Integrated machine control
Make sequence, operator interaction and motion behaviour work as one engineered system.
Axiotech connects PLC logic, HMI workflows, servo behaviour, drives, instrumentation and machine recovery from requirements through commissioning, avoiding the gaps that emerge when each discipline is treated separately.
Good fit
Use this service when
- Discrete, process or hybrid equipment requiring coordinated PLC, HMI, servo, drive or instrumentation behaviour.
- New builds, capacity upgrades and controls replacements with defined machine and site interfaces.
Scope boundary
Not assumed or silently included
- Mechanical performance that cannot be verified from available design data or representative testing.
- Functional-safety design, validation or sign-off unless it is an expressly scoped specialist workstream.
Why act
The operational risk behind the technical symptom
The first work package is shaped around reducing an explicit risk or enabling a named decision.
Undefined operating modes create conflicting commands and unsafe recovery expectations.
Motion tuning without mechanical context masks compliance, backlash or load problems.
Alarm floods and ambiguous HMI states prolong downtime and encourage workarounds.
Purchasable entry points
Choose a bounded engagement before expanding scope
Final inclusions, dependencies, location, schedule and commercial terms are confirmed in a formal quotation.
Package 1
Controls concept & risk review
Decision enabled: An agreed control philosophy, interface boundary and delivery estimate.
Package 2
Integrated controls delivery
Decision enabled: PLC, HMI and motion functions delivered as a controlled baseline.
Package 3
Performance & recovery improvement
Decision enabled: Targeted changes to cycle behaviour, diagnostics and restart paths.
Artefact manifest
What remains after the engineering work
The exact document set scales with risk and the approved work package.
- Control philosophy and mode/state model
- Axis, drive, I/O and instrumentation schedules
- HMI navigation, alarm and access design
- Software/configuration baseline and test evidence
- Commissioning, recovery and operator handover records
Technical and responsibility boundaries
Make ownership reviewable
- Machine mechanics, process capability and control responsibility are reviewed together.
- Safety functions and access controls remain segregated and independently approved where required.
- Cycle-time or quality targets become acceptance criteria only when the measurement method and test conditions are agreed.
Review and acceptance
Six gates from authority to handover
Gate depth changes with the work; named decisions and evidence remain.
- G0Scope authorityOutcome, boundaries, roles, assumptions and commercial basis agreed.
- G1Baseline acceptedKnown installed/source state, dependencies, constraints and unknowns recorded.
- G2Design approvedRequirements, interfaces, risks and acceptance evidence ready for implementation.
- G3Release candidateBuild reviewed, verified, versioned and accompanied by defect disposition.
- G4Site acceptanceCommissioning evidence, deviations and release decision recorded.
- G5Handover acceptedSource, configuration, records, recovery and residual risks transferred.
Assurance option
Compliance is a declared scope—not a badge
The delivery can incorporate risk-based documentation, controlled access, audit-relevant records and formal test evidence. Applicable machinery, electrical, safety, cybersecurity and regulated-system responsibilities are confirmed rather than implied.
Review validation servicesRelevant engineering evidence
Mode, sequence and recovery design demonstrator
A reusable example showing how operating modes, interlocks, motion commands, alarms and recovery can be reviewed before site commissioning.
Procurement FAQ
Questions to resolve before quotation
Can you take over only the motion or HMI work package?
Yes, provided interface ownership, test facilities and the authority to change connected PLC or mechanical behaviour are explicit.
Do you work on existing equipment?
Yes. Brownfield work begins with installed-state capture, source and backup checks, production constraints and a rollback strategy.
Can acceptance include cycle time?
Yes when product, machine state, measurement boundary, utilities and exclusions are defined so the result is reproducible.
Next decision
Describe the outcome, installed baseline and constraints you already know.
Use “Not known” where evidence is missing. The first review will separate facts, assumptions and discovery work.