Engineering Design
Conceptualization and Ideation: The process begins with conceptualization, where designers and engineers brainstorm ideas to address the needs and specifications of a particular industrial application. This stage involves understanding client requirements, industry standards, and potential challenges.
Detailed Design and Engineering Analysis: Comprehensive drawings, models, and simulations using CAD (Computer-Aided Design) software. Our engineers conduct structural analysis, thermal analysis, and fluid dynamics simulations to ensure the design's feasibility, functionality, and durability.
Material Selection and Component Sizing: Our team evaluates all the factors such as strength, corrosion resistance, and thermal properties are considered when selecting materials for various components. Additionally, engineers determine the appropriate sizing and dimensions of parts to optimize performance while adhering to weight and cost constraints.
Compliance with Standards and Regulations: Industrial mechanical designs must meet regulatory standards and industry-specific regulations to ensure safety, performance, and environmental sustainability. Designers conduct thorough compliance checks and incorporate necessary features and safeguards into their designs.
Machining and Assembly:Our factory in India will custom make all the required parts ready for assembly. Each part will be checked for precise accuracy and based on the customer requirement can either be pre-assembled or assembled at the clients location.
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Hardware & Programming
Computing Hardware: There are multiple choices to select the computing hardware, and that is a very important factor in the development. Each system is compatiable with certain communication protocols. Selection of a Servo Motor and Driver itself might need a proper study on the compatability of the same with the other hardwares in the system. Selection of the right computing hardware and the associated hardwares is one of the most time consuming and complex process in the whole development.
Communication Interfaces: Communication between controllers, sensors, actuators, and other devices and compatibility with existing infrastructure, data transfer rates, determinism (for real-time applications), and ease of integration are all carefully analyised by our experienced team to finalize correct communication protocol for the project.
Industrial Automation programming: We have a dedicated team of programmers to provide a stable program developed in Python, JavaFx, C++. We have grown above the PLC which is Industrial automation programming involves writing and configuring software to control and manage automated systems in manufacturing and industrial environments. We program ensuring that machines, robots, and other automated equipment operate efficiently, reliably, and safely.
