Editor’s Note: This article examines the potential benefits and limits of local manufacturing through the example of British skincare company APPLE & BEARS. Claims about the company’s own sourcing and production are based on its published information; broader sustainability analysis is supported by independent sources.

“Made locally” sounds reassuring.

It suggests shorter journeys, nearby jobs, stronger communities and a supply chain that is easier to understand.

But does manufacturing closer to home actually make a product more sustainable?

Sometimes it can. Shorter supply chains may reduce certain transport requirements, strengthen relationships between businesses and suppliers, support domestic skills and make parts of a supply chain easier to monitor.

But geography alone tells us remarkably little about a product’s total environmental impact.

A locally manufactured product can still rely on imported raw materials, energy-intensive production, excessive packaging or difficult-to-recycle components. Meanwhile, an imported product produced efficiently and shipped in bulk may perform better on some environmental measures than a locally made alternative.

The useful question is therefore not simply “Was this made nearby?”

It is: what changes when production is brought closer to home, and which of those changes actually reduce harm?

Key Takeaways

• Local manufacturing can reduce some transport distances, but transport is only one part of a product’s full environmental footprint.
• Materials, manufacturing energy, packaging, product durability, use and disposal can matter as much as — or more than — where final assembly takes place.
• Shorter supply chains can offer non-carbon benefits, including closer supplier relationships, retained manufacturing skills and improved visibility.
• A credible local-manufacturing claim should acknowledge imported components and other limitations rather than imply that the entire supply chain is domestic.
• The strongest sustainability case comes from evidence about the whole product lifecycle, not from a “Made in Britain” label alone.

In Focus: Key Data

• Whole lifecycle: The Carbon Trust defines a product carbon footprint as greenhouse gas emissions across the product lifecycle, from raw-material extraction through manufacture, distribution, use and end-of-life.
• Transport varies by mode: UK government greenhouse-gas conversion factors distinguish between different freight modes because moving one tonne of goods by different forms of transport produces different emissions.
• Claims need context: The UK Green Claims Code says businesses should consider the full lifecycle of a product when making environmental claims, including components, manufacturing, transport, use and disposal.
• Local does not mean fully local: Modern products often combine locally produced elements with specialist components sourced internationally.

Local Manufacturing Is Not a Sustainability Shortcut

There is an intuitive appeal to reducing the distance between factory and customer.

If two otherwise identical products were manufactured using identical materials, identical energy and identical processes, then avoiding unnecessary transport would clearly be useful.

Real products are rarely that simple.

The Carbon Trust’s approach to product carbon footprints considers emissions across the lifecycle rather than isolating the journey from factory to customer. That means looking at raw materials, production, distribution, use and eventual disposal.

This distinction matters because a shorter journey does not necessarily compensate for a much more energy-intensive production process, a higher-impact material or a product that needs to be replaced frequently.

Conversely, transport should not be dismissed as irrelevant. The UK government publishes separate greenhouse-gas conversion factors for different forms of freight precisely because the emissions associated with moving goods depend on how, how far and how efficiently they travel.

The useful sustainability question is therefore about the whole system.

A British Skincare Brand Offers a Useful Case Study

APPLE & BEARS provides an interesting small-business example because its own account of UK manufacturing avoids claiming that everything in its supply chain is British.

The family-owned skincare company says its products are bulk manufactured and filled in the UK. It also says its bottles, outer packaging and labels are produced or printed in the UK, while reusable bags are supplied by another British business.

But one component remains international.

The pumps used on its bottles are sourced through a UK supplier but manufactured overseas. APPLE & BEARS says this is because there is currently no UK manufacturer producing the push pump it requires.

That exception makes the example more useful, not less.

Modern supply chains rarely fit neatly inside national borders. Specialist components may depend on particular tooling, materials, patents, skills or economies of scale that exist in only a small number of manufacturing centres.

Trying to force every component into a domestic supply chain regardless of efficiency, quality or practicality would not automatically produce a better environmental outcome.

Distance Matters — But Transport Mode Matters Too

A product travelling fewer kilometres may require less transport energy, but distance is not the only variable.

Moving goods by air, road, rail and sea produces very different emissions per tonne of freight. Shipment size, vehicle utilisation and the number of separate journeys also matter.

A component shipped thousands of kilometres in a highly loaded container vessel can have a very different transport footprint from the same weight of goods moved a much shorter distance using less efficient transport.

That is why claims such as “local means lower-carbon” should be treated cautiously unless they are backed by actual lifecycle data.

The UK Competition and Markets Authority’s Green Claims Code guidance makes essentially this point from a consumer-protection perspective: environmental claims should consider the product’s whole lifecycle rather than highlighting one positive characteristic while ignoring other significant impacts.

For businesses trying to improve their supply-chain sustainability, shortening unnecessary transport can be worthwhile. It simply needs to sit alongside decisions about materials, manufacturing efficiency, packaging and product design.

Closer Suppliers Can Improve Visibility

The argument for local manufacturing is not purely about carbon.

A shorter and more concentrated supplier network can make relationships easier to maintain.

A small brand working with nearby manufacturers may be able to visit facilities more easily, resolve quality problems faster and develop longer-term relationships with production partners.

That proximity can make supply-chain information easier to obtain — although it does not guarantee transparency or ethical practice.

A local factory can still have poor labour standards, inefficient equipment or environmentally damaging processes. Geography should never be treated as a substitute for due diligence.

But physical and organisational proximity can make scrutiny easier.

This is one reason our guide to building an ethical startup without greenwashing argues that businesses should design supplier relationships before designing sustainability slogans. Knowing where products come from is much more useful than merely attaching broad ethical language to them.

Local Manufacturing Can Help Retain Skills

There is also a social and economic dimension that carbon accounting does not capture particularly well.

Manufacturing supports more than the people working directly on a production line.

Orders can support packaging businesses, printers, logistics providers, maintenance companies and specialist suppliers. Manufacturing activity also retains practical skills and technical knowledge that can be difficult to rebuild once capacity disappears.

The UK Government Office for Science has previously identified manufacturing capability, material availability and supply-chain vulnerability as important long-term issues for British industry.

For APPLE & BEARS, supporting nearby manufacturers is explicitly part of its rationale for producing in Britain. The company describes itself as a family-owned British skincare business involved in developing and producing its products in England.

That does not make every locally manufactured product environmentally superior.

It does mean manufacturing decisions can have consequences beyond the immediate carbon footprint.

Resilience Is Another Part of the Equation

Recent supply-chain disruptions have made businesses much more aware of geographic concentration and dependency.

A long supply chain is not necessarily fragile, and a local one is not automatically resilient. A business relying on one domestic supplier can be more exposed than a business sourcing from several international manufacturers.

But shorter networks may reduce certain dependencies, especially where production, packaging and assembly can be coordinated within the same region.

Resilience can also come from understanding which parts of a product genuinely require international sourcing.

The APPLE & BEARS pump example illustrates that distinction neatly.

The company has kept production, filling and several packaging components in the UK while accepting that a specialist component currently needs to originate elsewhere.

That is more credible than claiming supply-chain purity.

It is also closer to how most businesses actually operate.

The Biggest Carbon Hotspot May Not Be Transport

Companies interested in lowering environmental impact should resist focusing on whichever part of the supply chain is easiest to explain to customers.

For some products, transport may represent a meaningful share of emissions.

For others, raw materials or manufacturing energy dominate.

A lifecycle assessment may reveal that packaging, product use or end-of-life treatment deserves more attention than the distance between factory and warehouse.

This is particularly important when businesses start working seriously on Scope 3 emissions. Purchased materials, suppliers, freight, packaging and end-of-life impacts may all sit outside a company’s direct operations, yet collectively represent much of its footprint.

A “buy local” strategy can therefore be useful, but it should follow hotspot analysis rather than replace it.

Packaging Complicates the Story

Skincare is a useful example because the formula inside the bottle is only one part of the product.

There is also the bottle itself, pump, label, secondary packaging and whatever packaging is used to deliver the product to retailers or customers.

APPLE & BEARS says several of these elements are sourced within the UK. Its product pages also describe some bottles as fully recyclable; for example, its 300ml Bergamot & Green Tea body lotion is described as made in England and supplied in recyclable packaging.

That is useful information, but “recyclable” still requires context.

Whether packaging is actually recycled depends on material choice, local collection systems, sorting infrastructure and whether components can be separated successfully.

Reducing material use, making packaging easier to recycle and designing refill systems can often be more meaningful than simply adding a recycling claim to a package.

Local Manufacturing Does Not Guarantee Better Labour Standards

There is another assumption worth challenging.

Consumers sometimes associate domestic manufacturing with better working conditions.

Strong labour laws and regulatory enforcement can certainly influence conditions, but a national label alone does not prove that workers are treated fairly.

The same principle applies internationally.

Factories should be judged by working conditions, wages, safety standards and accountability rather than their latitude and longitude.

This matters because environmental and social sustainability can pull in different directions. A supplier may offer lower-carbon production but poor labour conditions. Another may have excellent labour practices but rely on a high-emission energy system.

Responsible sourcing requires looking at both rather than allowing one positive characteristic to erase the other.

Consumers Should Be Wary of the Word “Local”

“Local” can become a marketing term just as easily as “green,” “natural” or “eco-friendly.”

A product may be assembled locally from largely imported components.

A British brand may design its products in Britain while manufacturing them elsewhere.

Another may manufacture the finished product domestically while sourcing most raw ingredients internationally.

None of those arrangements is inherently deceptive.

The problem comes when businesses allow consumers to infer more than the claim actually means.

Clearer language is better:

• manufactured and filled in the UK;
• packaging produced in the UK;
• final assembly completed domestically;
• ingredients sourced internationally;
• specialist components imported where no suitable local option exists.

That level of specificity gives consumers something they can actually evaluate.

So When Does Local Manufacturing Make Sense?

Local manufacturing has the strongest sustainability case when it produces measurable improvements rather than simply a reassuring label.

That might include:

• reducing unnecessary freight or air transport;
• using a manufacturer with cleaner energy or more efficient processes;
• allowing closer oversight of labour and environmental standards;
• reducing packaging or inventory waste through shorter lead times;
• supporting regional manufacturing skills and supplier capacity;
• making repairs, adjustments or quality control easier;
• improving traceability through closer supplier relationships.

But a company should also be willing to recognise situations where an international supplier is currently the more practical option.

That is arguably the most useful idea in the APPLE & BEARS manufacturing story.

Its position is not that every part of every product should be British.

It is that businesses should ask which parts can reasonably be produced closer to home, while being transparent about those that cannot.

The Better Question Is Not “Where Was It Made?”

Where a product is manufactured matters.

It can affect transport, jobs, skills, supplier relationships and resilience.

But sustainability cannot be reduced to a postcode.

The environmental impact of a product begins before manufacturing and continues long after it leaves the factory. Materials have to be extracted and processed. Energy powers production. Components travel. Packaging is made. Products are used and eventually discarded, repaired, reused or recycled.

Local manufacturing can improve parts of that system.

It cannot make the rest disappear.

The most credible businesses are therefore unlikely to be the ones claiming that localisation has solved sustainability. They are the ones willing to explain what they make locally, what they still source globally, why those decisions were made and where further improvements remain possible.

For consumers, that transparency is more useful than a flag on the packaging.