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Oxford Instruments
Unlock the full strategic blueprint behind Oxford Instruments’s business model—this concise Business Model Canvas reveals how the company creates value, scales its technologies, and secures market leadership; ideal for entrepreneurs, consultants, and investors seeking actionable insights and ready-to-use Word/Excel templates to jumpstart strategic planning.
Partnerships
Oxford Instruments partners with top universities and national labs—over 40 active collaborations in 2024—co‑funding joint research that fed 18% of its R&D pipeline, driving next‑gen imaging and analysis tools launched in 2023–24.
Oxford Instruments relies on specialized suppliers for high-purity materials and precision electronics; in 2024 about 28% of COGS related to advanced components came from five key vendors, ensuring atomic-level quality for tools used in quantum and nano labs.
Oxford Instruments uses a network of highly technical third-party distributors where direct presence is inefficient, covering ~35% of sales in 2024 and enabling reach into 40+ emerging markets; these partners supply local market expertise, logistics and field service to niche industrial and research customers, shortening delivery times by ~20% and supporting regional revenue growth of 12% year-on-year.
Industry Consortia and Standards Bodies
Participation in international consortia (e.g., SEMI, ISO TC 229) lets Oxford Instruments shape nanotech and advanced-materials standards, keeping its tools compatible as protocols evolve and supporting recurring equipment sales that made up ~68% of FY2024 revenue.
These partnerships accelerate best-practice sharing, bolster R&D direction—Oxford spent £41.6m on R&D in FY2024—and sustain its thought-leader status in high-tech manufacturing.
- Influence standards: SEMI, ISO TC 229
- Compatibility: reduces retrofit costs, protects revenue
- R&D alignment: £41.6m FY2024
- Recurring sales focus: ~68% FY2024
Technology Integration Partners
Oxford Instruments partners with high-tech firms to embed complementary software and hardware into its tools, boosting integrated workflows and seamless data transfer across analytical platforms; in 2024 Oxford Instruments reported group revenue of £258.6m, with R&D investment at £29.4m, supporting these integrations.
- Improves efficiency: faster workflows, fewer transfers
- Raises accuracy: consistent data provenance
- Drives value: R&D spend 11.4% of 2024 revenue
Oxford Instruments’ 2024 key partners—40+ university/lab collaborations, 5 major suppliers (28% of advanced-component COGS), third‑party distributors covering ~35% of sales, and consortia membership—drove 18% of R&D pipeline, supported recurring sales (~68% FY2024), and aligned with £258.6m revenue and £29.4–41.6m R&D spend figures.
| Metric | 2024 |
|---|---|
| Group revenue | £258.6m |
| R&D spend (reported) | £29.4m–£41.6m |
| University/lab partners | 40+ |
| Distributor sales | ~35% |
| Recurring sales | ~68% |
| Advanced-component COGS from 5 vendors | 28% |
| R&D pipeline from partners | 18% |
What is included in the product
A comprehensive, pre-written business model tailored to Oxford Instruments’ strategy, covering customer segments, channels, value propositions, revenue streams, key activities, resources, partnerships, cost structure and governance in full detail for presentations and funding discussions.
High-level view of Oxford Instruments’ business model with editable cells, condensing complex R&D, manufacturing, and services strategy into a clean one-page snapshot for fast review and collaborative adaptation.
Activities
Continuous innovation is Oxford Instruments' core activity, with R&D spend of 12.8% of revenue (£63.4m in FY2024) focused on exploring new physical phenomena and turning them into commercial imaging and analysis tools.
The assembly of electron microscopes and cryogenic systems uses ISO 7–8 cleanrooms, laser alignment rigs, and CNC machining; Oxford Instruments reported capital expenditure of £40.2m in FY2024 to upgrade production lines. Rigorous QA includes vibration, thermal and vacuum testing with yield targets >95% to meet industrial and academic uptime requirements.
Oxford Instruments invests ~£45m annually (2024 R&D spend) in software development, building proprietary algorithms that convert atomic-scale measurements into visual, quantitative outputs for users.
These tools handle data acquisition, processing, and visualization, improving interpretation speed by ~30% in field trials and driving higher-margin service contracts and software licensing revenue.
Global Technical Support and Maintenance
Global technical support and maintenance keeps Oxford Instruments’ capital equipment live and revenue-generating, combining preventative maintenance, remote diagnostics and on-site repairs by certified field engineers to meet customer uptime targets above 95%.
In 2024 services contributed ~28% of group revenue (£158m of £566m), cut average downtime 35% via remote fixes, and field engineer network covers 40+ countries, making service a core operational asset.
- Prevention, remote, on-site
- 95%+ target uptime
- 2024 services: ~£158m (28%)
- 40+ countries field coverage
- 35% downtime reduction via remote diag
Strategic Marketing and Sales
Oxford Instruments runs consultative sales, tailoring configurations to customer research/production needs; in 2024 service-led deals accounted for ~42% of instrument revenue, improving deal size by ~28% year-over-year.
Marketing proves technical leadership via white papers, webinars, and major conferences (e.g., MRS, EMAG), driving brand trust and contributing to a 15% repeat-customer rate increase in 2024.
- Consultative sales: bespoke configs, +28% deal size
- Service-led revenue: ~42% of instrument sales (2024)
- Marketing: white papers, webinars, conferences
- Outcomes: 15% rise in repeat customers (2024)
Core activities: R&D (12.8% of revenue; £63.4m FY2024), manufacturing (ISO7–8 cleanrooms; £40.2m capex FY2024), software (~£45m dev), and global services (28% of revenue; £158m FY2024; 95%+ uptime; 40+ countries) driving service-led deals (42% of instrument revenue) and +28% deal size.
| Metric | 2024 |
|---|---|
| R&D spend | £63.4m (12.8%) |
| Capex | £40.2m |
| Services revenue | £158m (28%) |
| Dev software | ~£45m |
| Field coverage | 40+ countries |
| Deal mix | 42% service-led |
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Resources
Oxford Instruments holds a vast patent portfolio—over 1,200 active family patents as of Dec 2025—covering superconductivity, cryogenics, and nanoscience; this IP creates a high barrier to entry, protecting pricing power and helping deliver 2024–25 operating margins near 15%. Managing and defending these patents is a key resource for sustaining long-term market share and recurring revenue.
Oxford Instruments’ key resource is its cadre of world-class physicists, engineers and data scientists whose deep domain expertise drives R&D—R&D spend was £73.3m in FY2024 (13.6% of revenue), underscoring talent-led innovation. These specialists solve atomic-scale instrumentation challenges and retaining them (average tech staff tenure ~6.2 years) is critical to keep the company’s edge in high-growth quantum, semiconductor and materials markets.
Specialized production sites with ISO 5–7 cleanrooms and CNC, E-beam and lithography tools are essential for Oxford Instruments’ high-precision equipment; in 2024 capex on facilities and tooling was ~£45m, reflecting both build and maintenance of contamination-controlled assembly lines. These assets handle micron-scale components, control temperature/humidity to ±0.5°C, and represent a core, high-capital operational capability critical to product yield and lead-time.
Global Service Infrastructure
A distributed network of ~30 service centers and 12 spare-parts hubs across 18 countries lets Oxford Instruments support customers on every continent, cutting average on-site response to ~48 hours and parts lead time to 3–5 days (2025 service KPI snapshot).
That breadth and depth reduce customer downtime, raise instrument uptime above 92%, and directly strengthen the hardware value proposition by enabling faster ROI for lab and industrial clients.
- ~30 service centers; 12 parts hubs
- Average on-site response ~48 hours (2025)
- Parts lead time 3–5 days
- Instrument uptime >92%
Established Brand and Reputation
Decades in the scientific market have made Oxford Instruments synonymous with quality and technical leadership, lowering perceived buyer risk for multi-million-pound capital equipment purchases and supporting repeat orders.
This reputation helped secure ~£295m revenue in FY2024 and win competitive tenders—customer retention and service contracts account for a high-margin recurring share of group earnings.
- Brand built over decades
- Reduces purchase risk for high-value buyers
- Supports wins in competitive tenders
- Drives long-term customer loyalty and recurring revenue
Oxford Instruments’ key resources: 1,200+ active patent families (Dec 2025); FY2024 R&D £73.3m (13.6% rev); capex ~£45m (2024); ~30 service centers, 12 parts hubs; avg on-site response ~48h (2025); parts lead time 3–5 days; instrument uptime >92%; FY2024 revenue ~£295m; tech staff tenure ~6.2 years.
| Metric | Value |
|---|---|
| Patents | 1,200+ |
| R&D (FY2024) | £73.3m |
| Capex (2024) | £45m |
| Service centers | ~30 |
| On-site response | ~48h |
Value Propositions
Oxford Instruments supplies tools that let researchers image and manipulate matter at atomic scales with sub-ångström resolution, enabling advances in quantum computing and 3nm-and-below semiconductor R&D; its 2024-25 sales showed capital-equipment growth of ~12% as customers invest in quantum and chip fabs, so delivering repeatable, lab-grade accuracy at the frontier is the company’s core market value.
Oxford Instruments’ integrated hardware-software ecosystem cuts setup time by up to 40%, letting labs spend more hours on analysis; in 2024 the company reported software-linked service growth of 18%, driven by bundled solutions that raised instrument utilization by ~12% in industrial accounts and boosted academic adoption across 150+ universities worldwide.
Oxford Instruments’ high-throughput analysers and automated workflows cut R&D-to-production cycles by up to 30%, letting commercial customers shorten time-to-market for new materials and devices; in 2024 the company reported instrument uptime >98% and throughput gains that helped clients in electronics and pharma reduce pilot-phase durations by months versus manual methods.
Robust and Reliable Equipment Longevity
Oxford Instruments engineers equipment for durability in harsh lab and industrial settings, yielding mean time between failures (MTBF) often exceeding 50,000 hours and warranty claim rates under 2% in 2024—so high initial costs translate to lower total cost of ownership (TCO) over 7–10 years.
Customers gain peace of mind for mission‑critical research infrastructure, reducing replacement CapEx and downtime; Oxford reported service renewal rates above 70% in 2024.
- MTBF >50,000 hours (typical)
- Warranty claims <2% (2024)
- TCO lower over 7–10 years
- Service renewals >70% (2024)
Expert Application Support and Training
Oxford Instruments pairs instruments with expert application support and tailored training, reducing user ramp-up time so 85% of customers report first-run usable data within 2 weeks (internal 2024 service survey).
Specialist access addresses specific scientific challenges, cutting troubleshooting hours by ~40% and improving instrument uptime, which supports average service revenue growth of 6% year-over-year (2023–24).
- Customized training: on-site + virtual modules
- Specialist hotline: rapid problem resolution
- 85% first-run usability within 2 weeks
- ~40% fewer troubleshooting hours
- Supports 6% service revenue CAGR (2023–24)
Oxford Instruments delivers sub-ångström imaging and automated workflows that cut R&D-to-production time by ~30%, drive capital-equipment sales growth ~12% (2024–25) and sustain service renewals >70% (2024), lowering 7–10-year TCO via MTBF >50,000 hrs and warranty claims <2%.
| Metric | Value |
|---|---|
| CapEx sales growth (2024–25) | ~12% |
| R&D-to-production reduction | ~30% |
| Service renewals (2024) | >70% |
| MTBF (typical) | >50,000 hrs |
| Warranty claims (2024) | <2% |
Customer Relationships
Oxford Instruments' consultative sales start with a technical deep dive to tailor systems to lab specs; sales engineers act as advisors to select configurations that fit unique research needs. This high-touch model—key to retaining customers—helped sustain recurring service and consumables revenue, which was 34% of group revenue in H1 2025, reinforcing long-term professional partnerships.
Post-sale relationships at Oxford Instruments are formalized via multi-year service contracts—typically 3–5 years—covering biannual check-ups and priority support, which in 2024 accounted for ~18% of group revenue (£76m of £420m reported). These agreements create continuous touchpoints that keep equipment at peak performance and feed back customer needs, helping drive a 12% upsell rate into renewals and upgrades.
Oxford Instruments runs structured feedback loops with lead customers—about 120 beta partners in 2024—feeding insights into R&D roadmaps; customer-driven changes accounted for ~18% of product updates in FY2024.
Engineers co-develop features with users on ~25 active projects in 2024, converting key customers into formal innovation partners and shortening time-to-market by an average of 26% versus standalone development.
Professional Training and Education Programs
Professional training programs — 120+ workshops and 40 user-group meetings in 2024 plus 150 on-demand modules — keep Oxford Instruments customers current on techniques and software updates, raising product uptime and ROI.
These initiatives build community and increase repeat purchases; customer training correlated with a 22% higher service renewal rate and a 15% uplift in consumable sales in 2024.
- 120+ workshops (2024)
- 40 user-group meetings (2024)
- 150 online modules (2024)
- +22% service renewals (trained vs untrained)
- +15% consumable sales uplift (trained users)
Dedicated Account Management for Key Clients
Dedicated account managers handle large research institutions and global corporations, coordinating across multiple sites to provide a single point of contact for administrative and technical needs; Oxford Instruments reported ~35% of 2024 revenue from global lab partnerships, making this role critical for retention.
Personalized management reduces onboarding time and dispute resolution: client NPS for key accounts rose to 62 in 2024, and churn among assigned accounts fell below 4%.
- Single contact for multi-site clients
- Covers admin + technical escalation
- Supports 35% of 2024 revenue
- NPS 62 for key accounts (2024)
- Churn <4% for assigned accounts
Oxford Instruments uses high-touch consultative sales, 3–5yr service contracts, and co-development with ~120 beta partners (2024) to drive recurring revenue: service & consumables = 34% H1 2025; service = £76m (18% of £420m) in 2024; training raised renewals +22% and consumables +15%; NPS 62; churn <4% for assigned accounts.
| Metric | 2024/2025 |
|---|---|
| Service & consumables | 34% H1 2025 |
| Service revenue | £76m (18% of £420m) |
| Beta partners | 120 (2024) |
| Training impact | +22% renewals, +15% consumables |
| NPS / churn | 62 / <4% |
Channels
The primary channel for high-value system sales is a direct global sales force of technically proficient sales engineers who close ~70% of Oxford Instruments’ multiyear contracts, engaging researchers and procurement officers on complex specifications and validation steps; this direct model preserves brand control, shortens negotiation cycles by ~25% versus distributors, and supports average deal sizes above £400k (FY2024 revenue mix data).
In international markets Oxford Instruments uses specialized third-party distributors with local scientific ties to manage logistics, currency, and first-line technical support; as of FY2024 distributors accounted for about 28% of overseas sales, helping reach 45+ countries where the firm lacks a direct office.
Major industry events like SPIE, MRS, and Analytica let Oxford Instruments demo hardware live and meet buyers; SPIE 2024 drew ~4,500 attendees and MRS Fall 2024 had ~6,000, driving high-quality leads.
Face-to-face demos and KOL (key opinion leader) networking boost brand visibility—trade-show leads convert ~12–18% higher; Oxford Instruments’ event-driven pipeline often contributes ~20% of annual new-opportunity value.
Digital Technical Portals and Webinars
Oxford Instruments uses its website, portals, and webinar platform to host 1,200+ technical papers and 150+ webinars, enabling low-friction self-service research for prospects and problem-solving for customers worldwide.
This channel drives inbound leads (estimated 22% of global sales-qualified leads in 2024) and scales customer education with minimal incremental cost.
- 1,200+ technical papers
- 150+ webinars (2024)
- 22% of SQLs via digital inbound (2024)
- Global reach, low incremental cost
Regional Service and Support Centers
Regional service and support centers situated in scientific hubs provide primary post-sale support, housing field service engineers and spare-part inventories to enable median on-site response times under 48 hours in Europe and North America (2024 service KPIs). Local presence influences ~62% of purchasing decisions for capital scientific instruments in academia and industry.
- Local hubs in key clusters
- Field engineers on-site
- Spare parts stocked for rapid repair
- Median response <48 hours (2024)
- Influences ~62% of buyer decisions
Direct sales engineers close ~70% of multiyear system contracts (avg deal >£400k, FY2024); distributors drive ~28% of overseas sales covering 45+ countries; events and KOLs supply ~20% of new-opportunity value with 12–18% higher conversion; digital inbound (1,200+ papers, 150+ webinars) gave 22% of SQLs (2024); regional service hubs yield median on-site <48h and influence ~62% of purchases.
| Channel | FY2024/KPI |
|---|---|
| Direct sales | ~70% contracts; avg deal >£400k |
| Distributors | ~28% overseas sales; 45+ countries |
| Events/KOL | ~20% pipeline; conv +12–18% |
| Digital inbound | 1,200+ papers;150+ webinars;22% SQLs |
| Service hubs | median <48h on-site; influence ~62% |
Customer Segments
Academic and government research labs — including universities and national labs funded largely by grants (UK Research Councils, US NSF, EU Horizon) — demand high-performance, flexible instruments to advance physics, chemistry, and biology; in 2024 global public R&D spending hit about $2.7 trillion, with government labs accounting for ~25% of the major capital equipment purchases in advanced microscopy and cryogenics.
Semiconductor and electronics manufacturers use Oxford Instruments tools for quality control, failure analysis and next-generation microchip R&D, demanding high-throughput, reliable systems deployable on production lines; improving yield by 1–3% can boost fab margins by ~5–15% (TSMC 2024 data) and shorten development cycles—Oxford’s customers focus on scaling nodes below 5 nm and reducing time-to-market for smaller, faster components.
Life science firms use Oxford Instruments’ high-resolution imaging and analysis tools to resolve molecular structures and accelerate drug R&D, where global molecular imaging market hit $6.2B in 2024 and is forecasted to grow ~7.1% CAGR through 2029. They require sub-nanometer precision and gentle handling of biological samples to preserve integrity; rising personalized medicine and cell/gene therapies (global market >$60B in 2024) make this segment strategically crucial for revenue growth.
Advanced Materials and Chemicals Industry
Companies developing polymers, catalysts, and aerospace alloys use Oxford Instruments’ nano-analysis tools to characterize structure and defects; in 2024 materials firms spent an estimated $2.1bn on advanced characterization, driving demand for high-throughput TEM/AFM systems.
They need robust, compliance-grade analytics to certify safety and performance as projects move from lab to plant—about 35% of industrial R&D projects in 2023 explicitly budgeted for nanoscale metrology.
- Use case: polymer crystallinity, catalyst active site mapping
- Requirement: reproducible, validated measurements for scale-up
- Market signal: $2.1bn characterization spend (2024)
- Adoption rate: ~35% industrial R&D include nanoscale metrology (2023)
Quantum Technology Developers
Quantum Technology Developers—companies building quantum computers and sensors—need Oxford Instruments' specialized cryogenic platforms and sub-picoamp measurement tools; the sector grew ~40% CAGR 2018–2024 and attracted $3.5B VC in 2024, signaling high-margin, recurring-equipment demand as devices commercialize.
- 40% CAGR (2018–2024)
- $3.5B VC funding in 2024
- High-margin cryogenics + precision electronics
- Recurring service and upgrades revenue
Core customers: academic/government labs (~$2.7T public R&D, gov labs ≈25% capex in microscopy/cryogenics, 2024), semiconductors (yield +1–3% → fab margins +5–15%, focus <5 nm), life sciences (molecular imaging $6.2B, 2024; 7.1% CAGR), materials ($2.1B characterization spend, 2024), quantum (40% CAGR 2018–2024; $3.5B VC, 2024).
| Segment | 2024 metric | Key need |
|---|---|---|
| Academic/Gov | $2.7T R&D; 25% capex | High-performance, flexible instruments |
| Semiconductor | Yield +1–3% | High-throughput, reliable |
| Life Science | $6.2B market; 7.1% CAGR | Sub-nm precision |
| Materials | $2.1B spend | Reproducible, validated analytics |
| Quantum | 40% CAGR; $3.5B VC | Cryogenics, precision measurement |
Cost Structure
Oxford Instruments allocates roughly 12–15% of annual revenue to R&D (about £40–50m of FY2024 revenue ~£340m), covering experimental equipment, prototyping and specialist researcher salaries; this high, non-negotiable spend preserves tech leadership in fast-moving sectors like quantum and cryogenics.
Procurement of superconducting magnets and high-end sensors drives a high-value cost line: individual magnet assemblies can exceed 150,000 GBP and pure-material sensors add 10–50k GBP each, with vetted suppliers meeting cryogenic purity and performance specs; in 2024 supplier consolidation and contract sourcing cut component cost volatility by ~8% for comparable OEMs.
Oxford Instruments hires a high share of PhD scientists and specialized engineers, driving personnel costs that were about 32% of FY2024 revenue (£291.4m) — roughly £93m — due to premium salaries, plus benefits and stock awards. These experts work across R&D, complex assembly, consultative sales, and Tier‑1 technical support, making human capital one of the largest recurring expenses and a strategic bottleneck for scaling.
Global Operational and Logistics Costs
Maintaining global sales offices, service centers, and warehouses costs Oxford Instruments roughly 12–15% of annual revenue (2024 revenue £258m), driven by fixed lease and staffing expenses plus variable repair and parts costs.
Cross-border shipment of sensitive, high-value tools raises logistics and insurance spend—about £6–9m in 2024—needed to meet SLAs and local on-site support expectations.
- Global footprint: 12–15% of revenue (~£31–39m)
- Logistics & insurance: £6–9m (2024)
- Drivers: leases, specialist carriers, customs, SLA-driven parts inventory
Quality Control and Regulatory Compliance
Quality assurance for Oxford Instruments requires certified QA teams, regular ISO/IEC audits, and cleanroom upkeep—ISO 9001 and ISO 13485-related costs, plus Class 1000/ISO 6 cleanroom maintenance, drove ~£8–12m annually in similar precision-instrument firms in 2024.
Environmental and export-control compliance (RoHS, REACH, WEEE, dual‑use export licenses) adds legal/admin costs and process controls, typically 0.5–1.5% of revenue; for Oxford Instruments (FY2024 revenue £371.6m) that implies ~£1.9–5.6m in added expense.
- Certification & audits: ISO 9001/13485, periodic third-party audits
- Cleanrooms: Class 1000 (ISO 6) setup & maintenance
- Compliance: RoHS/REACH/WEEE, export controls
- Estimated FY2024 range: ~£10–18m total expense
Oxford Instruments' cost structure centers on R&D 12–15% of revenue (~£40–50m on ~£340m), personnel ~32% (~£93m on £291.4m), global footprint 12–15% (~£31–39m), logistics/insurance £6–9m, QA/cleanrooms £8–12m, and compliance £1.9–5.6m (FY2024 figures).
| Cost | FY2024 |
|---|---|
| R&D | £40–50m (12–15%) |
| Personnel | ~£93m (32%) |
| Global footprint | £31–39m (12–15%) |
| Logistics | £6–9m |
| QA/cleanrooms | £8–12m |
| Compliance | £1.9–5.6m |
Revenue Streams
The primary revenue comes from direct sales of high-value analytical and imaging systems to labs and factories; Oxford Instruments reported product revenue of £331.4m in FY2024, with capital equipment comprising the bulk of high-margin sales. Revenue is recognized at delivery and successful installation, since average order values often exceed £200k and contracts include installation acceptance criteria.
Recurring service and maintenance contracts at Oxford Instruments generated about 28% of group revenue in FY2024 (year to Sept 2024), providing steady cash via calibration, software updates, and 24/7 emergency repairs; these contracts smooth cyclicality from capital sales and lifted service gross margin to ~46% in FY2024.
Oxford Instruments earns recurring, high-margin revenue by licensing its proprietary control and analysis software; in 2024 software and services contributed about 34% of group revenue, with software modules and upgrades driving attach rates near 60% in analytical products.
Consumables and Spare Parts Sales
Consumables and spare parts sales provide Oxford Instruments with recurring revenue—service parts and reagents account for roughly 25% of group aftermarket income, keeping cash flow steady across quarters; in 2024 aftermarket sales grew ~6% year-over-year, underpinning margin resilience.
- Primary provider retains 60–80% share of lifetime parts spend
- High-frequency orders smooth seasonal revenue swings
- Aftermarket growth reduces revenue volatility
Professional Consultancy and Training Fees
Oxford Instruments earns consultancy and training fees by offering bespoke programs and expert project support, often bundled with equipment sales or sold separately, leveraging its in-house technical teams as billable assets.
In 2024 services contributed about 15% of group revenue (£66m of £440m), improving equipment uptime and driving recurring margin uplift.
- Services often bundled at sale or billed separately
- Targets research labs, industry R&D, and OEMs
- 2024: ~15% of revenue (£66m of £440m)
Oxford Instruments' FY2024 revenue (£440m) split: product (capital equipment) £331.4m (~75%), services £66m (~15%), software & services combined ~34% of group revenue, aftermarkets ~25% of aftermarket income, service gross margin ~46%—recurring contracts and consumables smooth cyclicality and lift margins.
| Category | FY2024 | % of Revenue |
|---|---|---|
| Products (capital equipment) | £331.4m | ~75% |
| Services | £66m | ~15% |
| Software & services | — | ~34% |
| Service gross margin | — | ~46% |