Design & Development

Imagination.
Invented Here.

Product development built around patient safety, ease of use and a practical path from healthcare requirement to controlled production.

No Compromises on Health & Safety

Designed Around the People
Who Depend on the Product

Patient safety and ease of use are central considerations in GMI’s approach to medical product design and development. Products should support healthcare professionals while helping reduce avoidable risk for the patients they serve.

This requires more than appearance. Product dimensions, materials, construction methods, component relationships, handling and expected use conditions must work together as one considered system.

A dependable healthcare product begins with a clear understanding of its purpose, its user and the environment in which it will be used.

01 Safety / Usability / Manufacturability

Technical Documentation

Blueprints That Translate Product Intent Into
Production Detail

Clear technical drawings create a shared reference for design, engineering, tooling, production and quality teams. Each blueprint brings component relationships, dimensions, materials and critical details together before manufacturing moves forward.

01
Nebulizer Mask Set
Exploded assembly, dimensional views, connector details and material specifications.

02
3 Way Stopcock
Component construction, port details, cross-section and dimensional controls.

03
Nasal Oxygen Cannula
Tubing system, prong geometry, connector details and material specifications.

04
Plastic Apron
Material thickness, sealing method, dimensions and packaging configuration.

05
Oxygen Mask
Mask assembly, dimensional views, component details and material requirements.

From Idea to Production

We Make the Development
Path Clearer

GMI works closely with clients to understand project objectives, evaluate requirements and coordinate the decisions needed to move a product toward production.

01
Project Initiation
Clarifying intended use, users, product goals, priorities and project starting point.
02
Design Planning
Translating requirements into dimensions, materials, components and practical design criteria.
03
Prototype & Evaluation
Reviewing samples, usability, component relationships and manufacturing feasibility.
04
Testing & Readiness
Evaluating critical product characteristics and preparing the design for its next controlled stage.
05
Implementation
Connecting approved design decisions with tooling, production, assembly, packaging and quality controls.

Listen / Evaluate / Develop

Development Through Collaboration

Understanding the Requirement Before Defining the Solution

Every project begins differently. A client may bring an early idea, a reference sample, technical drawings, an existing product or a complete specification. Our role is to understand that starting point and help define a practical route forward.

Product Purpose

What the product must do and who will use it.

Technical Requirements

Dimensions, materials, functions and component relationships.

Production Context

Expected volume, assembly, packaging and manufacturing needs.

Quality Priorities

Critical characteristics that require careful evaluation and control.

Engineering for Manufacturing

A Good Product Design Must Also Be Ready to Make

Design decisions influence tooling, material behavior, repeatability, assembly, packaging and quality inspection. Development therefore considers both the product experience and the realities of production.

Dimensional Review

Evaluating size, fit, tolerances and relationships between components.

Material Evaluation

Considering performance, handling, processing and intended application.

Usability Consideration

Reviewing how healthcare professionals and patients interact with the product.

Risk Awareness

Identifying design details that may affect reliability, safety or consistent use.

Production Feasibility

Aligning the design with suitable processes, tooling and assembly methods.

Quality Planning

Defining characteristics that should be checked throughout development and production.

Prototype, Review, Refine

Learning Before Larger Production Commitments

Prototypes and early-stage samples create an opportunity to review form, dimensions, component interaction, usability and assembly before a design moves further into production preparation.

Feedback from engineering, production and quality teams helps identify practical improvements while changes remain easier to evaluate.

Concept and sample review
Dimensional evaluation
Component fit assessment
Assembly method review
Material consideration
Pre-production refinement

People Dedicated to People

Experience Connects Every
Design Decision to Its Purpose

Our teams take great care in developing healthcare products intended to be reliable, safe and effective. Collaboration between design, engineering, manufacturing and quality helps keep practical healthcare needs visible throughout the project.

Preparing for Production

From an Approved Direction
to a Controlled Process

Development continues by connecting product requirements with the equipment, materials, tooling, documentation and quality controls needed for repeatable manufacturing.