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Medical Device

Background

Medical device and regulated manufacturing covers the development and production of devices and systems used in diagnosis, treatment, monitoring, and care delivery, under strict quality, documentation, traceability, and regulatory controls.

The Problem

A high-growth medical-device-adjacent manufacturer faced explosive global demand while operating in a highly regulated environment. The organization needed to rapidly scale production across multiple international locations while meeting ISO 13485 and FDA compliance requirements. Facilities lacked standardized processes, validation structures, and documentation systems, creating significant risk to product quality, regulatory approval, and launch timelines.

Case Study

Our Solutions

A global manufacturing scale-up strategy was executed, combining facility deployment, process standardization, and regulatory readiness. New production sites were designed and launched with cleanroom environments and compliant manufacturing systems. Over 200 automated processes were qualified using structured IQ, OQ, and PQ validation protocols. Real-time data tracking and reporting systems were implemented to ensure operational visibility and audit readiness.

Hands-on operational leadership supported line bring-up, workforce training, and process stabilization, while documentation systems were built to meet regulatory submission requirements. The focus remained on balancing speed of execution with disciplined compliance.

The Results:
The organization successfully launched and scaled operations across 10+ global facilities within months, meeting aggressive market demand while maintaining regulatory compliance. All production lines achieved validation readiness, enabling product approval and sustained commercial supply. The transformation established a scalable operating model capable of supporting continued global expansion in a highly regulated environment.

Where AAS Adds Value:
AAS helps organizations bridge the gap between rapid growth and regulatory discipline—delivering compliant, scalable manufacturing systems while accelerating time-to-market. Whether scaling new facilities, preparing for FDA audits, or stabilizing underperforming operations, AAS brings hands-on execution to ensure readiness without slowing growth.

Related Insights

Industrializing New Products for Repeatable Launch Success

The Problem:
A global product organization faced recurring challenges launching new products into production. Designs were frequently released with low maturity, creating downstream disruption in manufacturing and supply chain readiness. Early production runs suffered from poor yield performance, excessive rework, and inconsistent process capability. Supplier selection was not aligned with product requirements, and operational teams were brought in too late to influence design decisions—resulting in delays, cost escalation, and inefficient production ramp.

The Approach:
A structured industrialization framework was implemented to bridge the gap between engineering and operations. Design for Manufacturing and Excellence (DFM/DFX) principles were embedded early in the development process, ensuring manufacturability, quality, and scalability were addressed before release.

A dual-track development model was introduced, enabling parallel execution of engineering builds and operational line validation. This allowed early verification of process repeatability and statistical correlation between prototype and production environments. Vendor selection tools were developed to align supplier capabilities with product requirements, supported by performance-based metrics to improve accountability across the supply base.

Critical-to-quality prioritization was established to focus resources on the most impactful design and process elements. Cross-functional teams were aligned through clear ownership, structured KPIs, and disciplined execution routines.

The Results:
First-pass yield improved dramatically—from approximately 30% to near 100%—reducing rework, scrap, and overall production cost. Product launches transitioned from reactive, high-risk events to structured, predictable processes. Over successive product cycles, the organization reduced the number of required production lines, minimized labor intensity, and streamlined the supplier base—resulting in significant capital efficiency gains.

Most importantly, the transformation created a repeatable industrialization playbook that enabled faster, more reliable product launches across multiple programs and global locations.

Where AAS Adds Value:
AAS helps organizations turn product innovation into reliable, scalable production. We bring hands-on execution to industrialize new products—aligning engineering, supply chain, and manufacturing to deliver repeatable launch success. Whether supporting NPI, accelerating ramp readiness, or stabilizing early production, AAS ensures your products reach the market faster, with higher quality and lower cost.

Restoring Performance in an Underperforming Operation

The Problem:
A multi-site manufacturing operation was significantly underperforming, with declining margins, inconsistent output, and limited visibility into root causes. One key facility operated at approximately 8% EBITDA, with inefficiencies across production, labor utilization, and material flow. Data existed but was not actionable, accountability was inconsistent across shifts, and improvement efforts lacked structure and measurable outcomes.

The Approach:
A rapid operational assessment was conducted to identify primary sources of waste, inefficiency, and performance variability. Data was analyzed at a granular level to highlight key loss drivers across production, quality, and labor performance. Based on these insights, a structured improvement roadmap was developed, prioritizing high-impact areas.

Lean methodologies were deployed across the operation, supported by targeted Kaizen events to eliminate waste and improve flow. Gemba-based management routines were established to create daily visibility and accountability at the shop floor level. Clear, realistic KPIs were implemented to track performance across shifts, enabling transparency and alignment throughout the workforce.

Leadership engagement was strengthened through structured routines and ownership models, ensuring that improvements were sustained and continuously reinforced.

The Results:
The operation achieved a significant performance turnaround, improving EBITDA from approximately 8% to over 16% within 15 months. Productivity increased, waste was reduced, and operational stability improved across all shifts. The workforce became more engaged and aligned through clear expectations and measurable performance metrics.

Most importantly, the organization transitioned from reactive problem-solving to a disciplined, proactive operating model—capable of sustaining performance improvements and supporting future growth.

Where AAS Adds Value:
AAS specializes in restoring performance in challenged operations through hands-on execution and rapid impact. We don’t just identify problems—we implement solutions, build accountability, and deliver measurable results. Whether stabilizing a struggling facility or transforming multi-site operations, AAS brings the experience and discipline needed to drive sustainable improvement.

Scaling Operations Without Losing Control

The Problem:
A high-growth global organization experienced rapid expansion across multiple regions, with increasing demand driving the need for new facilities, additional production lines, and expanded supplier networks. While revenue growth was strong, operations struggled to keep pace. Processes varied by location, performance visibility was limited, and leadership lacked consistent control over execution. The organization faced growing pains—quality inconsistencies, delayed product launches, and inefficient use of capital and labor.

The Approach:
A structured scaling framework was implemented to bring control and consistency to the organization while maintaining growth momentum. Standard operating models were defined across sites, aligning processes, KPIs, and management routines to ensure consistent execution globally.

Operational playbooks were developed to guide facility ramp-up, production line deployment, and workforce onboarding. Real-time performance tracking systems were introduced, connecting site-level execution to leadership visibility. Gemba-based routines and accountability structures were implemented to reinforce discipline at the shop floor level.

Supplier networks were rationalized and strengthened to support scalable growth, while production strategies were optimized to balance capacity, efficiency, and demand variability. The focus remained on building systems that scale—not just adding resources.

The Results:
The organization successfully expanded its global footprint while maintaining operational control, improving consistency in quality, delivery, and cost performance. Production ramp timelines improved, capital deployment became more efficient, and workforce productivity increased. Leadership gained real-time visibility into operations, enabling faster and more informed decision-making.

Most importantly, the company transitioned from reactive growth to controlled, scalable execution—building a foundation capable of supporting sustained expansion without sacrificing performance.

Where AAS Adds Value:
AAS helps organizations scale with discipline—ensuring growth does not come at the expense of control. We bring hands-on experience in building operating systems, aligning global teams, and establishing the structure needed to support expansion. Whether launching new sites, expanding production, or managing rapid demand growth, AAS ensures your operations scale efficiently, predictably, and sustainably.

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