Services
Services
BIW Structural, Inner, Outer, Reinforcements & Brackets :
BIW Structural, Inner, Outer, Reinforcements & Brackets :
Body-in-White (BIW) Design Engineering Services support the complete development of automotive vehicle structures, from concept to production readiness. We deliver robust BIW solutions covering part design, assembly design, and system integration, aligned with OEM standards and global automotive regulations.
Our services include sheet metal part design, structure layout, tolerance and GD&T definition, weld and joining strategy, tooling feasibility, and manufacturability optimization. We ensure designs meet crashworthiness, stiffness, durability, NVH, weight and cost targets while maintaining cost and quality objectives.
With strong expertise in OEM processes, CAD tools, and cross-functional collaboration, we help customers accelerate development cycles, reduce rework, and achieve production-ready BIW designs.
Body-in-White (BIW) Design Engineering Services support the complete development of automotive vehicle structures, from concept to production readiness. We deliver robust BIW solutions covering part design, assembly design, and system integration, aligned with OEM standards and global automotive regulations.
Our services include sheet metal part design, structure layout, tolerance and GD&T definition, weld and joining strategy, tooling feasibility, and manufacturability optimization. We ensure designs meet crashworthiness, stiffness, durability, NVH, weight and cost targets while maintaining cost and quality objectives.
With strong expertise in OEM processes, CAD tools, and cross-functional collaboration, we help customers accelerate development cycles, reduce rework, and achieve production-ready BIW designs.
Interior & Exterior Plastic Components:
Interior & Exterior Plastic Components:
We provide end-to-end automotive interior and exterior plastic product design engineering services, supporting OEMs and Tier-1 suppliers from concept to production. Our expertise covers Class-A and Class-B/C plastic components, ensuring the right balance of aesthetics, functionality, manufacturability, and cost.
Our services include concept design, CAD development, feasibility studies, material selection, DFMEA, tolerance analysis, and tooling-ready designs compliant with OEM and global automotive standards. We focus strongly on DFM/DFA, injection molding best practices, part consolidation, weight optimization, and quality improvement.
With deep hands-on experience in interior trims, instrument panels, door trims, consoles, bumpers, grilles, and exterior trims, we help customers accelerate development cycles, reduce rework, and achieve robust, production-ready plastic parts with superior fit, finish, and performance
We provide end-to-end automotive interior and exterior plastic product design engineering services, supporting OEMs and Tier-1 suppliers from concept to production. Our expertise covers Class-A and Class-B/C plastic components, ensuring the right balance of aesthetics, functionality, manufacturability, and cost.
Our services include concept design, CAD development, feasibility studies, material selection, DFMEA, tolerance analysis, and tooling-ready designs compliant with OEM and global automotive standards. We focus strongly on DFM/DFA, injection molding best practices, part consolidation, weight optimization, and quality improvement.
With deep hands-on experience in interior trims, instrument panels, door trims, consoles, bumpers, grilles, and exterior trims, we help customers accelerate development cycles, reduce rework, and achieve robust, production-ready plastic parts with superior fit, finish, and performance
Reverse Engineering :
Reverse Engineering :
We provide end-to-end reverse engineering services to accurately capture, analyze, and recreate existing automotive and consumer electronics products. Using advanced 3D scanning, measurement, and CAD tools,
we convert physical components into precise digital models, engineering drawings, and manufacturable data includes GD&T and Tolerance stack-up with virtual verification of design.
Our services support product redesign, benchmarking, localization, cost optimization, legacy part recovery, and quality improvement—ensuring full dimensional accuracy, functional integrity, and production readiness. nmkl;/
We provide end-to-end reverse engineering services to accurately capture, analyze, and recreate existing automotive and consumer electronics products. Using advanced 3D scanning, measurement, and CAD tools,
we convert physical components into precise digital models, engineering drawings, and manufacturable data includes GD&T and Tolerance stack-up with virtual verification of design.
Our services support product redesign, benchmarking, localization, cost optimization, legacy part recovery, and quality improvement—ensuring full dimensional accuracy, functional integrity, and production readiness.
Consumer Electronics Products :
Consumer Electronics Products :
We offer end-to-end consumer electronics product design engineering services, helping brands turn ideas into market ready, high-quality products. Our capabilities span industrial design support, mechanical CAD, plastic and metal enclosure design, tolerance documentation. analysis, and production-ready
With a strong focus on DFM/DFA, material optimization, thermal considerations, and cost-effective manufacturing, we ensure products that are sleek, durable, and scalable for mass production—while meeting performance, reliability, and global compliance requirements.
We offer end-to-end consumer electronics product design engineering services, helping brands turn ideas into market ready, high-quality products. Our capabilities span industrial design support, mechanical CAD, plastic and metal enclosure design, tolerance documentation. analysis, and production-ready
With a strong focus on DFM/DFA, material optimization, thermal considerations, and cost-effective manufacturing, we ensure products that are sleek, durable, and scalable for mass production—while meeting performance, reliability, and global compliance requirements.
CAE Analysis :
CAE Analysis :
Structural Analysis
•Stress & Strain Analysis : Predict material deformation under loading considering material non-linearity
•Modal Analysis : Identify vibration modes and natural frequencies which will useful to predict the behavior of the component under dynamic condition
•Thermal-Structural Coupling: Including the effect of the temperature in the structural analysis and checking the integrity of the component by considering the thermal effect.
•Nonlinear Behavior: Simulating the plasticity, contact, and large deformations.
•Buckling Analysis: Assessing the stability of the slenderness components.
Thermal Analysis
•Steady-State & Transient Heat Transfer: Simulating constant thermal or time varying thermal conditions.
•Conduction, Convection & Radiation Modeling: Considering all modes of heat transfer in heat transfer analysis
NVH Analysis
•Modal & Frequency Response Analysis: Identify natural frequencies and vibration modes to perform modal based frequency response analysis in all three direction
Structural Analysis
•Stress & Strain Analysis : Predict material deformation under loading considering material non-linearity
•Modal Analysis : Identify vibration modes and natural frequencies which will useful to predict the behavior of the component under dynamic condition
•Thermal-Structural Coupling: Including the effect of the temperature in the structural analysis and checking the integrity of the component by considering the thermal effect.
•Nonlinear Behavior: Simulating the plasticity, contact, and large deformations.
•Buckling Analysis: Assessing the stability of the slenderness components.
Thermal Analysis
•Steady-State & Transient Heat Transfer: Simulating constant thermal or time varying thermal conditions.
•Conduction, Convection & Radiation Modeling: Considering all modes of heat transfer in heat transfer analysis
NVH Analysis
•Modal & Frequency Response Analysis: Identify natural frequencies and vibration modes to perform modal based frequency response analysis in all three direction
Moldflow Analysis :
Moldflow Analysis :
We provide comprehensive Moldflow analysis services for injection molded plastic components to ensure robust, manufacturable, and cost-effective designs. Using advanced simulation tool Autodesk Moldflow, we predict material flow behavior, filling patterns, weld lines, air traps, sink marks, warpage, and cooling efficiency before tool development. Our analysis supports optimized gate location, wall thickness, cycle time, and fiber orientation—reducing tooling rework, improving part quality, and accelerating time-to-market while meeting automotive performance and durability requirements.
We provide comprehensive Moldflow analysis services for injection molded plastic components to ensure robust, manufacturable, and cost-effective designs. Using advanced simulation tool Autodesk Moldflow, we predict material flow behavior, filling patterns, weld lines, air traps, sink marks, warpage, and cooling efficiency before tool development. Our analysis supports optimized gate location, wall thickness, cycle time, and fiber orientation—reducing tooling rework, improving part quality, and accelerating time-to-market while meeting automotive performance and durability requirements.
Prototype Build :
Prototype Build :
We offer end-to-end prototype build services for automotive and consumer electronics products, transforming concepts and existing parts into fully functional, test-ready prototypes.
Our capabilities include reverse engineering, benchmarking, VA/VE studies, and aftermarket product development to optimize design, cost, performance, and manufacturability. From proof-of-concept models to functional and pre production prototypes,
we support rapid validation of form, fit, function, durability, and assembly—enabling faster design decisions, reduced development risk, and smoother transition to production.
We offer end-to-end prototype build services for automotive and consumer electronics products, transforming concepts and existing parts into fully functional, test-ready prototypes.
Our capabilities include reverse engineering, benchmarking, VA/VE studies, and aftermarket product development to optimize design, cost, performance, and manufacturability. From proof-of-concept models to functional and pre production prototypes,
we support rapid validation of form, fit, function, durability, and assembly—enabling faster design decisions, reduced development risk, and smoother transition to production.