Key Takeaways

• In 2026, manufacturers will focus on total value instead of just labour costs, with right-shoring being a key strategy.
• Sustainability and compliance have become essential criteria for OEMs when selecting EMS partners.
• The sourcing environment has stabilised, yet risks remain, particularly in semiconductors and specialist materials.
• OEMs will expect earlier engagement in product development, data-driven manufacturing, and flexible operations from EMS providers.
• UK EMS sector enters 2026 with improved capabilities, emphasizing the importance of partnerships and transparency.

As we move into 2026, many of the manufacturing trends that shaped 2025 have evolved into firmer strategic expectations. Last year, right‑shoring continued to outperform reshoring, with OEMs basing decisions not on labour cost, but on total value – quality, risk, flexibility, lifecycle support and long‑term resilience. Industry bodies such as Make UK and TechUK continue to emphasise the importance of UK electronics manufacturing for complex, regulated and medium‑volume products. When supported by strong quality systems and established global sourcing networks, UK EMS partners remain a commercially compelling choice. The most successful right‑shoring strategies were those developed collaboratively, with clear evaluation of cost, risk and performance from the outset.

By Neil Owen

Sustainability and Compliance: Now Core Buying Criteria

Throughout 2025, sustainability made the shift from ambition to requirement. OEMs increasingly expect EMS partners to demonstrate measurable progress across ESG performance, compliance transparency and digital traceability. Guidance from TechUK, the OECD and the World Economic Forum continues to link sustainability with supply‑chain resilience, competitiveness and responsible growth. As a result, sustainability can no longer be treated as a parallel workstream – it is now embedded directly into partner selection, governance frameworks and risk management. The strongest momentum has come from EMS providers and OEMs who align objectives, data and accountability early in the relationship.

Sourcing in 2025: More Predictable, Yet Still Exposed

The sourcing environment improved over the past year, driven by stronger planning discipline, better visibility and closer collaboration between OEMs, EMS providers and global suppliers. Lead times stabilised across many component groups, and availability improved compared with the volatility seen in previous years.

However, the risk landscape did not disappear – it simply became more selective. Localised disruptions within specific semiconductor categories highlighted ongoing sensitivity to geopolitical tensions and regional concentration. Demand for memory and advanced semiconductors continued to increase, particularly for storage‑intensive and AI‑driven applications, applying pressure in focused areas of the market.

Specialist PCB materials, particularly high‑performance laminates, also experienced constraints as tariff changes between the United States and China affected cost structures and availability.

As a result, effective sourcing in 2025 was defined not by broad‑based shortages, but by early identification and mitigation of targeted risks. Multi‑tier sourcing, proactive lifecycle management and transparent communication with all stakeholders proved essential in sustaining continuity, compliance and commercial stability.

What OEMs Will Expect from EMS Providers in 2026

Looking ahead, several priorities are becoming baseline expectations:

• Earlier Engagement in Product Development
  Design for Manufacturing (DfM), Design for Test (DfT) and Design for Supply Chain embedded from the outset.
• Data-Driven Manufacturing
  Digital integration, real-time visibility and lifecycle traceability as standard.
• Flexible Capacity and Agile Operations
  The ability to respond to ongoing forecast volatility without compromising quality or compliance.
• A Partnership-Led Commercial Model
  Long-term collaboration delivering stronger outcomes than transactional engagement.

The Outlook for 2026

The UK EMS sector enters 2026 with stronger operational discipline, enhanced capability and a more strategic focus on value. Uncertainty remains, but demand for electronics continues to grow across MedTech, industrial technologies, green solutions and connected systems. UK manufacturing will remain essential for complex, regulated and medium‑volume applications where quality, speed, sustainability and partnership matter most.

Ultimately, success in 2026 will be driven by insight, adaptability and integrated partnerships built on transparency, shared objectives and long‑term value.

The post Right‑Shoring, Resilience and a More Strategic EMS Landscape in 2026 appeared first on NOTE.

At NOTE, we have seen these changes ourselves. They give us important insights into how the EMS sector is evolving.

Operational Excellence Through Continuous Improvement

This is more than cutting costs. It’s about building lasting value with smart investments and better processes.

Modern EMS facilities are adopting Industry 4.0 principles. They use advanced automation systems and data analytics. This helps streamline the whole manufacturing process. At NOTE’s European sites, our smart investments in automation have really paid off.

– Production throughput and consistency

– Quality control metrics

– Resource optimisation

– Operational cost management

– Manufacturing flexibility

This experience shows an important industry principle. Keeping up with operational capabilities is not just about staying competitive. It’s also about getting ready for future challenges and opportunities.

Supply Chain Resilience in a Global Market

Recent years have taught the electronics industry valuable lessons about supply chain vulnerability. Successful EMS providers have faced big challenges with lead times and component availability. So, they have created stronger and more flexible supply chain strategies.

Effective supply chain management now requires a dual approach:

Proactive Measures:

– Advanced forecasting and inventory management systems

– Implementation of vendor-managed inventory programs

– Development of strategic supplier partnerships

– Regular supply chain performance reviews

– Multi-source qualification for critical components

Reactive Capabilities:

– Rapid response teams for supply chain disruptions

– Alternative sourcing strategies

– Buffer stock management

– Real-time supply chain monitoring

– Flexible logistics solutions

At NOTE, we’ve learned that local agility and global reach are key. Recent supply chain disruptions hit the industry hard. EMS providers with diverse sourcing networks and solid supplier relationships showed more resilience. This model shows that strong, flexible supply chain networks matter. It’s not for one company; it’s a key principle for all.

Engineering Partnership in New Product Introduction

Innovation in consumer and industrial markets needs more than manufacturing skills. It calls for real engineering partnerships. Successful product launches with various OEMs share key elements in their development approach.

Modern NPI programs should incorporate:

– Early supplier involvement in design decisions

– Design for Manufacturing (DFM) consultation

– Rapid prototyping capabilities

– Advanced testing and validation processes

– Seamless transition to volume production.

NOTE’s Speed Assembly Service for prototyping speeds up time to market. It shows how dedicated NPI resources can help. This lesson is important for the whole industry. When EMS providers partner as tech experts, the benefits last throughout the product’s life cycle.

Looking Forward

The EMS industry keeps changing. This shift is due to new technology and market needs. Success in this environment needs more than making things. It emphasises ongoing improvement, effective supply chain management, and collaboration with engineering partners.

The future of electronics manufacturing lies in:

– Strategic technology investments that enhance operational capabilities.

– Companies balance global sourcing strategies with local expertise.

– Advanced prototyping and engineering support services.

– Flexible manufacturing solutions that adapt to market demands.

– Sustainable practices that ensure long-term industry viability.

At NOTE and in the EMS sector, success isn’t about adapting to change. It’s about taking an active role in shaping the future of electronics manufacturing. We achieve this through innovation, collaboration, and a strong commitment to manufacturing excellence.

The post Today’s Market Priorities appeared first on NOTE.

Choosing the right contract electronics manufacturing (CEM) partner is a crucial decision in the electronics manufacturing industry. Their technical expertise directly influences the quality, efficiency, and overall success of your project. To determine if an electronics manufacturer meets your business needs, consider these key factors:

Industry Experience and Expertise

Evaluate the potential partner’s experience. How long have they been operating and do they have a track record of handling projects similar to yours? A company with extensive industry experience brings valuable knowledge and insight, essential for managing complex or specialised projects.

Technological Capabilities

Review the manufacturer’s process capabilities. This should include their manufacturing equipment limitations, levels of assembly automation, process controls and  test and inspection knowhow.  Previous and near future planned investments into cutting-edge technology is a good indicator of their attitude towards continuous improvement.

Supply Chain Management

Assess their supply chain management abilities. You are looking for strong relationships with reliable suppliers, collective group spend and an efficient logistics system.  All of which are critical for timely and cost-effective material procurement.

Operational Flexibility and Scalability

Consider their capacity to scale and adapt to different project requirements. Can they handle a range of production needs, from low-volume, high-mix to large-scale production? Flexibility in operations is essential for a versatile and reliable manufacturing partner.

Communication and Customer Support

Look at how they will communicate with you.  Are their multiple lines of communication that will create and effective matrix, joining the relevant professionals within each organisation together.  A true partnership only happens when the traditional customer/supplier barriers are removed.  Openness, trust and transparency are fundamental to long term partnerships.

Regulatory Compliance

Confirm that the CEM adheres to all relevant industry standards and regulations, especially if you operate in highly regulated sectors such as medical or automotive.

Quality and Performance

In conclusion, a thorough assessment of a CEM’s full capabilities is essential as your long-term success relies on you selecting the right partner.   Therefore, choose your manufacturing partner that has a strong strategic fit with your business and that makes good commercial sense.

The post Choosing the Right Partner: Your Key to Success appeared first on NOTE.

As NOTE UK marks its 41st anniversary, it’s a great time to look back at how the Electronic Manufacturing Services (EMS) industry in the UK has evolved. Over the years, the EMS industry has seen significant changes, driven by new technologies and shifting market demands. Several key developments have occurred:

• Automation: We’ve moved from simple assembly lines to advanced automated systems, including robotics, which have greatly improved manufacturing efficiency.
• Globalisation: The ease of access to global supply chains has dramatically reduced the cost of materials available to the UK and helped reverse the decline of UK manufacturing.
• Internet of Things (IoT): IoT-enabled devices along with electric cars has created a surge in demand for electronics and the raw materials used within the components.
• Artificial Intelligence (AI): We have been talking about industry 4.0 for nearly ten years and how automation was the next major milestone in the worlds industrial journey.  However, it will be the addition of AI to our processes which will truly revolutionise manufacturing this century.

Looking Ahead: The Future of EMS

Several emerging trends are set to shape the future of the EMS industry:

• The Growing Importance of Cybersecurity: As manufacturing processes become more interconnected, cybersecurity becomes crucial.  Protecting customer’s intellectual property and ensuring data integrity are essential for maintaining trust.
• Supply Chain Dynamics: Recent global events and geopolitical changes have highlighted the vulnerability in supply.  There is an overreliance on raw material mining, silicone fabrication and some OEM component manufacturers.  Consequently, we should expect to see more countries, not just the USA, look closer to home for manufacturing and the supply of critical parts.
• Advancements in AI and Machine Learning: As mentioned, AI and machine learning will continue to transform the manufacturing industry.  This will include the whole value chain – i.e. design, production, test, delivery and customer service.  This will ultimately reduce the ratio of people required to achieve the same output.  This being true, this will also help countries manufacture locally as wage costs will be less significant in the overall cost.
• Sustainability and Green Manufacturing Practices: Environmental concerns are pushing some of the world toward greener practices.  There is clearly still a long way to go for everyone.  However, we should expect to see more accountability and customer buying decisions influenced by our ability to manufacture using only sustainable resources.

Why Choose NOTE UK as Your Electronics Manufacturing Partner

At NOTE UK, we focus on delivering excellence in everything we do. Our commitment to quality and customer satisfaction makes us the ideal partner for your electronic manufacturing needs. Here’s what we offer:

• Service: We put personalisation at the heart of our service. We tailor our solutions to fit your specific needs, guiding your projects smoothly from concept to completion. Our team works as an extension of yours, dedicated to bringing your vision to life.
• Quality: For us, quality isn’t just about meeting standards – it’s about setting them. With cutting-edge technology and attention to detail, we make sure every aspect of our work exceeds your expectations. The superior performance and reliability of our products reflect our commitment to quality.

The post The Evolution of EMS in the UK appeared first on NOTE.

In electronics manufacturing, the cost of your PCB assembly (PCBA) isn’t defined solely by materials, components, or labour. A significant part of your total cost is influenced directly by how you design your board. Careful decisions around pad geometry, spacing, thermal relief, silkscreen placement and component proximity can dramatically impact yield, quality and throughput.

At NOTE, we work with designs from simple two‑layer boards through to complex 26‑layer HDI flex‑rigid assemblies. Across all this diversity, one principle is consistent:
Designing for manufacturability (DfM) is one of the fastest, most effective ways to reduce cost.

1. Pad Design: The Foundation of Reliable Assembly

Pad geometry plays a critical role in achieving stable solder joints. Poor pad design can cause misalignment, component movement during reflow, and increased rework.

Key considerations

• Follow manufacturer‑recommended pad shapes and dimensions.
• Use symmetrical pad designs to avoid differential heating.
• Avoid overly large pads, which can pull components during reflow.

Why this matters

Better pad design improves first‑time yield, reduces manual intervention and ensures consistent results across production runs.

2. Pad Gaps: Precision That Reduces Defects

Fine‑pitch components such as 0201 parts demand accurate pad spacing. Even small variations can cause soldering issues, including tombstoning.

Best practice

• Aim for a 0.2 mm pad‑to‑pad gap, or slightly less depending on the footprint.
• Review CAD library settings to ensure defaults match your manufacturing needs.

Result

A more stable solder fillet and improved reflow consistency across all miniature components.

3. Thermal Relief: Balanced Heating for Better Reflow

Uneven heat distribution between pads is one of the most common causes of tombstoning. Proper thermal relief design ensures pads heat at similar rates.

Design guidelines

• Include thermal relief patterns when connecting pads to copper pours.
• Avoid overly large spokes or large copper connections that soak heat excessively.
• Manually adjust thermal relief for compact or intricate areas where automation may be insufficient.

Outcome

Consistent heating, fewer lifted components and higher overall yield.

4. Silkscreen Placement: Preventing Lift and Misalignment

Silkscreen printed beneath components — particularly DFNs, QFNs and leadless devices — can prevent them from sitting flat on the PCB surface.

Checklist

• Remove silkscreen from beneath all leadless packages.
• Keep reference designators away from pads and solderable surfaces.
• Review automated silkscreen placement rules in your CAD tool.

Benefit

Better coplanarity, improved solder joint integrity and fewer placement‑related defects.

5. Component Proximity: Designing for Automated Soldering

Selective soldering systems offer excellent repeatability, but only when components are placed with adequate spacing to avoid interference.

Recommended spacing

• Maintain at least 3 mm between SMD and through‑hole components when selective soldering is required.
• Position SMD components away from board edges to allow nozzle access.
• Group similar component types where possible for more efficient processing.

Impact on cost

Improved accessibility reduces manual soldering, lowers rework time and supports faster throughput.

Summary: Top Six Cost‑Saving PCB Design Principles

1. Follow correct pad design recommendations
2. Set accurate pad gaps for fine‑pitch parts
3. Maintain consistent pad sizes
4. Apply effective thermal relief patterns
5. Avoid silkscreen under leadless components
6. Ensure correct spacing for selective soldering

Conclusion: Better Designs Lead to Lower Costs

The most cost‑efficient PCBA designs emerge when layout engineers and manufacturing teams collaborate early in the design phase. Addressing key factors — pad geometry, spacing, thermal relief, silkscreen placement and component proximity — at the outset prevents costly redesigns and reduces rework.

The result is clear:

Better yield, greater reliability, faster turnaround, and lower overall manufacturing cost.

The post Can your board designs save money? appeared first on NOTE.

NOTE’s sustainability objective is to contribute to and improve the societies in which we operate. We are committed to operating our business in a sustainable manner and are continually striving to improve our carbon footprint.

ISO14001:2015

Our site in Windsor has achieved ISO 14001:2015 certification. It is the international recognised standard that serves as a framework for companies to establish and create their own Environmental Management System on, in the same way that we have done with Quality and ISO 9001.

ISO 14001:2015 aims to minimise how business operations negatively impact the environment, ensures continual improvement and compliance with the relevant regulations and laws outlined in the business.

This certification endorses our ongoing commitment to ensuring that sustainability underpins everything we do.

On the road

We have our new hybrid company van in Windsor. We have installed an electric changing point for the van, which employees are also able to use.

We have a Car Share scheme which helps to reduce traffic and the environmental impact of motoring.  

In the factory

We have a Heat Recovery system fitted in our compressor room, helping us heat the factory, saving on emissions and electricity.  (A Heat Recovery system is an energy recovery ventilation system that uses an air-to-air heat exchanger that recovers normally wasted heat.)

We have introduced a turn it off policy at work. This may sound like a small task, but it can have a surprisingly big impact. In fact, one small click can make a big difference and a business can reduce energy consumption by up to 25% by turning off computers, lights, and other equipment at the end of the day and when not in use.

We have swapped all lights in the factory and offices to LED to further save energy and reduce our carbon footprint.  LED lightbulbs use up to 80 percent less energy than conventional incandescents. They’re also cheaper in the long run.

Employees are encouraged to reduce printing – a simple, yet effective way to help protect the environment. When we do need to print, we use both sides of the paper and if it doesn’t need to be in colour, to print in black and white.

We have introduced centrally positioned recycling bins, clearly labelled to encourage employees to recycle and reduce what goes to landfill. We continue to recycle printer/toner cartridges, batteries, waste toner and light bulbs.

We will continue to introduce more environmentally responsible business practices and monitor our progress.

NOTE is part of Global Compact – the world’s largest corporate sustainability initiative

Global Compact is a call to companies to align strategies and operations with ten universal principles on human rights, labour, anti-corruption and environment, and take actions that advance societal goals.  It was formed on the request of the UN’s then General Secretary Kofi Annan at the World Economic Forum in Davos in 1999.

NOTE joined the Global Compact in 2011.  Each year we report our COP (Communications on Progress) to the UN.  It’s a framework that defines how sustainability work is conducted within the group, and towards external stakeholders, and it includes our approach, results and goals.

You’ll find more information in our Sustainability Report: NOTE Group’s Sustainability Report

For more information about the Global Compact, please visit: www.unglobalcompact.org

Consume less, waste less, enjoy life more

Small changes to our behaviour at home will help us use less energy, cutting our carbon footprint and energy bills:

• Turn off lights and appliances when they are not needed. Replace light bulbs with LEDs or other low-energy lights. Put on an extra layer and turn down the heating a degree or two.
• Unplug fully charged and rarely used devices at home and adjust computers and monitors to automatically power down to the lowest power mode when not in use.
• Eat food that is locally grown and seasonal. Even better, grow your own fruit and vegetables.
• Think about how you shop, because everything we buy has a carbon footprint either in the way it is produced or how it is transported. For example, the clothing sector represents around 3% of the world’s global production emissions of CO2, mostly because of the use of energy to produce attire.  The hectic pace of fast fashion contributes to this figure as clothes are discarded or fall apart after short periods.
• Recycling is a cost-effective and eco-friendly process that reduces waste and doesn’t emit greenhouse gasses into the environment. Although not all plastic is recycled, so try to buy and use as little as possible.
• The pandemic has really demonstrated that focusing on life’s simple pleasures – spending time in nature, being with loved ones, making a difference to others – provides more purpose, belonging and happiness than buying and consuming. Plus, when we consume less, we produce fewer emissions and are gentler on the earth.  Sharing, making, fixing, upcycling, repurposing, and composting are all good places to start.

Click here to read NOTE Group’s Sustainability Report 

The post Sustainability: To move forward, we have to give back appeared first on NOTE.

NOTE Group, founded in 1999, is one of the leading EMS partners in Europe, manufacturing complex electronics for diverse markets in state-of-the-art plant across Europe and Asia.  They offer localised friendly service and scalability through their network of global sites in Sweden, Finland, Estonia, Bulgaria, UK and China.

In 2018, Speedboard Assembly Services was acquired by NOTE Group and will shortly become NOTE Windsor. 

Andy Thwaites, UK Business Development Director, explains more, “We offer a wide range of services in electronic manufacturing – this can be anything from small batch builds to high volume electronics assembly across a range of diverse products with varying complexities.  The services we provide include Engineering and Design for Manufacturing (DFM), Component Sourcing, NPI, production, logistics, product lifecycle management and after-sales.”

The Windsor site is one of the three NOTE production units in the UK, with the others located in Stonehouse and Haddenham.

Industry Focus

Specialising in five main industry sectors, we operate in the Medtech, Industrial, Security and Defence, Communication and Greentech industries whilst also working with key customers in the high-end consumer, broadcast, and camera market sectors.

“All our service models are uniquely built to the customer needs, meeting their technical and commercial requirements.  Our company philosophy is that we operate as an extension to our customers business.  Key to achieving this is nurturing long term customer partnerships, many of whom we have worked with for over 10 years and taking a holistic view of the business and market enables us to ensure our customers’ inventory and lead-times are kept to an optimal minimum,” says Andy.

Kanban System

One key service we provide is a Kanban system which has been designed to bring a variety of benefits for any OEM. The system enables us to deliver to their desired lead time by utilising our effective supply chain model.  As customer demand for a product can often be erratic, the Kanban system self regulates by pulling higher level build when demand dictates and slows up when demand falls.  The Kanban system is designed to reduce costs, allowing for money to be used elsewhere.  Overall, the system helps reduce waste whether that be costs or time management, it creates a more efficient way of working.

“As we look ahead, NOTE Group will keep growing organically and through acquisition.  There has been considerable investment and focus in the Greentech market, where we are looking to expand further,” explained Andy.

We strive to be the best manufacturing partner by delivering cutting-edge services at a competitive total cost.  We listen and adapt to our customers’ needs and take pride in being flexible, attentive and committed.

Link to article in Industry Update

The post Electronic Manufacturing Services Company of the Month appeared first on NOTE.

Despite the myriads of component types, diverse and complex nature of technology now, essentially the basics have not changed…much.

Every piece of electronic equipment we use contains a level of soldering, whether it be PCBA or wiring.  Historically, all of this was known as plated through-hole (PTH) soldering often done on a wave soldering machine or by hand.  With the advent of surface mount technology (SMT), the whole world changed with the introduction of reflow ovens, and later vapour phase ovens.

Most, but not all products today will have a mix of these two technologies and component geometries on the board.  Whilst SMT devices are fairly straightforward to solder using reflow or vapour phase, we often get asked the best way for soldering through-hole devices.

There are multiple ways of approaching through-hole soldering including wave, selective wave using pallets, manual and selective soldering, but the latter two are by far the most common.

Manual soldering offers you a wide range of flexibility, but the disadvantages are the time it takes, i.e. cost, the opportunity for human error, and most important the repeatability and quality of joints.

Our selective solder systems deliver consistent and repeatable solder joints to IPC-610 Class 3 if required.  There is a place for manual soldering, where you encounter flying leads that need to be soldered to the board for example.  But in the majority of cases, most through-hole components can be soldered using a selective system providing thought has been put into design and component selection.  Real benefit comes when you have connectors to solder as the nozzle can whisk along the rows of joints faster than you can manually.

Top Tips for Selective Soldering

1. Where the design permits allow 2-3mm gap between components.
2. Ensure thermal relief is designed into the layout especially where you have ground planes.
3. Keep 5-6mm from the edge of the board.
4. Check the thermal range of components on the board as it reaches 260 during this process.
5. Consider the weight of heavier components that might tend to cause warping and need extra stiffeners.
6. Ensure the board is panelised effectively to maximise the throughput.

We pride ourselves on ensuring that continuous improvement underpins everything we do and to achieve this. We continue to invest in new machinery and will soon be taking delivery of a second selective soldering line, growing our capability to deliver a quality on-time service.

Complex Soldering Made Easy

Click here to watch our Selective Solder video:

If you have a product with mixed technology and need it assembled efficiently, please get in touch to discuss your manufacturing needs.

The post Selective Soldering – is it for you? appeared first on NOTE.

The latest market updates predict that electronic materials will remain in crisis for at least 18 months as capacity is put in place to meet demand.

To compound these challenges, we have had storms, earthquakes, manufacturing factory fires and freight reductions to contend with.

Managing the Supply Chain

A good CEM needs to navigate the pressures of the supply chain whilst also finding ways of adding value to the outsourcing relationship and simplifying life for its customers.

Through our key supplier relationships and NOTE’s Central Sourcing division, we receive regular manufacturer updates from our strategic distribution partners and forecast the forward trends to allow us to work with our suppliers to minimise disruptions as much as possible.

Order visibility is critical to ensure continuity of supply.  For years we have worked on supply chain solutions that rely on “normal” lead times being less than eight weeks, back up with buffer arrangements for lead times greater than eight weeks.  NOTE Windsor’s Kanban system, forecast and schedules have helped us build strong and reliable supply chains.  However, that is no longer sufficient for the lead time challenges we are now facing.

Nurturing long term partnerships

At NOTE, we nurture long term partnerships with our suppliers, meeting regularly to review demand and forecast and look at lead time updates to try and ensure continuity of supply of components, and they in turn support us with our requirements.

Importance of placing orders and timely decisions

We work with our customers and OEMs to review their requirements to accommodate these increasing lead times, encouraging them to place orders early, enabling us to secure components for the build.

We also get involved at the design stages for a project, so that we can look at purchasing long lead time items in preparation for the final release of the product.

If you can provide us with long term visibility, the more we can plan and forecast, updating you with changing market conditions including price increases and lead times.

In any economic climate, an effective supply chain cannot be taken for granted, like any other part of the business, it must be subject to continuous improvement.  Our goal is to be the best collaborative partner, adding value by bringing leading quality and high delivery precision for a competitive cost.

The post Is your supply chain covered? appeared first on NOTE.

Understand Your Market

A new product is key for your business. It should boost your profits. A successful product balances customer features with affordable manufacturing.

Market Entry

When is the ideal time to introduce your new product and capture market share?  Is there a compelling event causing a critical market entry point? This varies by business, but its primary focus is on planning. It’s important to allow enough time from the concept to product realisation.

Understand Your Competition

Every business, big or small, should do a competitive analysis. This means checking what competitors offer and when they plan to launch new products. Doing this can save you time and money.

Product Fulfilment

Does your manufacturing partner offer a custom fulfillment model for your market needs? Focus should be on how your product will serve the market volume, not on NPI.

NPI at NOTE

We will collaborate with you from the start. Our experts will help with your design needs. This way, your product will be ready for cost-effective manufacturing. We can use a global market database tool for components. This helps reduce lead times at the start. We use our NPI process.

It follows best practices in:

• Design for Procurement (DFP)

• Design for Manufacture (DFM)

• Design for Test

This helps make your product introduction smooth from NPI to full production.

Click to read more about our robust NPI/prototype process.

The post New Product Introduction – The Preparation appeared first on NOTE.