nanoCAD Mechanica – The Mechanical Drawing Software that Accelerates, Innovates and Automates

nanoCAD Mechanica - a Mechanical Drawing Software, is an advanced application developed for mechanical engineers, designers and drafters, giving them with prospects in the field of automation of design and construction work in numerous areas of the manufacturing industry. Unlike nanoCAD pro which is also a 2D & 3D modelling software, nanoCAD Mechanica is a stand alone 2D drafting and design software with a large library of standard parts and tools designed to help program design tasks and for mechanical drawings creation. When designers form mechanical designs using nanoCAD Mechanica, they evade boring routines and monotonous manual tasks usually required to get the job done. nanoCAD Mechanica helps designers accelerate design, reduce development time and provide their products to market – easily!

Increase Your Productivity With nanoCAD Mechanica!

Easily save time with a complete user-expandable library of mechanical parts (gearboxes, shafts, pneumatics and hydraulics pipes etc.) with fixed parametric links supporting international drafting standards (ISO, DIN and others) in the nanoCAD Mechanica. nanoCAD Mechanica Subscription offers a commanding tool that automatically alters all linked parts if you change one of them; this advances the quality of the mechanical drafting development. nanoCAD Mechanica delivers automatic connection of fittings with pipeline elements. Element size and placement coordinates are easily detected. The software allows you to make Fastening and Rivet connections with ease. Moreover, this Mechanical Drawing Software allows you to achieve all engineering calculations easily. Also, you can find a number of drawing design symbols (leaders, surface textures, tolerances, dimensions, views, sections, welding and etc.) for everyday tasks. Furthermore, drafting tools consist of automated formation of Part list, with a flexible and natural control of structure and content.

The core of the system

Updated nanoCAD Pro platform;

The independent Windows-based application.

A simple and familiar interface

Classic set of commands required for high-quality preparation of project documents.

Functional nanoCAD Mechanica include a typical set of design tools, including:

Thoughtful and convenient interface that allows rapid transition from other CAD or from paper design;

Two-dimensional design module;

Two-dimensional parametric module dependencies;

Numerous methods and modes of construction of graphics primitives and symbols (including orthogonal drawing, object snaps, and others.);

Management procedure rendering and overlay graphics;

Standard and custom line types, hatch types, font style;

Frequent methods of dimensioning and process notation;

auto-fit tolerances and deviations;

Automated normative control text designations;

Fast access to typical texts and designations;

Built-in text editor with spell checking;

A built-in table editor.

All the particulars of the overall design and technology base are parametric and object-dependent. Now you can insert two-dimensional objects of design and technological base. If you change the parameters of one detail all the related objects-dependent items will change easily, and in accord with their values in the database. The technology – a powerful tool of multiple designing, initiate to advance the quality of producing projects.

Brochure

Extended list of supported standards

It comprises of: ISO, GOST (Russia), GB (Great Britain), IS (India), NF (France)

Shafts design

Shafts

Gaskets

Cuts and thrust rings

Bearings

Bearing Assembly templates

Covers

Design of parts and assembly units

Two-dimensional design module

Standard two-dimensional design tools: extrusion, rolling, stretching along the path and cross sections, chamfers, fillets, etc.

Using a database of standard parts and assemblies when a two-dimensional design.

Flexible acquisition system designs: the possibility of constructing the sketch details in sketch mode, as well as use of existing geometry as the cross sections of parts or assembly units. The ability to create parts of the intersection sketch with the Mechanical Drawing Software download;

Drawing up a full-fledged assembly unit of one sketch.

Module two-dimensional parametric dependencies

The parameterization user geometry.

Imposing geometric constraints.

The ability to create systems of equations for the dynamic changes in the user geometry.

Design of working drawings of parts and assembly units Standard design tools

Lines auxiliary constructions.

Rectangular, circular and combined arrays with loop filling.

Using text fields in the media design drawings and standard details for Autocomplete.

Library of standard elements

Fastening details.

Springs.

The elements and components of machine parts, including shafts and bearings.

Standard profiles.

Armature piping inner and outer cone.

Gearing design

Exclusive technology for cylindrical and conic gears design with optimization of their parameters in-place during the drawing procedure. Comprised of a full report with calculation formulas and standard references used in the design.

Import of information about plated circuit from Orcad and P-CAD in IDF format

Drawing design utilities easily assistance architect or engineer:

Import of plated circuit’s geometry

Settings of imported details.

Calculations

Calculation manager

Calculation of Cylindrical and Conic Gears parameters, Shafts, Bearing assemblies, Fasteners

Results of calculations are presented by Reports. These automatically generated Reports include all calculation formulas and ISO references

Beam calculation

Part list

Automatic part list

Creation of custom part list.

All you want from drafting to innovative parametric design is in the nanoCAD Mechanica. Approximately 3000 parts are present in the Parts Library. Also supported by numerous national standards, shrink-wrapped and all set to go in a single solution.

Belt and Chain Drives

The base of standard elements has been considerably extended with standard products and structural elements for belt and chain drives. The new version includes such elements as:

Pulleys for flat-belt, vee-belt, poly V-belt, and toothed-belt drives.

Sprockets for single- and multiple-strand chain drives.

One-sided and two-sided hub flanges, grooves, slopes, bevels, fillets, and holes for sprockets and pulleys.

Various levels of image detailing for toothed-belt drive pulleys: simplified image; single tooth image; detailed image.

Keyways for fastening sprockets and pulleys.

Slots with different levels of detail for fastening sprockets and pulleys.

Flanges

The following standard items have been added to the flange catalog:

Slip-on flanges.

Butt-welded flanges.

Ring joint flange.

Collar flanges.

Lap joint flanges.

Valve body flanges.

All types of sealing surfaces.

The following functions have been additionally implemented:

Automatic flange connection based on diameter and pressure.

Automatic connection to pipes.

Connection to old standard flanges.

Dairy Couplings DIN 11851

Cone fittings.

Thread fitting.

Nuts and gaskets.

Connection of welded dairy couplings.

Expanded coupling connection.

Automatic connection to pipes.

ASAHI Bearing Assemblies

Light duty.

Normal duty.

Moderate duty.

Heavy duty.

Automatic connection to shafts.

Other Database Elements

Single-stage toothed planetary gear motor.

Two-stage toothed planetary gear motor.

Single-stage worm gearbox.

Two-stage parallel-shaft gearbox.

Two-stage toothed planetary gearbox.

Squirrel-cage asynchronous motors.

Ordinate-angular and angular chain dimensions

Selecting a sequence of commands: Dimension → Angular → Ordinate allows to set an ordinate-angular dimension.

The start and end of an ordinate-angular dimension are bound to the drawing geometry; the dimensions are re-built upon changing the latter.

Angular chain dimension functions have been corrected.

The start and end of angular chain dimensions are bound to the drawing geometry; the dimensions are re-built upon changing the latter.