nanoCAD Mechanica Module
Software

nanoCAD Mechanica Module

The nanoCAD Mechanica Module offers precision tools for mechanical engineering design.

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Overview

About nanoCAD Mechanica Module

The nanoCAD Mechanica Module is tailored for precision in mechanical engineering design processes. It integrates seamlessly with nanoCAD's platform, providing an extensive set of tools for creating detailed mechanical drawings and 3D models. Shirsh TechnoSolutions leverages this module for its precision and adaptability in complex design projects, particularly in automotive and heavy machinery sectors. Our team regularly employs it for tasks involving IS and ASME BPVC compliance, ensuring designs meet stringent safety standards.

In our projects, the nanoCAD Mechanica Module is a crucial tool for developing 2D and 3D models of machinery components, such as gear trains and hydraulic systems, with accuracy. Its built-in libraries of standard parts and calculations enable us to streamline the design process, reducing manual input errors. Typical model sizes we handle range from small components to large assembly drawings, with a focus on optimizing manufacturing efficiency and performance.

What makes it great

Key features

Feature 01

Mechanical Design Libraries

Feature 02

Parametric Standard Components

Feature 03

Built-In Engineering Calculations

Feature 04

Automated Mechanical Symbols

Feature 05

BOM Generation Tools

Feature 06

Assembly Documentation

Feature 07

Standards-Compliant Drafting

Feature 08

Intelligent Design Automation

Under the hood

Capabilities

3D parametric modeling for mechanical components

Automatic generation of engineering drawings from 3D models

Built-in library of standard parts and symbols

Support for IS and ASME BPVC compliance

Parametric part design and modification

Where it shines

Applications

Designing gear trains with precise meshing and load distribution

Creating hydraulic system schematics for heavy machinery

Developing assembly drawings for manufacturing processes

Engineering compliant pressure vessels per ASME BPVC

Optimizing part geometries for material efficiency

For

Target users

Target users

Mechanical EngineersCAD EngineersProduct ManufacturersMachine BuildersIndustrial DesignersEngineering Consultants

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At a glance

8
Features
5
Capabilities
5
Use cases
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Projects
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