AUTOMATION

Automation is not simply equipment;
it is a strategy for enabling growth and operational excellence.

Automation Systems
for Medical Device Manufacturing

Nissha Medical Technologies leverages automation, manufacturing intelligence, and process innovation to deliver scalable, high-quality medical device manufacturing solutions. Our in-house automation team supports every stage of the product lifecycle, helping customers achieve faster scale-up, improved quality, enhanced traceability, and long-term manufacturing performance.

Why Nissha Medical Technologies:

In-house automation integrated directly into manufacturing operations.
Proven experience scaling products from development to full production.
Real-time production visibility through OEE and digital manufacturing systems.
Continuous improvement driven by operational data and manufacturing expertise.
Long-term lifecycle ownership beyond initial equipment deployment.

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What is Automation in Medical Device Manufacturing?

Automation transforms manual, variable production steps into repeatable, measurable, and data driven manufacturing systems. Instead of relying on operator input or estimates, automated systems capture real production data in real time, improving quality, consistency, and decision making across every stage of manufacturing.

For regulated manufacturing environments, automation also supports better process control, automated reporting, and documentation practices that can strengthen device history record visibility, validation support, and compliance readiness.

Process	Manual	Automated
Quality Inspection	Human visual check	Machine vision 100% inspection
Data Collection	Paper-based DHR	Digital, real-time, FDA-compliant
Output Consistency	Operator-dependent	Controlled, repeatable every cycle
Throughput Scaling	Add more headcount	Increase machine speed / shifts
Performance Insight	Feelings & estimates	OEE dashboards, live data

Our Approach to Manufacturing Automation

Nissha Medical Technologies evaluates manufacturing challenges from the perspective of product quality, scalability, capacity, operational risk, compliance, and long-term business objectives. Rather than treating automation as a standalone project, we use a structured lifecycle approach to identify constraints, develop solutions, deploy manufacturing technologies, and continuously optimize performance throughout commercial production. This lifecycle approach is rooted in the principles of Manufacturing Technology Assessment and Planning (MTAP), Design for Automation (DFA), and data-driven continuous improvement.

Automation Solves Manufacturing Challenges

Production demand exceeding available capacity
Quality variation driven by manual processes
Traceability and compliance requirements
Workforce capacity constraints
Cycle time and throughput limitations
New product introductions requiring scalable manufacturing
Aging equipment and production infrastructure
Limited production visibility and performance data

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How We Transition From Manual to Automated

	Evaluate Assess product design, production volume, quality requirements, operational risks, and business objectives to determine where automation and manufacturing technologies can create the greatest value. This phase is guided by Nissha's Manufacturing Technology Assessment and Planning (MTAP) framework.
	Define Apply Design for Automation (DFA) and Design for Manufacturing (DFM) principles to improve product handling, repeatability, scalability, quality, and long-term manufacturing performance.
	Plan Develop a phased manufacturing technology roadmap with defined trigger points, production demand assumptions, budget considerations, risk mitigation strategies, and ROI expectations.
	Build Design, build, install, validate, and integrate automation systems, robotics, machine vision, controls, and manufacturing intelligence platforms within the production environment.
	Stabilization / Hypercare Support production ramp-up following Release to Manufacturing (RTM) through structured hypercare activities including OEE analysis, process optimization, operator feedback, issue resolution, validation support, and performance reviews to ensure successful adoption.
	Monitor and Optimize Use real-time manufacturing data, OEE dashboards, machine monitoring systems, and continuous improvement methodologies to identify opportunities, validate performance, increase capacity, and support long-term operational excellence.

MTAP

Nissha Medical Technologies utilizes its Manufacturing Technology Assessment and Planning (MTAP) framework to determine when, where, and how automation should be deployed throughout the product lifecycle. Rather than viewing automation as a single capital project, MTAP helps align manufacturing technologies with business objectives, quality requirements, production growth, and long-term operational performance.

Case Study: MARS

AUTOMATION SERVICES

WHAT WE DELIVER

From early product development through commercial manufacturing, Nissha Meical Technologies' in-house automation team helps customers scale production, improve quality, enhance traceability, and optimize long-term manufacturing performance. Using our Manufacturing Technology Assessment and Planning (MTAP) framework, we align automation, manufacturing intelligence, and process development with each product's lifecycle and business objectives.

Design for Automation
(DfA)

Evaluate product feasibility for automation and apply Design for Automation (DfA) principles to improve manufacturability, repeatability, scalability, quality, and long-term production performance.

Custom Automation Systems

Design and build custom automation systems, robotics, machine vision, controls, and automated test solutions tailored to product requirements, production goals, and regulatory expectations.

Automation Integration

Integrate validated automation technologies into existing manufacturing environments with minimal disruption while supporting process scalability, operator adoption, compliance requirements, and production continuity.

Lifecycle Support and Continuous Improvement

Support manufacturing systems beyond installation through startup, stabilization, hypercare, OEE analysis, optimization initiatives, and continuous improvement programs that drive long-term manufacturing performance.

Data and Manufacturing Analytics

Implement manufacturing intelligence solutions including OEE monitoring, real-time production data collection, automated reporting, dashboards, and analytics that support data-driven decision making and continuous improvement.

Manufacturing Transfers and Scaling

Whether launching a new production line, transferring manufacturing to Nissha, or relocating equipment between facilities, our team supports every stage of the transition. We help customers preserve process knowledge, reduce transfer risk, accelerate ramp-up, and ensure long-term manufacturing success.

WHY IT MATTERS

Manufacturing success requires more than equipment. By combining automation, manufacturing intelligence, and continuous improvement, Nissha Medical Technologies helps customers improve quality, increase capacity, reduce operational risk, and make better decisions using real-time production data.

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Continuous Improvement

Data-Driven Optimization

Real-time production data helps identify recurring sources of downtime, scrap, labor inefficiencies, and lost throughput. These insights allow teams to prioritize improvements based on measured performance rather than assumptions.

100% Inspection

Machine Vision and Automated Verification

Automated inspection technologies help verify critical-to-quality requirements, improve consistency, support traceability, and reduce dependence on manual visual inspection.

OEE and Manufacturing Intelligence

Not Estimates

Live dashboards, manufacturing analytics, and OEE monitoring systems provide production teams with real-time visibility into machine performance, quality metrics, downtime events, and continuous improvement opportunities.

WHAT SETS US APART

Most CDMOs outsource automation to third parties. Nissha Medical Technologies’ in-house team means faster response, deeper integration, and continuous improvement that doesn't stop at installation. Nissha Medical Technologies combines in-house automation engineering with manufacturing, quality, tooling, IT, and operations expertise. This integrated model allows automation to be designed around real production needs, supported during launch, and continuously improved after deployment.

	Design for Automation Starts Earlier Through Design for Automation (DfA) and MTAP planning, we evaluate manufacturability, scalability, quality requirements, and automation feasibility early to reduce rework and improve production readiness.
	In-House Automation Team Unlike many CDMOs that outsource automation, Nissha's automation engineers work directly within the manufacturing environment. This reduces handoffs, improves responsiveness, and ensures solutions are aligned with real production needs.
	Cross-Functional Manufacturing Support Automation, manufacturing, quality, validation, tooling, IT, and operations teams collaborate throughout the project lifecycle to support production readiness, compliance, and long-term success.
	Data-Driven Continuous Improvement Real-time machine data, OEE dashboards, and production analytics help teams move from assumptions to evidence-based decision making while identifying opportunities for ongoing optimization.
	AI and Machine Learning Machine learning models applied to production data to predict quality issues before they impact output.

Hypercare

Our Differentiator

Unlike traditional CDMOs, support does not end at installation. We actively monitor performance, validate results, and optimize systems to ensure long term success.

Let's Optimize Your Process

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We can Help

Our team is standing by to help you with your next project! Contact us today!

Global Headquarters
400 Exchange Street. Buffalo, NY 14204
P: +1.800.893.6361
E: dm.info@nisshamedical.com
E: dm.orders@nisshamedical.com