UK manufacturing SMEs are struggling to fill skilled roles such as machinists, operators and toolmakers, and the gap is no longer closing on its own.
Rather than waiting out the hiring crunch, a growing number of small producers are investing in automated equipment to reduce their dependency on scarce labour. This shift is changing how owners plan output, quote for new work and structure their teams.
This article looks at why the skills shortage has become so persistent, what automation adoption looks like in practice for small manufacturers, and what owners should weigh up before committing capital to new equipment.
The Scale of the Skills Shortage
Manufacturing vacancies in the UK have remained stubbornly high for several years. The Office for National Statistics has recorded manufacturing job vacancies sitting in the region of 58,000 to 61,000 through 2024 and into 2026, a level well above pre-pandemic norms. Make UK’s own research goes further: 75% of manufacturers now cite skills shortages as the single biggest barrier to growth, and over 70% report difficulty recruiting skilled workers at all.
The shortage is also generational. Around 21% of the current manufacturing workforce is aged 55 or over, and apprenticeship pipelines have not expanded quickly enough to replace those workers as they retire. Roles such as CNC machinists, maintenance engineers and toolmakers now take considerably longer to fill than they did five years ago.
Small manufacturers feel this more acutely than large enterprises. A big factory can absorb a vacant post across several teams; a workshop with eight or ten staff often cannot. Losing a single skilled machinist can mean turning down orders or paying premium rates for agency cover, and SMEs typically have smaller recruitment budgets and less capacity to compete on salary with larger firms in the same labour market.
Why Automation Is the Practical Response
For many small producers, automation is becoming less about efficiency and more about workforce resilience. CNC and laser-based equipment reduces how much a business depends on one person’s specialized manual skill, because the precision moves from the operator’s hands into the machine’s programming.
In practice, this changes three things for a small manufacturer. First, output becomes more consistent – a programmed cut or engraving repeats to the same tolerance regardless of who is running the shift. Second, training time for new staff falls, since operating and loading a machine takes far less time to learn than mastering manual metalwork or joinery to a professional standard. Third, a smaller shop can take on precision work it previously had to subcontract or decline, because it no longer needs a dedicated specialist on the floor for every job.
This is best understood as a shift from hiring the skill to buying the capability. Where a business once needed to recruit and retain someone with years of trade experience, it can now achieve comparable output by investing in equipment and training an existing team member to operate it. That doesn’t remove the need for skilled people entirely – someone still has to set up, program and maintain the machine – but it changes the shape of the skills gap rather than closing it outright. This pattern holds across CNC routing, laser cutting and laser engraving, regardless of the specific manufacturing sector involved.
What This Looks Like in Practice
Consider a small UK sign-making or metal fabrication workshop that has struggled for two years to recruit a second skilled fabricator. Rather than continuing an unsuccessful search, the business invests in a laser cutting system and trains an existing team member to operate it over a matter of weeks rather than the years a manual apprenticeship would take.
The practical outcomes tend to follow a similar pattern. Lead times shorten because jobs no longer queue behind a single specialist. The business can bid for contracts it previously turned down due to capacity constraints. Overtime and agency staffing costs fall, since the machine covers volume that would otherwise require additional shifts or temporary labour. None of this requires the workshop to grow its headcount – it requires the right equipment and one or two trained operators.
When sourcing this kind of equipment, many UK manufacturers look to established European suppliers who can offer local delivery, service and warranty support rather than relying solely on long-lead-time imports from further afield. Virmer is a supplier of CNC laser equipment in Europe, and its role illustrates the kind of supplier relationship small manufacturers now factor into their equipment decisions – proximity, after-sales support and service response time carry as much weight as the machine’s specification sheet.
What Owners Should Weigh Up Before Investing
Automation is not a straightforward swap for a vacant role, and the decision carries its own set of trade-offs.
The upfront cost is the most obvious factor, and owners need to weigh it against realistic labour savings rather than best-case projections. Training time for existing staff, while shorter than a traditional apprenticeship, still needs to be budgeted into the transition – output typically dips for a few weeks while the team gets up to speed. Warranty and service support matter more than they might for other capital purchases, particularly since much of this equipment is sourced from EU-based manufacturers; a machine that’s down for three weeks awaiting a part can undo months of productivity gains. Space and power requirements also need checking early, as some equipment demands three-phase power or extraction systems a workshop may not already have.
Financing is rarely a barrier on its own. Leasing and asset finance are commonly used by UK SMEs for exactly this kind of capital equipment, spreading the cost in a way that mirrors the labour savings the machine is expected to deliver over time.
The Bottom Line
For UK manufacturing SMEs, automation is increasingly a response to the labour market rather than a pure efficiency upgrade. It doesn’t remove the need for skilled people, but it changes how many are needed and what their skills need to cover.
As the skills shortage persists – and the data suggests it will, given the sector’s ageing workforce and constrained apprenticeship pipeline – more small producers are likely to treat equipment investment as an alternative to hiring, not just a route to growth. The businesses that plan for this shift now, rather than reacting to it once a vacancy has gone unfilled for months, are the ones best placed to keep their order books moving.
