Engineering Drawing

Pentadesk Specializes in Engineering
Product Design & Development

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Engineering Drawing

The detailed instructions for manufacturing and assembly of products is represented by a complete set of 2D drawings and those are known by various names such as engineering drawings, production drawings, detailed drawings, manufacturing drawings, etc. Engineering drawings have to conform to industry standards such as the ASME Standards and Codes and completely define the product.

Engineering drawings of a product will capture all the information necessary to manufacture and assemble the components of the product accurately. The size and shape of each component, projection views of all sides, machining and casting tolerances, GD&T, production process, standard conventions, material & finish information and clear specifications would be included in the drawings to enable a precise production process.

An explicit and well-organized drawing is imperative for manufacturing the product successfully and it certainly requires professional help. Pentadesk is a premium engineering design services provider that caters to the needs and requirements  pertaining to engineering drawings.

Engineering drawing services

Pentadesk provides all types of engineering drawing services such as:

  • Assembly drawings
  • General Arrangement drawings
  • Fabrication drawings
  • Process Drawings
  • Part drawings
  • CAD Conversion services

We guarantee quality work through verification and validation of each drawing. We pay attention even to the minutest detail in every drawing.

Benefits of Pentadesk’s Engineering Drawing Services

Industry Experts: Pentadesk has been providing engineering drawing services to global clients for close to a decade. Our engineers have years of industry experience and are highly proficient in engineering standards such as ANSI, ISO, DIN, JIS, etc.

Accuracy: Our expert engineering design & drawing teams ensures that the drawings are created strictly as per the country specific standards, are easily readable and complete in all aspects including the application of tolerances & GD&T. As a result, regardless of whether your needs are unique to a particular industry sector – including sheetmetal fabrication, heavy engineering, injection molding, machined parts, etc. –  we will always ensure that the drawings are always accurate.

Cost Factor: Apart from providing high level detailed drawings, our primary mission is to provide a comprehensive range of low-cost CAD drawing services to our clients. Our engineering drawing services are offered at highly affordable prices, which are unmatched in the industry.

Flexibility: As a leading engineering drawing services company, Pentadesk has the ability to work on all industry leading CAD software such as SolidWorks, Creo, Autodesk Inventor, Siemens NX, SolidEdge, OnShape, etc. This enables us to cater to everyone in the mechanical engineering industry. We collaborate closely with our clients in order to fully comprehend their drawing standards and implement them carefully in the drawings that we create. As a result, the outcome is seamless and integrating the drawings back into the client workflow is always seamless.

Starting from ground up: Many of our clients and completely new businesses or smaller businesses that are beginning to scale up. Some are just making the transition to 3D CAD. Our team of engineers are adept at helping them make the transition or start from ground up by helping those companies to set up their engineering drawing standards, help them get their company drawing templates created, etc. Our engineers are always eager to assist at every level of your engineering drawing requirements. 

Frequently Asked Questions

What are the components of engineering drawing?

Following are the important components of engineering drawing

  • Views – A view is defined as the angle of the design or object that the drawing represents. Different types of view include top view, front view, flat view, auxiliary view, detail view,, section view, etc.
  • Dimensions – It involves specifying a part or product’s size  information through callouts having the length, width, height, diameter, etc.

What are assembly drawings?

Assembly drawings are drawings that show an overall system or machine with its components. The objective of assembly drawings is to identify the items, categorize the series of assembly and mention standard requirements. It may include instructions, reference numbers, a list of component parts called bill of materials or BOM, specification information, etc.

What Are Detailed Engineering Drawings?

Detailed engineering drawing is defined as technical drawings that assist in defining and illustrating certain mechanical processes and requirements apart from the size specifications of a component or product. These drawings are specially made for mechanical objectives. They help in communicating issues and solutions that manufacturers deal with. Additionally, these drawings can become vital aspects of a product design project to convey the design idea and also to document the design.

What Is the Purpose of fabrication drawing?

Fabrication drawings or shop drawings are comprehensive plans that aim to translate the intent of the design. These drawings offer fabricators with information important to manufacture, fabricate, and install various components of the structure.

Why are engineering drawings important?

Engineering drawings offer comprehensive information of an element on its designing facets. They become extremely useful for engineers to understand the various components properly. These are basically a graphical representation of a particular design that helps in communicating ideas. Without engineering drawings manufacturing and inspection of the final product or part would be impossible.

What are the benefits of fabrication drawing?

Following are the benefits of using fabrication drawing by the companies:

  • These drawings illustrate a scaled blueprint of how the end product will be put together accompanied by supporting information of the material, dimensions, and other specifications. 
  • These include specific information and instructions; therefore, it enables the manufacturing processes to be used multiple times to create a series of the exact product each time.
  • Fabrication drawings can be used as documentation so that it is later helpful if something is missing. Maintaining documentation of drawings can be a pathway to provide a solution to various problems. 
  • These drawings can help in determining the cost of material accurately, thereby helping in managing the cost of the project.