Manufacturing Data & Analytics Systems
Design and deployment of dashboards and data pipelines that pull scrap rates, cycle times, and machine downtime from cutting, folding, welding, and layup stations into a single view for production managers.
Industrial IT & Research Consultancy
Analytica UK Ltd combines applied research with practical software and data engineering to help sheet metal, metal fabrication, and composite manufacturers make better decisions, cut waste, and bring products to market faster.
About Analytica UK
Analytica UK Ltd is a London-based consultancy serving manufacturers who work in sheet metal, structural and precision metal fabrication, and composite part production. We sit at the intersection of two disciplines that are usually kept apart: industrial IT systems and applied engineering research.
That combination means we don't just recommend software — we understand the forming tolerances, cure cycles, and welding parameters the software has to represent. And we don't just run lab tests — we know how to turn research findings into production-ready systems, dashboards, and documented processes your team will actually use.
We work directly with engineering, quality, and operations teams on fixed-scope studies or ongoing retained support, sized to fit workshops and mid-size manufacturers rather than only enterprise budgets.
What We Do
Design and deployment of dashboards and data pipelines that pull scrap rates, cycle times, and machine downtime from cutting, folding, welding, and layup stations into a single view for production managers.
Connecting shop-floor equipment and quality systems to ERP/MES platforms so job costing, material traceability, and production scheduling stay synchronised without manual re-entry.
Building simulation and visualisation tools for sheet metal forming and composite layup sequences, letting engineers trial die designs or ply schedules before committing material.
Systems for capturing inspection results, non-conformance reports, and coupon test data, with traceability back to batch, operator, and machine for audits and root-cause analysis.
Custom-built tracking tools for job routing through cutting, bending, welding, finishing, and composite curing stages, replacing spreadsheets and whiteboards with live status data.
Security assessments and hardening for the networks linking CNC machines, PLCs, and autoclaves to the wider IT environment, reducing exposure without disrupting production.
Investigating forming behaviour, springback, and joint performance for sheet metal, including welding and mechanical fastening trade-off studies for specific alloys and gauges.
Process research into layup sequencing, resin infusion, and cure cycle optimisation for composite parts, targeting reduced void content and more consistent mechanical properties.
Root-cause investigation of cracked welds, delaminated composite panels, or fatigue failures in fabricated assemblies, combining physical testing with fractographic and data review.
Reviewing part designs against fabrication capability — bend radii, tooling access, ply drop-offs — to flag manufacturability issues before parts reach the shop floor.
Supporting first-article builds for metal and composite parts, with structured validation plans covering dimensional, mechanical, and process-repeatability checks.
Applied research into relevant fabrication and materials standards (e.g. welding, structural steelwork, aerospace composite requirements) to support certification and customer audits.
Industries We Serve
Laser and plasma cutting, CNC punching, press brake forming, and spot/MIG/TIG welding lines. We support tolerance and springback studies, nesting and material-utilisation analysis, and production data capture across cutting and forming cells.
Structural steelwork, weldments, and precision machined assemblies. Our work spans weld procedure research, jig and fixture data logging, and integration of fabrication scheduling with ERP systems for multi-stage assemblies.
Hand layup, vacuum infusion, and autoclave-cured components. We investigate cure kinetics and tooling thermal profiles, and build quality traceability systems linking batch, autoclave run, and non-destructive inspection results.
How We Work
An on-site or remote scoping session on your shop floor to map the specific process, data, or quality problem, and agree measurable outcomes for the engagement.
Targeted testing, data collection, or process analysis — from coupon tests to machine data audits — producing a written findings report with clear recommendations.
Building and deploying the resulting software, dashboard, or revised process documentation, with your team involved throughout so it fits real shop-floor conditions.
Post-deployment monitoring, refinement, and a documented handover, with optional retained support for further research or system changes as your production evolves.
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