ODM & Certific - HisoAir

ODM Development Process

From concept assessment to mass production in a structured timeline. We turn your ideas into market-ready products with precision and scale.

Target Customers

Brands & Enterprises

Standard Timeline

6 – 12 Months

Connectivity

IoT / App Supported

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Process Overview

A structured 10-stage timeline ensuring quality from concept to mass production.

Concept Assessment

Feasibility & ROI analysis

ID / ME Design

Industrial & Mechanical Engineering

EE / SW Design

Electronics & Software Architecture

Prototyping (EVT)

Engineering Verification Test

Design Freeze

Tooling Kickoff

DVT

Design Verification Test

Certification

UL, CE, FCC, FDA, etc.

Pilot Run (PVT)

Production Verification Test

Mass Production

Scaling manufacturing

Post-Launch

Support & Sustaining

Stage Breakdown

Detailed insights into every phase of the ODM journey.

Concept Assessment

Goal

Validate product idea, technical feasibility, and ROI.

Key Tasks

Market research
Technical feasibility study
Cost estimation (BOM)
Risk assessment

Deliverables

Feasibility Report
Estimated BOM Cost
Project Timeline

Customer Input

Product Requirements Document
Target cost & volume
Reference products

Time

2–4 Weeks

ID / ME Design

Goal

Define product aesthetics and mechanical structure.

Key Tasks

Industrial Design sketching
3D modeling
Mechanical Engineering
Thermal analysis

Deliverables

2D/3D Renderings
CAD files
CMF Document

Customer Input

Brand guidelines
Aesthetic preferences
Size constraints

Time

4–8 Weeks

EE / SW Design

Goal

Develop hardware architecture and software logic.

Key Tasks

Schematic design
PCB layout
Firmware development
Cloud integration

Deliverables

Gerber files
BOM list
Firmware

Customer Input

Feature list
Connectivity needs
App wireframes

Time

6–10 Weeks

Prototyping (EVT)

Goal

Build functional prototypes to verify design.

Key Tasks

3D printing
PCBA fabrication
Assembly
Testing

Deliverables

EVT prototypes
Test reports

Customer Input

Feedback on samples

Time

4–6 Weeks

Tooling

Goal

Finalize design and create molds.

Key Tasks

DFM review
Mold flow analysis
Tooling production

Deliverables

DFM report
T0 samples

Customer Input

Design approval

Time

6–10 Weeks

DVT

Goal

Verify product meets all specs.

Key Tasks

Reliability testing
Debugging

Deliverables

DVT samples

Customer Input

Approval for certification

Time

4–6 Weeks

Certification

Goal

Obtain regulatory approvals.

Key Tasks

Lab testing
Certification submission

Deliverables

Certificates

Customer Input

Target markets

Time

4–8 Weeks

PVT

Goal

Verify mass production process.

Key Tasks

Assembly line setup
SOP creation

Deliverables

PVT units

Customer Input

Golden sample approval

Time

3–5 Weeks

Mass Production

Goal

Manufacture at scale.

Key Tasks

Mass assembly
Testing

Deliverables

Finished goods

Customer Input

PO & shipping

Time

4–8 Weeks

Post-Launch

Goal

Ensure long-term success.

Key Tasks

OTA updates
Cost optimization

Deliverables

Updated firmware

Customer Input

Feedback

Time

Ongoing

What We Can Do

Our comprehensive in-house capabilities ensure seamless transitions between every stage.

ID / CFD

Industrial Design and Computational Fluid Dynamics for optimal aesthetics and thermal performance.

Electronics / Structure

Complete PCBA design, component selection, and robust mechanical engineering.

Prototype

Rapid prototyping using CNC, 3D printing, and quick-turn PCB assembly.

Certification

Pre-compliance testing and management of global certifications (CE, FCC, UL).

Tooling

In-house mold design, DFM, and fabrication for plastics and metals.

Pilot Production

Small batch runs to validate assembly lines, SOPs, and quality control.

Mass Production Support

Scaling manufacturing, supply chain management, and continuous yield improvement.

Key Factors Affecting Timeline

Understanding these variables helps us build a realistic and achievable project schedule.

Connectivity

RF tuning, antenna design, and protocol integration (BLE, Wi-Fi, Cellular) add complexity and testing time.

Certification

Global certifications like FDA, UL, or strict medical/automotive standards require extensive lab testing.

Tooling Complexity

Multi-cavity molds, overmolding, or complex surface finishes extend tooling fabrication time.

Revision Rounds

Multiple design iterations during EVT/DVT phases directly impact the schedule.

Material Lead Time

Custom components, specialized ICs, or supply chain shortages can delay production.

Frequently Asked Questions

Can you develop versions with an App?

Yes, we have dedicated in-house software teams for iOS, Android, and cloud integration. We can develop companion apps, IoT dashboards, and manage OTA (Over-The-Air) firmware updates.

Can the timeline be shortened?

Yes. If you choose to use one of our existing, pre-certified PCBA platforms (white-labeling), we can significantly reduce the EE/SW design and certification phases, cutting the timeline by up to 40%.

Can tooling and certification run in parallel?

Pre-compliance testing can begin during the EVT/DVT phases while tooling is being finalized. However, final official certification (like FCC/CE) strictly requires production-tooled samples (from the PVT phase).

How many units are typically produced in a pilot run (PVT)?

A standard pilot run typically consists of 50 to 200 units. This volume is sufficient to validate the assembly line, train workers, finalize SOPs, and perform outgoing quality control (OQC) checks.

When does the customer need to freeze the design?

Design freeze must occur at the end of Stage 04 (EVT), right before Stage 05 (Tooling Kickoff). Any changes to the industrial or mechanical design after tooling has started will result in expensive mold modifications and schedule delays.