All Services.
functional, bold.
Reverse Engineering
(01 - 04)
Recreating CAD models from physical components or from scan data.
Recreating accurate 3D CAD models from physical components, samples, or scanned data
We ensure dimensional accuracy and parametric control suitable for redesign, tooling, and manufacturing.
This enables design modifications, performance improvements, part reproduction, or legacy data recovery.
2–5 working days
Product Designing
(02 - 04)
Concept-to-manufacture product design solutions.
End-to-end product design
Concept development to manufacturing-ready CAD models
Requirement analysis, concept ideation, material selection, ergonomic considerations and design for manufacturability (DFM/DFA)
Optimized for functionality and aesthetics
3–7 working days (depending on complexity)
Surface Modeling
(03 - 04)
High-quality Class-A and freeform surfaces.
We specialize in advanced surface modeling including freeform and Class-A surfaces.
Using curvature continuity and surface analysis tools.
Defect-free surfaces suitable for automotive, consumer, and industrial applications.
3–6 working days
Solid Modeling
(04 - 04)
Parametric 3D CAD models for manufacturing.
Fully parametric solid models with proper feature history, constraints, and design intent.
Optimized for manufacturing processes such as molding, machining, and assembly.
2–4 working days.
Reverse Engineering
(01 - 04)
Recreating CAD models from physical components or from scan data.
Recreating accurate 3D CAD models from physical components, samples, or scanned data
We ensure dimensional accuracy and parametric control suitable for redesign, tooling, and manufacturing.
This enables design modifications, performance improvements, part reproduction, or legacy data recovery.
2–5 working days
Product Designing
(02 - 04)
Concept-to-manufacture product design solutions.
End-to-end product design
Concept development to manufacturing-ready CAD models
Requirement analysis, concept ideation, material selection, ergonomic considerations and design for manufacturability (DFM/DFA)
Optimized for functionality and aesthetics
3–7 working days (depending on complexity)
Surface Modeling
(03 - 04)
High-quality Class-A and freeform surfaces.
We specialize in advanced surface modeling including freeform and Class-A surfaces.
Using curvature continuity and surface analysis tools.
Defect-free surfaces suitable for automotive, consumer, and industrial applications.
3–6 working days
Solid Modeling
(04 - 04)
Parametric 3D CAD models for manufacturing.
Fully parametric solid models with proper feature history, constraints, and design intent.
Optimized for manufacturing processes such as molding, machining, and assembly.
2–4 working days.
Drafting
(05 - 08)
Manufacturing-ready 2D engineering drawings.
Precise manufacturing drawings with complete dimensions, tolerances, GD&T, material specifications, and technical notes.
International standards (ISO/ASME)
Ensure clarity, accuracy, and error-free manufacturing.
1–3 working days
Mold Flow Simulation
(06 - 08)
Injection mold flow analysis & optimization.
Mold flow analysis to predict plastic flow behavior, cooling efficiency, warpage, air traps, weld lines, and sink marks.
Optimize gate locations, runner systems, cooling layouts, and cycle time.
Reducing tooling risks and production defects.
3–5 working days
Inspection
(07 - 08)
Dimensional inspection and report generation.
CAD-based inspection planning and dimensional verification.
Inspection drawings and reports are generated to validate manufactured components against design specifications.
Ensuring quality compliance and reducing rework or rejection during production.
1–2 working days
3D Scanning
(08 - 08)
3D scanning for accurate data capture.
Accurate geometric data from physical components in the form of point clouds or mesh models.
We focus on functional reliability, operator safety, maintainability, and manufacturing feasibility.
Supported by detailed assemblies and drawings.
1–3 working days
Drafting
(05 - 08)
Manufacturing-ready 2D engineering drawings.
Precise manufacturing drawings with complete dimensions, tolerances, GD&T, material specifications, and technical notes.
International standards (ISO/ASME)
Ensure clarity, accuracy, and error-free manufacturing.
1–3 working days
Mold Flow Simulation
(06 - 08)
Injection mold flow analysis & optimization.
Mold flow analysis to predict plastic flow behavior, cooling efficiency, warpage, air traps, weld lines, and sink marks.
Optimize gate locations, runner systems, cooling layouts, and cycle time.
Reducing tooling risks and production defects.
3–5 working days
Inspection
(07 - 08)
Dimensional inspection and report generation.
CAD-based inspection planning and dimensional verification.
Inspection drawings and reports are generated to validate manufactured components against design specifications.
Ensuring quality compliance and reducing rework or rejection during production.
1–2 working days
3D Scanning
(08 - 08)
3D scanning for accurate data capture.
Accurate geometric data from physical components in the form of point clouds or mesh models.
We focus on functional reliability, operator safety, maintainability, and manufacturing feasibility.
Supported by detailed assemblies and drawings.
1–3 working days