The Circular Economy Watch Guide: From Materials to Maintenance

Recent Trends in Circular Watchmaking

The watch industry has gradually shifted from marketing-led sustainability claims toward more concrete circular practices. Over the past several years, manufacturers have expanded use of recycled steel, regenerated nylon straps, and bio-based plastics. More notable is the rise of repairability as a selling point: several brands now publish spare-part availability timelines and offer factory reconditioning services that were once reserved for luxury clients.

Another visible trend is the growth of certified pre-owned and refurbished watch platforms. These marketplaces now often include inspection reports, warranty extensions, and traceable service histories. In parallel, some manufacturers have started take-back programs that recover worn watches and either refurbish them for resale or dismantle them for material recovery.

Background: How Circularity Applies to Watches

A circular economy keeps products and materials in use for as long as possible, then recovers and regenerates them at end of life. For watches, this principle operates across four main stages:

• Material sourcing: Use of recycled or responsibly mined metals, recycled plastics for straps, and lab-grown or recycled gemstones.
• Design for disassembly: Modular cases, standardised screws, and removable movements that allow easy part replacement.
• Manufacturing waste reduction: Closed-loop polishing abrasives, water recirculation, and offcut reuse for smaller components.
• End-of-life pathways: Repair networks, refurbishment lines, and component recycling rather than landfill disposal.

Mechanical watches are inherently long-lived products, which makes them strong candidates for circular models. However, quartz watches, lithium batteries, and adhesive-bonded assemblies present more difficult recycling challenges.

User Concerns and Practical Considerations

Consumers evaluating a circular watch typically weigh several practical issues rather than abstract environmental goals:

• Repair cost vs. replacement: If a factory service costs close to the price of a new watch, circularity fails in practice. Buyers should compare service pricing before purchase.
• Spare-part availability: Ask whether the brand guarantees parts for a defined period, such as five or ten years, and whether independent watchmakers can access them.
• Material authenticity: Recycled steel and recycled aluminium can be hard to verify. Look for third-party certification or published supply-chain disclosures.
• Battery and electronic waste: For quartz models, check whether the battery can be replaced by any jeweller, or whether it requires proprietary tools and factory return.
• Resale value stability: Refurbished watches may hold value well, but this depends on brand reputation, service documentation, and the availability of original components.
• Water-resistance after service: Every battery or gasket replacement can compromise water resistance unless pressure testing is performed. Confirm the service protocol.

Likely Impact on Consumer Choices and Industry Practices

If circular practices become standard, the most immediate effect will be on total cost of ownership. Watches with modular designs and accessible spare parts will likely retain function and value longer, reducing the need for repeat purchases. This could pressure brands that rely on frequent model refreshes and proprietary components.

Retail models may also evolve. We may see more separation between the watch itself and the service relationship, with independent repair shops gaining greater relevance. Subscription-style maintenance plans and buy-back guarantees could become differentiators, especially in the mid-price segment.

There is also a reputational divide forming. Brands that publish repair documentation and use verified recycled inputs will likely benefit from clearer consumer trust, while vague sustainability language will face increasing scrutiny. The environmental benefit depends heavily on transport logistics, energy sources, and whether recycled materials actually replace virgin inputs rather than merely supplement them.

What to Watch Next

Several developments are worth monitoring in the near term:

• Right-to-repair regulation: Watch for legislation that mandates spare-part availability and repair information for consumer electronics, which could extend to smartwatches and eventually mechanical and quartz timepieces.
• Material tracing standards: Look for industry-wide adoption of blockchain or audited chain-of-custody systems for precious metals and recycled steel.
• Battery recycling infrastructure: Advances in lithium battery recovery could make quartz watches more circular than they currently are.
• Modular smartwatch design: If major smartwatch brands adopt user-swappable batteries and displays, the broader watch market may follow with similar design principles.
• Leather and strap alternatives: Plant-based and recycled-fibre straps are emerging, but their durability and repair compatibility are still unproven. Watch for long-term field testing.
• Second-life programs at scale: Whether major manufacturers fully integrate refurbishment into their main business model, rather than treating it as a niche offering, will be the clearest signal of genuine circularity.

Ultimately, the circular economy in watches is less about a single perfect product and more about the systems around it: service networks, component supply, consumer behaviour, and end-of-life recovery. The watches that succeed under this model will be those that are easy to repair, honest about their materials, and supported by infrastructure that keeps them running for decades.