MOHANCAD
MOHANCAD
Transform your engineering ideas into functional, manufacturable prototypes with practical mechanical design, 3D CAD modeling, and engineering development.
We develop mechanical prototypes that help validate product concepts, improve designs, and prepare products for manufacturing.
01
A functional mechanical enclosure designed to protect internal components and validate product size, fit, and assembly.
02
Precision-designed moving mechanism used to evaluate motion, interaction, clearances, and mechanical performance.
Lightweight and rigid structural bracket designed to validate mounting positions, strength, and assembly requirements.
04
Complete mechanical assembly developed to validate component interaction, fitment, movement, and assembly sequence.
A structured engineering workflow helps turn an initial concept into a practical and testable prototype.
Understand product requirements, operating conditions, dimensions, materials, and functional objectives.
Develop detailed 3D CAD models with proper geometry, component interfaces, and assembly relationships.
Check fit, movement, clearances, dimensions, and functional requirements before prototype production.
Prepare manufacturing drawings and production-ready data for prototype fabrication or machining.
Evaluate the prototype and identify design improvements, modifications, or optimization opportunities.
Deliver an optimized, manufacturing-ready design suitable for further production development.
Every prototype is developed with engineering practicality, manufacturability, and functional performance in mind.
DISCUSS YOUR PROJECT →Material selection based on strength, weight, application, and manufacturing method.
Accurate dimensions and tolerances for proper component fit and assembly.
Prototype geometry developed for practical movement and functional testing.
CNC machining, fabrication, 3D printing, or suitable prototype manufacturing processes.
Early-stage product design and concept validation.
Prototype components and machine mechanisms.
Mechanical parts and automation mechanisms.
Research, testing, and engineering development.
Prototype tooling, fixtures, and workholding systems.
Custom mechanical systems and machine concepts.
We combine practical mechanical engineering, CAD expertise, and manufacturing knowledge to develop reliable and production-ready prototypes.
Prototype designs are developed with real engineering requirements, functionality, strength, and usability in mind.
Accurate 3D CAD models help visualize the product, verify components, and identify design issues before manufacturing.
We focus on functional prototypes that can be tested, evaluated, modified, and improved before final production.
Designs are created considering machining, fabrication, assembly, tolerances, and practical manufacturing requirements.
Prototype feedback can be quickly incorporated into CAD models to improve performance and refine the final product.
Support is provided from concept development and CAD modeling through drawings, prototype development, and design optimization.
Have an idea, sketch, existing part, or concept? Let's develop it into a practical mechanical prototype ready for testing and further manufacturing.