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Overview
AM PravaH is a next-generation simulation software built for the additive manufacturing industry. It enables engineers and researchers to predict melt-pool behavior, thermal distribution, and microstructural changes during metal 3D printing. Although it requires powerful hardware for optimal performance, this ensures accurate and detailed simulations without relying on external servers.
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Starting Price
Custom
AM PravaH Specifications
Production Planning
Quality Control
Work Order Management
Shop Floor Control
What Is AM PravaH?
AM PravaH is a modular Manufacturing Execution System (MES) designed to digitize and streamline the Additive Manufacturing (AM) workflow. It provides a central platform for managing production schedules, tracking all post-processing steps, and ensuring strict quality control. Built for AM service bureaus and in-house labs, it helps eliminate paper-based tracking, provides real-time visibility, and ensures end-to-end traceability for every part, from the initial order to the final shipment.
AM PravaH Pricing
AM PravaH Integrations
Who Is AM PravaH For?
AM PravaH software is ideal for a wide range of industries and sectors, including:
- Additive manufacturing
- 3D printing service bureaus
- Aerospace (AM Labs)
- Medical (AM Labs)
- Automotive (AM Labs)
- R&D departments
Is AM PravaH Right For You?
This platform is the right fit if your business runs on Additive Manufacturing and struggles with manual, paper-based tracking or a lack of traceability. Its standout feature is its complete, workflow-based design that digitizes every step of the 3D printing process. It moves your operation away from spreadsheets and provides a single source of truth for orders, production, materials, and quality, making your team more efficient and audit ready.
Still unsure about AM PravaH? Contact us at (661) 384-7070 for further guidance.
AM PravaH Features
AM PravaH offers comprehensive modeling of additive manufacturing (AM) processes across macro and micro scales. It simulates laser and melt pool dynamics, phase transitions, and material behavior, while its advanced deep learning module predicts process parameters and build quality using experimental or simulation data.
AM PravaH features a dedicated, lightweight interface tailored exclusively for additive manufacturing processes. It includes built-in databases for alloys and gases, default parameters for unknown materials, and customization options for laser distribution, powder size, and scanning patterns with optimal numerical settings.
AM PravaH integrates AI tools for optimizing process parameters and developing new alloys. It supports CPU and GPU parallelization for high-performance simulations, offers advanced photo-realistic post-processing, and enables precise multilayer Laser Powder Bed Fusion (LPBF) modeling for enhanced build accuracy.
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