Master Your Processes: AI-Driven HPDC & LPDC Optimization
Whether you are managing the intense injection speeds of High-Pressure Die Casting or the delicate thermal balance of Low-Pressure Die Casting, Castella provides the exact casting parameter optimization you need to maximize cycle efficiency and part quality.
Two Different Processes. One Intelligent Solution.
HPDC and LPDC lines operate by completely different rules. While HPDC demands split-second control over filling phases to avoid flash and air entrapment, LPDC requires precise management of pressure curves and thermal data to ensure directional solidification—especially critical in complex geometries like aluminum wheels.
When traditional casting simulation software is too slow to provide immediate mid-shift answers, operators are left to rely on intuition. Castella replaces guesswork with mathematics. It is the premier die casting software built to stabilize any casting method directly on the shop floor.
HPDC Injection Mastery
Control the violence of high-pressure casting. Castella instantly calculates optimal slow and fast shot velocities, switch-over points, and intensification pressures to eliminate common die casting defects and extend the lifespan of your molds.
LPDC Thermal & Pressure Precision
Perfect your cooling channels and pressure curves. Our ai in metal casting engine analyzes your specific mold data to guide operators on maintaining thermal balance, answering exactly how to reduce porosity in aluminum casting during slow, gravity-fed cycles.
Universal Scrap Reduction in Foundry
Regardless of the casting method, the goal remains the same: higher yields. Castella adapts to your specific machines and alloys, offering a unified foundry software experience that drives down scrap rates across your entire facility.
Engineered for Peak Equipment Effectiveness
Optimizing LPDC pressure curves and HPDC shot profiles shouldn't be a manual burden that halts production. By digitalizing metallurgical expertise, we ensure that every machine runs at its absolute optimal window, shift after shift.
Step 1: Select Your Process
Choose between HPDC, LPDC, or Sand Casting modes within the Castella interface.
Step 2: Enter Machine Variables
Input your current injection speeds, pressure settings, or thermal profiles.
Step 3: Generate Optimal Parameters
The AI instantly calculates the best operational window, securing your process stability without any production downtime.
Bring Intelligent Control to Your Casting Lines
Q: Does this replace my casting simulation software?
A: No. Think of simulation software as your design tool, and Castella as your execution tool. We take the theoretical optimums and help you maintain them in the unpredictable environment of the actual shop floor.
Q: Can the AI learn our specific LPDC wheel casting or complex HPDC part recipes?
A: Absolutely. Castella allows you to input your specific part numbers and historical knowledge, ensuring the AI assistant provides guidance based on your foundry's proven successes.