Buyer categories

Industrial Automation Companies in the UK

Compare UK companies that design, manufacture, integrate and support industrial automation systems, robotic cells, control systems and special purpose machinery.

Automation, Controls & Machinery - UK manufacturing suppliers
Relevant UK suppliers

Find industrial automation companies in the UK

Compare Industrial Connected supplier members with capabilities relevant to automation, controls, robotics and machinery. Verification and membership status are shown on each public preview card.

Panther Partnership Ltd logo

Panther Partnership Ltd

VerifiedFounding Member
Premium

Automation and Robotics Supplier

Automation System Integration
FAT, SAT & Commissioning
Machine Retrofit & Control Upgrade
+6
Full profile, capabilities and contact available to members
Kempston Controls Ltd logo

Kempston Controls Ltd

Verified
Premium

Leading Distributor of Automation, Control, Sensing, Process, Pneumatic, Combustion, Circuit Protection & Electrical Products

Automation System Integration
PLC Programming & Engineering
Barcode Readers
+26
Full profile, capabilities and contact available to members
Avon Controls Ltd logo

Avon Controls Ltd

Verified
Premium

Making controls and automation procurement simple.

HMI Development
Cable Management, Tray & Basket Supply
Circuit Protection
+6
Full profile, capabilities and contact available to members
CAD CAM CNC Ltd logo

CAD CAM CNC Ltd

Verified
Premium

CAD/CAM Solutions, CNC Programming, Training & Manufacturing Automation

Automation System Integration
CAD Software Supply & Reseller
CAM Software Supply
+3
Full profile, capabilities and contact available to members
Sorion Electronics Ltd logo

Sorion Electronics Ltd

Verified
Core

End of line test systems

Collaborative Robot (Cobot) Integration
Robotic Cell Integration
End-of-Line Test Equipment Supply
Full profile, capabilities and contact available to members
Deva Electronic Controls Ltd logo

Deva Electronic Controls Ltd

VerifiedFounding Member
Core

World leader in providing innovative motion control and measurement solutions.

Motion Control & Servo Tuning
Encoders & Resolvers
Vision Measurement System Supply
Full profile, capabilities and contact available to members
Industrial Connected Metrology logo

Industrial Connected Metrology

Verified
Core

Independent Metrology & Measurement Solutions for UK Manufacturing

Robotic Cell Integration
3D Scanner Supply
CMM Supply
+21
Full profile, capabilities and contact available to members
Industrial Power Systems Ltd logo

Industrial Power Systems Ltd

Verified
Core

Electrical Control & Protection Equipment

HMI Development
Industrial Networking & Fieldbus (PROFINET, EtherCAT, EtherNet/IP, CC-Link)
PLC Programming & Engineering
+12
Full profile, capabilities and contact available to members
Prologik Vision Technologies Ltd logo

Prologik Vision Technologies Ltd

VerifiedFounding Member
Core

Machine Vision, Controls & Software

Automation System Integration
FAT, SAT & Commissioning
Machine Vision Integration
+4
Full profile, capabilities and contact available to members
RARUK Automation Ltd logo

RARUK Automation Ltd

Verified
Core

Collaborative Robots, Mobile Robots and Automation Solutions for UK Industry

Collaborative Robot (Cobot) Integration
Machine Vision Integration
Automated Storage & Retrieval Systems Supply
+3
Full profile, capabilities and contact available to members
Prologik Automation Ltd logo

Prologik Automation Ltd

VerifiedFounding Member
Core

Systems Integration Specialists

Automation System Integration
FAT, SAT & Commissioning
Functional Safety Engineering
+11
Full profile, capabilities and contact available to members
Duke Control Systems logo

Duke Control Systems

VerifiedFounding Member
Core

PLC & Robot Programming | Electrical Design | Virtual Commissioning | Conveyor Automation | Robotic Palletising

Conveyor System Integration
FAT, SAT & Commissioning
HMI Development
+8
Full profile, capabilities and contact available to members

How suppliers appear on this page

  • Suppliers must qualify for the public Supplier Marketplace to be listed here.
  • Relevance to automation, controls & machinery is based primarily on the capabilities a supplier has recorded.
  • Where a capability match is ambiguous, it may be AI-assisted and is then administratively reviewed.
  • Verification and membership badges are shown individually on each card.
  • This is not an editorial ranking of the "best" companies.

Suppliers shown here are eligible public marketplace members matched to Automation, Controls & Machinery from their recorded capabilities. Ordering prioritises category relevance before membership and verification signals. It is not an editorial ranking, and buyers should assess each company against their own technical and commercial requirements.

New machinery supplied in Great Britain falls under the Supply of Machinery (Safety) Regulations 2008, which require a risk assessment, a technical file, instructions, a declaration of conformity and a conformity marking. Both CE and UKCA marking are currently accepted in Great Britain for machinery, so UKCA is not the only acceptable marking. These rules change over time, so confirm the position that applies on the date of your order.

Standards wording reviewed on 30 July 2026. Source: GOV.UK: Using the UKCA marking.

Overview

Systems integration, robotics and special purpose machinery

Automation, Controls & Machinery covers UK systems integrators and machine builders who design, build and program automated production equipment - from a single robotic cell to a full bespoke production line.

When to use
  • You need to automate a manual or semi-manual process
  • You need a bespoke machine designed and built for your product
  • You need to upgrade, retrofit or re-control existing equipment
  • You need vision, robotics or motion-control integration
What to look for
  • Sector experience and reference projects in your industry
  • Preferred platforms (Siemens, Rockwell, Beckhoff, etc.) matching your standards
  • In-house mechanical, electrical and software vs. subcontracted
  • After-sales support - UK service team, spares, response times
Selection guidance

How to choose the best industrial automation company for your project

The best automation partner is the one that understands the process, can prove comparable integration experience and accepts clear responsibility for design, safety, software, commissioning and aftercare.

  • Relevant application experience
    What to check
    Comparable processes, products, cycle times and production environments.
    Evidence to request
    Reference sites, case studies and achieved performance data.
  • User Requirements Specification
    What to check
    Ability to convert the requirement into measurable functional and acceptance criteria.
    Evidence to request
    Example URS response, functional design specification and exclusions schedule.
  • Controls platform
    What to check
    Compatibility with the buyer’s PLC, HMI, SCADA, network and software standards.
    Evidence to request
    Engineer certifications, code examples and supported platform list.
  • In-house delivery scope
    What to check
    Mechanical, electrical, controls, robotics, vision and safety disciplines delivered internally or through declared partners.
    Evidence to request
    Named project team, responsibility matrix and subcontractor list.
  • Machinery and functional safety
    What to check
    Risk assessment, required performance level or SIL, guarding and conformity responsibilities.
    Evidence to request
    Safety calculations, technical-file deliverables and named competent engineer.
  • FAT and SAT
    What to check
    Objective acceptance tests for cycle time, quality, changeover, safety and recovery conditions.
    Evidence to request
    Draft FAT and SAT protocols included with the proposal.
  • Handover and ownership
    What to check
    Source code, drawings, manuals, passwords, training and critical spares.
    Evidence to request
    Explicit handover schedule and ownership terms in the quotation.
  • Aftercare
    What to check
    Remote support, site response, spare-parts availability and future upgrade path.
    Evidence to request
    Written service-level agreement and escalation process.
Buying guide

How to buy automation, controls & machinery

Automation projects fail on integration, not on hardware. The buying process needs to lock scope, interfaces and acceptance long before steel is cut.

  1. 01
    Write a User Requirements Specification

    URS defines what the system must do, in what cycle time, to what OEE target, with what safety performance level. Without it every quote is comparing different things.

  2. 02
    Decide turnkey vs split scope

    One integrator vs separate mechanical, controls and safety is a real trade-off. Single-point accountability vs best-of-breed flexibility.

  3. 03
    Agree controls platform and standards

    Specify PLC and HMI brand, network (Profinet, EtherNet/IP), safety platform, naming standards and code style before contract.

  4. 04
    Build FAT and SAT into the schedule

    Factory Acceptance Test on the vendor floor, Site Acceptance Test in your factory, with a documented punch list and sign-off.

  5. 05
    Plan training and handover

    Operator and maintenance training, full as-built documentation, source code escrow and spares package on day one of production.

Typical services

Services offered in Automation, Controls & Machinery

The service lines suppliers in this category typically deliver.

Bespoke special purpose machinery design and buildPLC, HMI and SCADA programmingRobotic cell integrationMachine vision and inspection systemsControl panel build and electrical installSite installation, commissioning and FAT/SATRetrofit and re-control of legacy machines
Certifications required

Standards and accreditations to look for

These are the third-party certifications buyers commonly ask suppliers in this category to hold. Industrial Connected Verification is a separate check of company identity and credentials, and approved certifications uploaded by a supplier also contribute towards their Trust Score.

ISO 9001

Baseline quality system.

Supply of Machinery (Safety) Regulations 2008, with CE or UKCA marking

Conformity duties for machinery placed on the market. Both CE and UKCA marking are currently accepted in Great Britain; confirm the rules in force at the time of order.

ISO 13849 / IEC 62061

Functional safety for machinery control systems.

ISO 45001

H&S management for site work.

CompEx (where ATEX zones apply)

Personnel competence for hazardous area installation.

Typical lead times

Lead times in Automation, Controls & Machinery

A realistic starting point for planning. Actual lead times depend on volume, material availability, finishing, inspection requirements and current supplier load. Confirm in writing on every quote.

Lead times range from 8 weeks for simple PLC upgrades to 40 weeks for complex bespoke systems.

Supplier checklist

How to vet a automation, controls & machinery supplier

Run through this checklist with any candidate supplier before awarding work. If they cannot evidence an item, treat it as a risk to manage, not an assumption to ignore.

  • Reference sites running similar cycle time, OEE and product mix to yours.
  • Mechanical, electrical, controls and safety engineering all on staff or in named partners.
  • Functional safety PL or SIL competence (TUV or equivalent) for the safety scope.
  • Documentation deliverables (URS, FDS, P&ID, electrical schematics, code, manuals) listed in the proposal.
  • Aftercare model: remote support, spares stock, response SLA and upgrade path.
  • Quality system certified and audited (ISO 9001 minimum, sector standards where required).
  • Two reference customers in your sector willing to take a call.
  • Insurance, IP and NDA position confirmed in writing before sharing drawings or data.
  • Commercial terms agreed: payment terms, currency, retention, delivery Incoterms.
Common mistakes

Common mistakes buyers make in Automation, Controls & Machinery

The avoidable issues we see most often, with the one-line fix that prevents them.

Awarding without a URS.
Fix: Even a one-page URS forces clarity on cycle time, products, safety and acceptance.
Letting the integrator choose PLC brand.
Fix: Standardise on your in-house PLC and HMI platform so maintenance is not orphaned.
Skipping FAT to save lead time.
Fix: FAT always pays for itself; site fixes cost five to ten times what factory fixes cost.
Ignoring safety performance level until late.
Fix: Specify PLd / PLe and SIL in the URS and validate via the safety integrator at design review.
No spares or training in the PO.
Fix: Include a critical spares list and operator plus maintenance training as line items, not options.
Supplier types

Kinds of suppliers in this category

The supplier profiles you will typically meet when sourcing in Automation, Controls & Machinery.

Systems integrators

Multi-discipline build of bespoke automation around a brief or URS.

Special purpose machine builders

Mechanical, electrical and software in-house for end-to-end build.

Robotics integrators

Authorised partners for ABB, FANUC, KUKA, Universal Robots and others.

Controls and software specialists

PLC, HMI, SCADA, vision and motion programming on a subcontract basis.

Example projects

Example projects in Automation, Controls & Machinery

Representative briefs and scopes buyers post in this category.

Design and build of a bespoke automated medical device assembly cell.
Integration of a six axis robot for palletising heavy chemical containers.
PLC and HMI software migration for an ageing food production line.
High speed vision system installation for real time pharmaceutical packaging inspection.
Procurement guidance

Buyer & supplier guidance

For buyers
What to include in your brief
  • Provide a detailed User Requirement Specification outlining the required cycle times.
  • Detail the physical constraints and floor layout of the installation site.
  • Specify preferred hardware brands for PLCs and drives to ensure spare parts compatibility.
  • Define the required integration with existing ERP or MES software systems.
Common certifications
ISO 9001 Quality Management SystemsConformity marking for machinery placed on the market, currently CE or UKCA marking in Great BritainISO 13849 Safety of Machinery Safety Related PartsCyber Essentials certification for industrial network securityIET Wiring Regulations BS 7671 standards
Typical lead times

Lead times range from 8 weeks for simple PLC upgrades to 40 weeks for complex bespoke systems.

Procurement considerations
  • Evaluate the scalability of the proposed control architecture for future expansion.
  • Confirm the availability of local technical support and spares for ongoing maintenance.
  • Assess the level of PLC open architecture provided to avoid vendor lock in.
  • Verify that machine guarding, risk assessment and conformity responsibilities are agreed in writing.
For suppliers
What buyers expect in your profile
  • Showcase recent UK based case studies with the performance data you can actually evidence.
  • List specific programming languages and software platforms supported by your engineering team.
  • Highlight in house capabilities for mechanical design and electrical panel assembly.
  • Set out how you meet the Supply of Machinery (Safety) Regulations 2008 and which conformity marking you apply.
Recommended certifications
TUV Certified Functional Safety Professional statusCompEx certification for explosive atmosphere automation environmentsCHAS or SafeContractor accreditation for onsite installation worksApproved integrator status for leading PLC and robotics brands
Capability information to show
  • Collaborative and industrial robotics integration expertise
  • Full lifecycle turnkey machine design and manufacture
  • Legacy system upgrades and control panel retrofitting
  • Machine vision and automated quality inspection solutions
Buyer FAQs

Buyer FAQs for Automation, Controls & Machinery

What is the difference between an automation systems integrator and a machine builder?

A systems integrator brings together equipment, robots, controls and software from several sources and makes them work as one system, often around existing plant. A machine builder designs and manufactures the machine itself, usually including the mechanical build. Many UK companies do both, so ask which disciplines are delivered in-house, which are subcontracted, and who takes single-point responsibility for the finished installation.

What should I include in an automation project brief or URS?

Describe the product and its variants, the process steps, the required throughput and quality criteria, the site layout and services, the interfaces to existing equipment and IT systems, your PLC, HMI, SCADA and safety standards, and the documentation, training and support you expect at handover. Set out acceptance criteria for FAT and SAT in the same document so quotations can be compared against the same measurable requirement.

How long does an industrial automation project take?

There is no standard duration. Timescales depend on the scope of design, the number of disciplines involved, long-lead components such as robots, drives and controls, software complexity, and the site access available for installation and commissioning. Ask each supplier for a programme against your own requirement, with named milestones for design freeze, build, FAT, installation, SAT and handover, rather than assuming a typical figure.

What should be tested during FAT and SAT?

Factory acceptance testing should prove the machine or cell against the agreed functional specification before it leaves the supplier: function, cycle behaviour, quality checks, changeover, alarms, safety functions and recovery from fault conditions. Site acceptance testing repeats the critical tests in the live environment with your own product, materials, services and operators, and adds the interfaces to upstream and downstream equipment. Agree both protocols in writing before order.

Who should own the PLC and robot source code?

Decide this before contract, not at handover. Buyers who intend to maintain or modify equipment themselves usually require unlocked, commented source code for PLC, HMI, robot and vision applications, together with project files, licences, passwords and backups. Some suppliers offer restricted or escrowed code instead. Whatever is agreed, record ownership, access rights and the handover format explicitly in the quotation.

What machinery safety documentation should the supplier provide?

For new machinery placed on the market, expect a risk assessment, the safety functions and their required performance level or safety integrity level with supporting calculations, guarding and interlock details, the technical file, instructions for use, a declaration of conformity and the applied conformity marking. Where you are combining or modifying existing machinery, agree in writing who takes responsibility for the assembly. Marking and conformity rules change over time, so confirm the current Great Britain requirements at the point of order.

How should I compare industrial automation quotations?

Normalise the scope first. Confirm each quotation covers the same design deliverables, disciplines, safety scope, controls platform, spares, documentation, training, FAT and SAT protocols, installation and commissioning, and aftercare. Then compare exclusions and assumptions, because that is usually where the real difference sits. Posting one project brief lets relevant supplier members respond against the same requirement, which keeps the comparison on equal terms.