Our robust and proven step-by-step process translates an idea into a market ready reality.

Study

This phase lays the foundation for a successful product.

We start by defining the scope, target market, expected features, design requirements, and pricing strategy. Then, we conduct a feasibility study. We compare performance goals and costs, explore other options and improvements, and identify any risks early. We will also provide a rough cost estimate that includes tooling, development, and certification.

This will determine the best course of action based on your goals and budget.

    • Scope of Service

    • Product Features & Performances

    • Design Requirements (Aesthetic & Functional)

    • Audience

    • Market

    • Product Price

    • Order Quantity

    • Schedule

    • Product Features & Performances VS Product Costs

    • Best Price Recommendation

    • Additional Features

    • Risks and Solutions

    • Cost Estimation (BOM, Development, Tooling & Certification)

Development

Once we’ve outlined the idea, we get to work on developing it. This is where your product starts to take shape, both inside and out. Each step is tested and documented, so by the end of this phase, we have a product that’s ready for manufacturing, not just in theory, but in practice.

    • Functional Product Specification

    • Define choice on key elements and architecture

    • Electronic Specification

    • Software and Firmware specification

    • Target Power Requirements

    • Target Electronic Cost

    • Qualification Test Plan

    • Architecture

    • Schematic

    • PCB routing

    • 2D Sketch

    • 3D Design

    • Rendering

    • PCB

    • PCBA

    • 3D Print CNC

    • Test & Verifications

  • Performance Report

    • •Qualification testing (EP, FEP) (test plan)​

      •Reliability testing (FEP, Tooled sample, ES)​

      •Regulatory testing (EP, FEP)​

    Pre-Certification Test

    • •ESD, EMC, R&TTI, LVD, …​

    • Testing specifications (to build test jigs)

    • Assembly specifications​

    • PCB Gerber files and production specifications​

    • Detail BOM component list

    • Firmware & Firmware programming specifications

    • Mechanical step files, color & texture specifications​

    • Building tooling for plastic and metal parts

    • First shot after 8 weeks

    • Tests of fitting, texture, color & adjustment

    • Building all documentation for laboratory to provide list of standards and quotation

    • Preparation and submission of samples

    • Preparation of special firmware for testing

    • Technical support to lab during test

    • Engineering Sample

    • Pre-Production

    • Mass Production

Production

This is where things get real. We shift from prototypes to full production with a focus on quality, efficiency, and scalability.