nanoCAD Mechanica- Mechanical CAD Software for Engineers

• Search filter
• Fasteners
• Standard profiles
• Reamers
• Circuit elements symbols
• Technical sketches
• Machine accessories
• Mechanical gears, bearings, shafts, and sockets
• Electric motors
• Gear boxes
• Pipeline fittings
• Vessels and apparatus

• Supports multi-sheet drawings
• Constructs objects and symbols by a variety of methods, such as orthogonal drawing and using object snap
• Manages drawing order of overlaying objects
• Draws standard and custom line types, hatches, and fonts with styles
• Dimensions through multiple methods and places technology symbols
• Auto selects tolerances and deviations
• Automated check of texts labels standards
• Quick access to standard texts and symbols
• Checks spelling with built-in text editor
• Creates tables with built-in table editor

Mechanica’s parts database contains a vast collection of parametric and object-dependent elements, including three-dimensional ones. When you change the parameters of a part, all associated parts in the drawing also change automatically, according to their database values. This powerful tool generates design variations, which improve the design quality.

With Mechanica, you quickly make drawings based on international standards using these tools:

• ISO-standard fonts, line types, and dimension styles
• Tolerance zones and deviations for dimensions and fits
• Form and plane position tolerances
• Surface texture symbols
• Gradient symbols
• Editor for writing and changing technical notes and specifications
• Hole tables
• Semi-automatic views, cuts, sections, and breaks
• Auto-sorting letter labels of drawing elements
• Fixed joint symbols

Mechanica offers flexibility in handling bolt and rivet functions:

• Connect groups of parts with arbitrary thickness using bolts, screws, or studs
• Connect parts of arbitrary thickness with rivets displayed in regular and high accuracy, made of hollow and semi-hollow rivets
• Display simplified fasteners in joints
• Generate patterns of bolts and rivets in joints

Mechanica’s BOM tools create bills of material of parts linked to drawings. BOM tables can contain the following items:

• Itemized specification numbers
• Electrical specifications
• Automatic receipt of specifications
• Custom specifications

Mechanica supports dimension styles, which are named collection of dimension settings that control the appearance of dimensions, such as the arrowhead, the text placement, and display of tolerances. It includes styles preset for a number of local and international standards.

Mechanica generates detail views as objects that are updated by the MCREGEN command when the source model changes. When at least part of a scaled object falls into the view frame, then its scale is applied to the entire detail view.

Mechanica’s MechWizard guides users through advanced functions:

• Overlaying assembly and parametric dependencies on objects
• 'Behavior training' of standard parts
• Modification of database elements
• Custom database elements

Mechanica’s powerful engineering calculators handle gear strengths, complex cross-sections of geometric properties with arbitrary axes, fasteners, bearing life at given load conditions, and more. Results of calculations are generated automatically as reports that show all formulas and ISO references used for the calculations.

Access pre-built standard components and symbols that reduce repetitive drafting work.

Work directly in DWG format without conversion issues- ensuring smooth collaboration with clients and vendors.

Create manufacturing-ready drawings with accurate dimensioning and tolerances.

Get professional mechanical CAD capabilities without enterprise-level licensing costs.

In the first lesson of the Mechanica module course, we’ll begin by launching the program and exploring its interface. You'll get familiar with essential components such as toolbars, menus, and panels, providing a solid foundation of the workspace before progressing to more advanced tools.

In Lesson 2, we will begin designing the shaft. In the first part, we will create a shaft using specialized commands and enhance it by adding standard elements from the built-in element library.

In the second part of Lesson 2, we'll dive into editing existing shaft elements and explore how to manage dependencies effectively.

In this lesson, you'll learn how to position the base by selecting a location on the shaft surface, along with placing the feature control frame. We'll cover the basics of editing, identifying surface roughness and breaks, and introduce the "Match Properties" command to help streamline your workflow.