SERVICES

3D CAD MODELLING

FINITE ELEMENT ANALYSIS

CFD ANALYSIS

3D PRINTING & RAPID PROTOTYING

TECHNICAL DRAWING

RENDERING

SHEET METAL

REVERSE ENGINEERING

Precise 3D modeling and assemblies using SolidWorks, Fusion 360, and Inventor. Fully parametric designs allow easy revisions and future scalability. Models include complex surfaces, assemblies, and moving components, ready for manufacturing or prototyping. Deliverables include STEP, STL, DWG, and production ready drawings.

Parts and assemblies can be analyzed virtually for stress, deformation, thermal loads, and safety factors. Simulations help predict performance under real world conditions, reduce physical prototyping, and prevent costly design errors. Supports structural, thermal, and combined load cases for reliable engineering decisions.

Fluid flow and heat transfer simulations optimize designs for efficiency, safety, and performance. Evaluate velocity, pressure, and temperature distributions to prevent bottlenecks or overheating. Applicable to cooling systems, fluid channels, and heat exchangers to ensure designs function as intended.

Models are prepared and optimized for 3D printing and additive manufacturing. Geometry is adapted for printability, strength, and material efficiency. Supports functional prototypes, fit checks, and design iterations to speed up development cycles.

Clean, precise 2D drawings generated from 3D models, including dimensions, tolerances, exploded views, and assembly instructions. Drawings are production-ready, ensuring smooth communication with manufacturers and clear documentation for quality control.

Realistic renderings highlight product aesthetics, materials, and finishes. Suitable for presentations, marketing, and design validation. Visualizations can include exploded views, assembly sequences, and photorealistic materials to communicate form and function effectively.

Sheet metal parts designed for manufacturability, including bends, cuts, tabs, and fold patterns. Flat patterns and assembly-ready models provided to simplify fabrication. Designs account for material thickness, bend allowances, and standard manufacturing constraints.

Physical parts can be digitally recreated as editable CAD models. Supports 3D scanning, measurement extraction, and recreation of complex geometries. Models can be modified, analyzed, optimized, or reproduced for manufacturing, redesign, or documentation purposes.

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