Services
- Home
- Services
- Product Design
- 3D CAD Customization
- Sheet Metal Component
- Structural Designs
- Rendering & Animations
- Reverse Engineering
- Prototype Services
- Finite Element Analysis
- Onsite CAD
- Technical Documentation
- Technical Training
- Off Shore Engineering
Product Design and Development

It is not a simple CAD service support we provide. Its beyond, which we focus for our customer needs.
- Pure product design techniques
- Evaluation
- Documentations
- Engineering improvement
We do offshore and onshore projects with the CAD software supports like, Autodesk Autocad, Inventor, Solid works.
Product design is a technique. Designer has to follow some thumb rules, experience knowledge and calculation. Apart from these so many other factor come and play a great role. So, all the design should follow some consideration while designing.
Product design consideration:
- The manufacturer is concerned with production cost; in result, they wants an economically designed product
- The purchaser looks at price, appearance, and prestige value
- The end user is concerned with usability and functionality of the final product.
- The maintenance and repair department focuses on how well the final product can be maintained: is the product easily reassembled, disassembled, diagnosed, and serviced?
We offer:
- New product – Start to end engineering support
- Design calculation
- Product evaluation
- Reverse engineering
- Product documentation
- Geometric Dimensioning and Tolerancing (GD&T)
- Stack up Analysis
- Standard oriented approach in design. Like ASME, DNV, ISO, Eurocode, DIN/EN, etc
- Vendors development
Product Part 3D CAD Customization

It is a new technology growing up for the standardized product design for Skelton/scaling-based design which is mainly for product based (OEM)industry.
Other way it is called “design automation”.
It is used to accelerate design at a higher speed by adopting new design methods like this instead of repeating the same design work repeatedly.
There are advantages on this design approach. Which are,
- Less mistake
- Customer satisfaction
- Productivity increase
- Faster quote for the sales
- Rework reduced
- Easier to approach - less training is enough
Sheet Metal Components Designing

Sheet metal components have always had a special place in the growing modern industry. Many industries replaced structural welded components into sheet metal components for the simplicity with modern manufacturing technique.
Our design expert consider these major key points during design,
- Material and Size Selection
- Design parameters like Wall thickness, Bend Radius, Holes positions , K Factor, bend allowance, bend relief, etc
- Detail drawing of sheet components
- DXF or DWG file of a flat pattern is also created for manufacturing
- Manufacturing Process
- Coating requirements
Structural Designs

It is a main construction for bearing the load of most.
Our design professionals do test with a help of Computer Aided Engineering (CAE)to understand the load bearing ability of the structures. We do design with standard based approach in the industries. And we verify the design as per rules mentioned in the standard which you want us to prefer.
This unique technique is famous in many industries like
- Cranes
- Aeroplane
- Ships
- Vehicles
- Machines
- Mechanical and civil structure etc.
Rendering & Animation

As technology advances by the day, 3D rendering plays an increasingly important part in the mechanical design process, allowing creators and designers alike to optimize and display mechanical models before hitting the market.
The 3D rendering importance also lies in the way it helps drive innovation, while allowing manufacturers to achieve better quality results and faster time-to-market.
Advantages:
- It Helps designers and manufacturers remove product imperfections before final production
- It Allows experimentation while designing the look and feel of the mechanical product, including textures, colours , etc., without having to develop multiple prototypes
- It delivers convincing design proposals in an effective manner to stakeholders and investors, as well as create advertising material before the production.
Reverse Engineering

Reverse engineering is the process of examining existing products to determine detailed information and specifications to understand how they are manufactured and how they work.
For example, many old parts used in the machine have withstood the test of time. When a component fails or is completely damaged, the component can be replaced instead of the entire device. A process called reverse engineering makes it possible to replace these parts
Steps:
- Analyse the size and attributes of the products involved, whether it is airplanes, ships, vehicles, industrial machinery parts
- In order to reverse - engineer physical products, organizations will usually take samples of the products involved and disassemble them to examine their internal mechanisms.
- During this analysis, we need to measure the width, length and height of the key components in the product, because these dimensions are usually related to the performance of the product.
- Nowadays, engineers use 3D scanning technology to make such measurements. With the help of a 3D scanner, engineers can accurately read product specifications and automatically record this information in their database. 3D scanning technology includes co-ordinate measuring machine (CMM), industrial computer tomography (CT) scanner, laser scanner and structured light digitizer.
- After collecting and recording all relevant information, we can use this data to create computer - aided design (CAD) drawings for subsequent analysis and development.
Prototype services

It is a technology to transform a product idea into physical model. This is early model of product where you can refine the things to land on final designs of the product. At that point, you’re ready to use or sell this into a product. So, the faster you produce and refine your prototypes, the faster you can start going to market.
Major understands of product after prototypes are
- Functionality smoothness
- Critical handling factors
- Personal feel
- Noise
- Fitments strength
- To Understand where to change the materials
- Tolerance needs
- Physical strength
- Finish looks or Aesthetic
We offer services on to classified prototype like Concept, Display, Functional, Pre-Production types
Finite Element Analysis - FEA

The Finite Element Analysis (FEA) is the simulation of any given physical phenomenon using the numerical technique called Finite Element Method (FEM). Engineers use FEA and CAE software to reduce the number of physical prototypes and experiments and optimize components in their design phase to develop better products, faster while saving on expenses.
- Simplified, FEA is a numerical method used for the prediction of how a part or assembly behaves under given conditions
- It is used as the basis for modern simulation software and helps engineers to find weak spots, areas of tension, etc. in their designs
- The results of a simulation - based on the FEA method are usually depicted via a color scale that shows, for example, the pressure distribution over the object.
We offer services to Static load-based solutions.
Onsite CAD Staffing Solution Services

After global trade became possible, the understanding of permanent workers in most companies led to like this a modern business structure. This method has become the best development theory based on the demand and number of experts.
Advantages:
- Direct payroll process controlled
- Hiring can be done on a case - by - case basis without setting it as a fixed cost
- You can save the cost and time of searching for the best person
- Workforce can be increased or decreased according to the workload
- No training expenses
- Can be hired to do the job immediately
As compared to offshore CAD support system, in this case–workplace and computer equipment hardware and software, some essential facilities, you will have to provide.
Technical Documentation

In engineering, technical documentation refers to any type of documentation that describes the handling, operation, and structure of a technical product or development or product in use.
The purpose of product technical documentation is to provide necessary instructions to the recipient (competent) end user and administrator /service or maintenance technicians. And it will be self-explanatory to a recipient.
We Offer:
- Transportation manual
- Assembly instructions
- User manual
- Testing report
Technical Training

Technical training is a core requirement for any company to develop their employee’s skills and enriching them.
It requires to build competence and professional skills with interest to each employee in the organization. Training has specific goals of improving one’s capability, capacity, productivity and performance.
It forms the core of apprenticeships and strengthening the backbone of company by taking employees competency to higher level.
We Offer:
Soon we will list our topics offering…
- As per your suggestion on developing employee’s skill set and mind set.
Offshore engineering design support/live
This service is more parallel in nature of Onsite CAD Staffing Solution Services. Except-in this case–work place and computer equipment hardware and software, some essential facilities, we will take care of it. But the expenses involved will be charged to you as an integrated service cost.
We provide full time support from design phase to production. Our engineering arm is always there to support you..
- All production/fabrication/manufacturing direct support for engineering change
- 3D design update
- Detail drawing
- Laser cut files like dwg, dxf
- Supplier support
- Calculation support
- Technical manual, etc
All the requested engineering services will be Provided by our engineering team working from our premises.