CAD Design & Product Development in Hyderabad
We turn your idea, sketch or broken part into 3D models and drawings that are ready to make, whether you print it, mould it or have it machined
2D Design
Hexgon provides professional 2D design, CAD Design and engineering drawing services for manufacturing and fabrication requirements. We develop detailed, accurate, and production-ready drawings with dimensions, tolerances, specifications, and technical details. Our services include manufacturing drawings, assembly drawings, sheet-metal drawings, laser-cutting drawings, and CNC machining drawings, ensuring clear communication between design and production.
What is 2D CAD Drafting?
2D CAD drafting is the process of creating technical, flat blueprints that serve as the universal language between product designers and manufacturing floors. While 3D models show what a product looks like, 2D drawings dictate exactly how it must be built.
How We Do It & The Software We Use
We translate concepts or 3D files into highly detailed, standard-compliant technical blueprints using industry leaders like AutoCAD and SolidWorks. Every drawing undergoes a rigorous internal engineering check to guarantee error-free manufacturing runs.
Why It Matters for Your Business
Without precise 2D layouts, machinist mistakes skyrocket. Our technical blueprints include critical Geometric Dimension and Tolerance (GD&T), absolute surface finish requirements, and precise material allocations to ensure your parts fit perfectly every single time, saving you thousands in wasted material.
3D Design
Our 3D design services transform concepts and engineering requirements into precise digital models suitable for prototyping and manufacturing. We specialize in 3D part modeling, mechanical assemblies, product design, sheet-metal modeling, design modifications, and engineering optimization. Our 3D models can be prepared in industry-standard formats for CNC machining, 3D printing, and other manufacturing processes.
What is 3D Product Modeling?
Our Professional CAD Design and3D parametric modeling transforms geometric constraints, initial ideas, or raw sketch drafts into highly accurate mathematical digital objects. It allows you to visualize, rotate, and stress-test your physical inventions inside a virtual sandbox before a single dollar is spent on manufacturing.
From Sketch to Solid Model CAD Design
We engineer parts from absolute scratch using powerful parametric platforms like SolidWorks, Auto-desk Inventor, and Fusion 360. We design with production intent, mapping out wall thicknesses, draft angles for injection molding, and assembly tolerances seamlessly.
Why Implement Advanced 3D CAD Design Assets?
Our clean digital files allow you to run automated interference checks to confirm moving parts won't crash into each other. We deliver universal, production-ready export formats including STEP, IGES, and STL, allowing you to seamlessly transition directly to CNC machining, sheet metal fabrication, or rapid industrial 3D printing.
Research & Development (R&D)
Hexgon supports research and development activities from initial concept through prototype and production. We work on product development, feasibility studies, reverse engineering, design optimization, and manufacturing-process selection. By combining engineering knowledge with practical manufacturing expertise, we develop innovative, reliable, and cost-effective solutions tailored to specific customer requirements.
Get in touch with our team to start your product development project.
What is Engineering R&D?
Engineering Research and Development bridges the critical gap between an abstract concept and a scalable commercial product. It involves deep material analysis, reverse engineering of legacy components, and structural optimizations to maximize real-world durability.
Our Development Framework
We combine strict analytical calculation with physical validation checks. We study your functional requirements, select the ideal engineering plastics or alloys, and iterate rapidly through physical prototype cycles using local advanced machining pipelines.
Why R&D Decides Product Success
Investing in structural R&D drastically slashes production costs by removing unnecessary mass, optimizing internal layouts, and matching your design constraints to the cheapest, most efficient manufacturing style available (e.g., sheet metal bending vs. casting).
Frequently Asked Questions (FAQ)
What do I need to start?
A sketch, photo, drawing, reference part or even a clear description. More detail means a faster quote.
Which files do you deliver?
STEP, IGES, STL, DWG/DXF and PDF drawings
How long does it take?
Simple models usually take 1 to 2 days. For bigger designs we confirm timing when we quote.
Can you copy a broken part?
Yes. We do using tools and manual caliper calculations, we map out worn, broken, or legacy physical components and reconstruct them into accurate parametric digital files.
Are my files confidential?
Yes, your files and designs are treated as confidential.
Can you also make the part?
Yes. We can 3D print it and make silicone moulds and parts, and arrange laser cutting and machining.