piston rod is reduced, and the overall accuracy and durability are improved. Regarding cylinder pipes:
Material: Usually made of aluminum alloy, it has good strength to weight ratio and corrosion resistance.
·Surface treatment: Aluminum alloy cylinder pipes may undergo anodizing treatment to enhance surface hardness and wear resistance,
Size: Depending on different application requirements, the diameter range of cylinder pipes can vary from 32mm to 100mm
Length: Some suppliers offer standard length options of 2 meters or 2.4 meters.
CP96 Pneumatic Cylinder Barrel,CP96 Pneumatic Cylinder Tube,CP96 Pneumatic Cylinder Tubing,CP96 Pneumatic Cylinder Pipe
Foshan Weiyingjia Technology Co., Ltd , https://www.wyspneumatic.com