Manufacturing Support

Manufacturing support at CLEIO is delivered within a flexible, product-first approach, providing end-to-end involvement from prototype builds through supplier sourcing, cost optimization, and support for full-scale production.

Comprehensive Manufacturing Support Services for Advanced Technologies

CLEIO applies a unified regulated product development framework to physical hardware, software applications, IoT systems, and medical devices, ensuring consistent quality and compliance across every product category.

Physical & Hardware Products

Industrial equipment, medical devices, and consumer hardware requiring mechanical, electronic, and manufacturing integration.

Connected & Embedded Systems

Regulated development of physical hardware, including industrial equipment, consumer devices, and specialized mechanical systems.

Regulated & Quality-Critical Products

Products developed under strict compliance frameworks, including medical and other regulated technologies.

Facing roadblocks with your regulatory roadmap? Need external support? Our experts will answer your questions, help you navigate challenges, and guide you through every stage of your product development journey.

EXPERTISE

Our Manufacturing Support Services Align Design, Engineering, and Production

Manufacturing support services at CLEIO integrate Design for Excellence (DfX) principles from the earliest development phases. Design and engineering teams collaborate to define clear technical and production requirements, reduce late-stage risks, and establish a structured path to scalable production.

Core Activities

Manufacturing Support Services

Manufacturing support services require structure, a clear supply strategy, cost control, and strong quality oversight to move a product from development to production. CLEIO ensures that every engineered product can be manufactured reliably, cost-effectively, and in full regulatory compliance through a structured transition from design intent to production reality.

Supplier Sourcing & Qualification

We identify and qualify suppliers through our ISO 13485-certified QMS, to build a robust supply chain and ensure technical capability, quality control, and regulatory alignment.

Design for Manufacturing (DfM)

We validate manufacturability with selected suppliers while preserving design independence, confirming feasibility and resolving constraints early in the development cycle.

Manufacturing Cost Estimation & Competitive Bidding

We obtain detailed supplier quotations based on projected volumes and components to support competitive bidding to secure optimal production pricing.

Production-Ready Technical Package

We deliver a complete, client-owned documentation set (including manufacturing files/DMR) that supports smooth transfer to contract manufacturers and regulatory readiness.

Contract Manufacturing Transfer

We collaborate closely with selected manufacturers through production while maintaining your ownership, pricing leverage, and long-term supply chain flexibility.

In-House Assembly & Production Testing

When it is the most suitable solution for your product or your needs, we can manage procurement, perform in-house assembly, and execute production testing for as long as necessary to ensure all steps are mature.
SOLUTIONS

Why Manufacturing Support Services Require Rigor, Cost Control, and Flexibility

Manufacturing support services bridge the critical gap between product development and production. CLEIO, as an independent product design and engineering firm, guides this transition with a structured, cost-focused approach that preserves design freedom and full product ownership.

Your Challenges

Our Solutions

CERTIFICATIONS

Built for Regulatory Approval from Day One

CLEIO structures its quality management system and product development process to align from day one with FDA, Health Canada, EU MDR, and other global regulatory requirements.

ISO 13485:2016

Quality Management System

ISO 14971:2019

Risk Management

IEC 62304:2016

Software Lifecycle for Medical Device

IEC 60601-1

Electrical Safety for Medical Electrical Equipment

IEC 62366-1

Usability Engineering for Medical Device

Quality-Driven Medical Device Development

Quality standards and certifications define how new product development is evaluated for safety, consistency, and reliability. At CLEIO, product development aligns with recognized standards that guide products from early concepts to market readiness.
CLEIO’s ISO 13485 certification means that development activities follow audited processes and comply with quality requirements. This certification demonstrates adherence to internationally recognized standards for design control, risk management, and validation.
PROJECTS

The Latest Products We’ve Guided to Production

From life-saving MedTech innovations to cutting-edge digital solutions, explore our latest projects.

Osmolarity Test Device for Dry Eyes

We improved the design of a dry eye detection device, while supporting I-MED in its product manufacturing.

Iontophoresis Medical Device for At-Home Treatment

We provided our expertise to Dermadry to transform their patent-pending technology into a non-invasive, extremely user-friendly, and certified device.

High Performance Pressure Washer

We transformed a concept into a market-ready product, managing both design and technical development.

What Our 300+ Partners Say About Us

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Free Access to 1:1 Consultation with Product Experts

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Product Development Resources Recommended for You

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DFM identifies machining, molding, and assembly constraints early in development. This reduces production defects, lowers part costs, and accelerates time to market.
Documentation typically includes tolerance drawings, material certifications, FMEA reports, CAD datasets, and verification protocols. These deliverables demonstrate engineering rigor and support regulatory audits.
Rapid prototypes validate form and concept using additive manufacturing or soft tooling. Production-ready prototypes confirm manufacturability, material behavior, and real-world durability.
Supplier expertise directly affects precision tolerances, material consistency, and production throughput. Reliable sourcing minimizes defects and stabilizes manufacturing costs.
Design transfer involves documentation release, tooling validation, production workflows, and quality checkpoints. This ensures the manufactured device aligns precisely with the engineered intent.
DFM aligns the layout, tolerances, and component placement with the capabilities of EMS providers. It reduces assembly defects, shortens lead times, and improves production yield.
Medical electronics follow IEC 60601 and integrate safety risk controls at every development stage. They require extensive validation, documentation, and traceability to support regulatory certification.