WHAT TO EXPECT FROM US?

Initial Consultation: We begin with a complimentary consultation to understand your needs and outline the required services.

Outcome: This session prepares the next phase by deciding on the time frame, deliverables, and specific services requested by the client.

Depending on the client's stage and needs, this phase may be skipped or include the following:

• Problem Definition and Functional Objectives: We clearly articulate the problem and define the desired functionalities. During this process, we assess whether your product requires purely mechanical services, such as 3D modeling and 3D prototypes, or if it needs more tailored solutions, including electronic and software prototyping.

• Documentation and MVP Preparation: Develop initial documentation as the first step towards preparing for a Minimum Viable Product (MVP) if needed.

• Market Analysis (upon request): Conduct market research to understand needs, evaluate potential markets, and review existing solutions.

This stage can be tailored according to the client's requirements and may include:

• Technical Evaluation: Assess the technical feasibility of the proposed product.

• Economic Assessment (upon request): Evaluate the cost-effectiveness and economic viability of the project.

• Complexity Assessment: Evaluate the project's complexity to identify potential challenges and determine whether the product is purely mechanical, mechatronic, or a smart device. This assessment helps us identify the most suitable services for your project, whether it's 3D modeling, 3D printing, or advanced tailored solutions.

• Requirements Specification: Define both functional and non-functional requirements for the project.

This service is tailored to the complexity of the required product and its current development stage. It may include:

• Conceptual Design: Create initial designs, flow diagrams, and high-level system architecture, identifying key components and interfaces.

• Mechanical Design: Develop detailed CAD 3D modeling, 3D printing and 3D prototypes for parts and assemblies.

• Electrical Design: Design circuit diagrams and select appropriate components.

• Electronic Design: Create printed circuit boards (PCBs) and choose suitable microcontrollers, sensors, etc.

• Software Design: Develop the software architecture, MVP design, and necessary infrastructure.

• Integration Design: Integrate mechanical, electrical, electronic, and software components.

This is our most popular service, where we assist clients in prototyping their products. Depending on the product's complexity, it may include:

• Rapid Prototyping: Utilize 3D printing, CNC machining, and other advanced techniques to create 3D prototypes.

• Breadboarding for Electronics: Use breadboards, Arduino, or Raspberry Pi for initial electronic circuit prototypes.

• Software Prototyping: Develop preliminary software for hardware testing.

• Progressive Testing: Conduct thorough testing at all development stages to determine if iterations are needed.

• Design Revisions: Update designs based on feedback, and repeat prototyping and testing as required.

• Patent Guidance: Provide advice on applying for patents to protect your product prototypes before production.

This service is available upon request during the final stages of product development. It may include the following:

• Pilot Production: Manufacture a small batch of the product to test the process and gather early user feedback.

• Supply Chain Management: Secure suppliers for components and materials.

• Manufacturing Plan: Complete production planning, including tooling, molds, and logistics.

• Mass Production: Execute full-scale production, implementing a monitoring strategy to address any issues and maintain quality standards. Conduct random sampling and testing of finished products to ensure they meet specifications.