Rapid designing and prototyping using AutoCAD and 3D printing.
Design and creation of custom molds to streamline manufacturing process, reduce production times, and enhance precision.
Injection molding and blow molding to create unique parts or products meeting specifications.
Material selection and testing to improve performance, durability and cost.
Mass production to meet scaled deployments with printing, packaging and shipping options providing a direct-to-consumer solution.
Digitize, revise and modify existing products to reverse engineer and optimize product functionality.
Concept development and collaborative brainstorming and ideation sessions to transform initial ideas into practical, innovative designs.
3D Modeling to create detailed models to ensure precise engineering specifications for prototypes.
Design for functionality and aesthetics to optimize drawings for user experience, ergonomics and visual appeal.
Functional testing to assess a prototype’s real-world performance.
Evaluate strength, wear resistance, and longevity of materials to ensure durability and suitability for end-use applications.
Simulating operational loads, pressure and stresses to identify weak points, ensuring the design can withstand necessary forces and conditions over time.
Process optimization to improve efficiency and reducing production costs.
Updating and improving existing designs based on feedback and industry developments.