Conceptual engineering is an important phase of the development process, in which rapid idea capture is paramount. Conceptual design is the explicit construction of ideas or concepts to visualize a product and for alternative designs to evolve. NESTech will take your product from Concept to Reality. Based on customer specifications, we will evaluate numerous concepts and develop the one that best fits the needs. Product Cost, Time to Market and Product Quality are our primary concerns. Our concept design process encompasses digital visualization with 3D layout for packaging studies. While we design we will take care of the down steam applications like simulation, tool design and manufacturing.
NESTech will assist you in any stage of your project. When you work with us, we become an integral part of your team and are fully committed to meeting your project goals and delivery schedules. Our services include model generation, production drawing creation, Tooling, simulation and manufacturing.
We understand that our customers always want to develop efficient methods to reduce the product design cycle time. We help companies automate their design processes through the creation of "Template" parts and assemblies, which reduces the product design cycle considerably. NESTech will also develop "best practices" and process documentation to help automate the creation of similar products.
NESTech engineers have the experience, background and tools to help you convert your ideas into real products.
Road Construction
Machinery Builders
Onsite and Offsite
Since 8+ years Team of
20+ Engineers
Road Construction
Machinery Builders
Onsite and Offsite
Since 8+ years Team of
20+ Engineers
Road Construction
Machinery Builders
Onsite and Offsite
Since 8+ years Team of
20+ Engineers
Road Construction
Machinery Builders
Onsite and Offsite
Since 8+ years Team of
20+ Engineers
Road Construction
Machinery Builders
Onsite and Offsite
Since 8+ years Team of
20+ Engineers
1 Million+ 2D to 3D Conversion done and counting..
1 Million+ 2D to 3D Conversion done and counting..
1 Million+ 2D to 3D Conversion done and counting..
1 Million+ 2D to 3D Conversion done and counting..
1 Million+ 2D to 3D Conversion done and counting..
1 Million+ 2D to 3D Conversion done and counting..
1 Million+ 2D to 3D Conversion done and counting..
1 Million+ 2D to 3D Conversion done and counting..
1 Million+ 2D to 3D Conversion done and counting..
With over 25 years of CAD/CAE/PLM mastery, NESTech combines deep engineering knowledge across industries with flexible staffing models (offshore, onsite, hybrid). Our technology-led efficiency includes AI validation, digital twins, and secure data handling. We handle complex legacy systems with precision and have successfully delivered migration solutions for all major CAD platforms.
We provide flexible staffing models including Offshore, Onsite, and Hybrid engagement models. Our structured two-shift offshore support ensures continuous progress across time zones, helping you quickly scale engineering capacity during peak workload periods and speed up project cycles to achieve tough deadlines.
We support all major CAD platforms including SOLIDWORKS, Siemens NX, and Creo for legacy data modernization. Our system-agnostic approach allows us to handle complex legacy 2D/3D file migrations, ensuring full PLM compatibility, data clean-up, metadata enrichment, versioning, and structured archival for future-readiness.
We offer 24/5 offshore support to accelerate delivery during peak workload periods. Our team takes care of design detailing, corrections, and system modernization while your core team focuses on high-value activities. This includes new product development (NPD) support from concept to detailed design, design modifications based on field failure data, and manufacturability optimization.
We adhere to ISO, ASME Y14.5, and DIN standards for production-grade drawings. Our expertise includes strong GD&T application for functional dimensioning, weldment modeling with symbol detailing, dimensional tolerances, fits, stack-up analysis, and manufacturability guidelines. We also support vendor parts library creation and centralized CAD libraries integrated into PLM systems.
We efficiently manage and optimize very large assemblies using techniques like lightweight modeling, top-down assembly design, and modular architecture. Our expertise includes simplified representations, zones, skeleton modeling, and assembly management strategies that ensure smooth performance even with thousands of components in complex mechanical systems.
Our legacy data modernization process includes migration of legacy 2D/3D CAD files to modern platforms like SOLIDWORKS, Siemens NX, or Creo. We ensure full PLM compatibility for data portability and lifecycle management, along with data clean-up, metadata enrichment, versioning, and structured archival to make your legacy data future-ready.
Yes, we offer 24/5 offshore support to speed up project cycles and help you achieve tough deadlines. Our structured two-shift model ensures continuous progress across time zones, allowing you to quickly scale engineering capacity during peak workload periods without interrupting your core team's workflow.
We perform Root Cause Analysis (RCA) for product failures using advanced FEA, CFD, and empirical methods. Our team then implements redesign and corrective actions for improved field performance, providing continuous design validation support throughout the product lifecycle to prevent recurring issues.
We have successfully supported global customers across heavy machinery, off-road vehicles, material handling systems, and industrial automation. Our domain-specific design and simulation expertise ensures functional, reliable, and high-performance products delivered under tight schedules and strict customer requirements.
Based on field feedback, failure analysis is done, redesigned the failing parts with better design
Practical difficulty in accessing certain areas are solved by redesign
Redsigned to accomodate additional accessories.
Parametrically remodelled the engine assembly in 3D including flexible piping.
Implemented new design concepts in this new revised upgraded version of UMM
2D to 3D conversion of construction machinery sub-assembly
3D modelling of a material recovery plant sub-assembly section.
Redisgned drive mechanism based on field feedback
Chute redesigned, Walkways added with saftey railings
Belt Width 30 to 36 inches, changes to structural members, added safety gaurds and walkways
Access staircase for conveyor, redesigned from 30 years old 2D to 3D with latest safety standards
From site scan data, plant layout with maximum possible details created as bulk model
